TECHNICAL EDUCATION QUALITY IMPROVEMENT PROGRAMME (TEQIP)
(PHASE-II)
INSTITUTIONAL DEVELOPMENT PROPOSAL
for
Sub-Component 1.2: Scaling-up Postgraduate Education
and
Demand-driven Research & Development and Innovation
National Institute of Technology Durgapur
www.nitdgp.ac.in
1
CONTENTS
Page No.
Section 1
Section 2
INSTITUTIONAL BASIC INFORMATION
02
1.1
1.2
1.3
1.4
1.5
02
02
04
04
06
Institutional Identity
Academic Information
Faculty Status
Baseline Data
Eligibility Benchmarks
INSTITUTIONAL DEVELOPMENT PROPOSAL (IDP)
07
2.1 Executive Summary
2.2 SWOT Analysis & strategic Plan
2.3 Specific objectives and expected results
2.4 Action plan for scaling-up enrolment into Masters
and Doctoral programmes
2.5 Action plan for improving collaboration with Industry
2.6 Action plan for improving research & collaboration
2.7 Training Needs Analysis & Faculty Development Plan
2.8 Action plan for training technical and other staff
2.9 Coherence of the proposal with national/regional plan
2.10 Participation of faculty in preparing the proposal
2.11 Institutional project implementation arrangements
2.12 Institutional project budget
2.13 Project targets
2.14 Action plan to sustain project activities beyond project period
2.15 Procurement Plan for the first 18 months for Goods & Civil Works
2.16 Any other information
2.17 Action plan for improving the standards of weaker students
07
09
12
14
15
16
19
19
19
20
20
21
22
23
23
23
23
Annexures
Annexure – I
Annexure –II
Annexure – III
Annexure – IV
Annexure – V
Departmental Proposals
Faculty & staff development plans for first 18 months
Procurement Plan for the first 18 months for Goods & Civil Works
Formal MOUs with universities and industries
Approval & Accreditation of UG & PG programmes
National Institute of Technology Durgapur
Sub-component 1.2
2
INSTITUTIONAL BASIC INFORMATION
1.1

Institutional Identity:
Name of the Institution :NATIONAL INSTITUTE OF TECHNOLOGY DURGAPUR

Is the Institution AICTE approved : Yes

Furnish AICTE approval no.
: NA

Type of Institution
: Centrally funded Institution

Status of Institution

Names of Heads of Institution and Project Nodal Officers
Heads and Nodal
Officers
Head of the
Institution (Full
time appointee)
Names
TEQIP
Coordinator
: Autonomous Institution
Phone
Numbers
Mobile Numbers
Fax
Numbers
Professor
Swapan
Bhattacharya
0343
2546397
09434788001
0343
2547375
director@admin.nitdgp.ac.in
Professor K. C.
Ghanta
0343
2754080
09434788020
0343
2547375
kartik.ghanta@che.nitdgp.ac.in
kcghanta@yahoo.com
0343
2755238
09434788027
0343
2547375
Biswajit.halder@me.nitdgp.ac.in
jeetarkaanik@yahoo.co.in
Project Nodal Officers for:
Academic
Professor B.
Activities
Halder
E-mail
Addresses
Civil
Works
including
Environment
Management
Procurement
Dr. A.K.Banik
0343
2755286
08001687778
0343
2547375
akbanik@gmail.com
Dr. S. Bhattachrya
0343
2755286
09434788022
0343
2547375
soumya.bhattacharyya
@ce.nitdgp.ac.in
sb_recdgp@yahoo.com
Financial
Aspects
Sri Sayon
Bhattacherjee
0343
2755410
09434788077
0343
2547375
sayon.bhattacherjee@gmail.com
Equity
Assurance Plan
Implementation
Dr. S. Mahato
0343
2754339
09434788057
0343
2547375
sankar.mahato@ee.nitdgp.ac.in
snmrec@yahoo.co.in
1.2 Academic Information

S. No
1
2
3
4
Engineering programmes offered in Academic year 2009-10
Title of programmes
B. Tech.
M. Tech.
Ph.D.
Ph.D.(part-time)
Level
(UG, PG, PhD)
U.G.
P.G.
Ph.D.
Ph.D.
National Institute of Technology Durgapur
Duration
(Years)
04
02
04
05
Year of
starting
1960
1966
2005
1970
AICTE
sanctioned
annual intake
676
326
40
--
Total student
strength
2301
340
28
173
Sub-component 1.2
3
Accreditation Status of UG programmes:

Title of UG programmes being
offered
B.Tech. in Chemical Engg.
Whether eligible for
accreditation or not
Whether accredited as on
31st March 2010
Accredited till July
26, 2009.
B.Tech. in Civil Engg.
Yes
Accredited till July
*
26, 2009.
B.Tech. in Comp. Sc. &
Yes
Accredited till July
*
Engg.
26, 2009.
B.Tech. in Electrical Engg.
Yes
Accredited till July
*
26, 2009.
B.Tech. in Electronics &
Yes
Accredited till July
*
Comm. Engg.
26, 2009.
B.Tech. in Mechanical
Yes
Accredited till July
*
Engg.
26, 2009.
B.Tech. in Metallurgical &
Yes
Accredited till July
*
Materials Engg.
26, 2009.
B.Tech. in Information
Yes
Accredited till July
NA
Technology
18, 2011
B.Tech. in Biotechnology
Not eligible
NA
NA
* Application for renewal ready for submission; awaiting stabilization of the reformed
submission process

Yes
Whether “Applied for” as on
31st March 2010
*
Accreditation Status of PG programmes:
Title of PG programmes being offered
Whether eligible for
accreditation or not
Whether accredited as
on 31st March 2010
Whether “Applied for”
as on 31st March 2010
M.Tech. in Chemical Engg.
Yes
Yes
NA
M.Tech. in Corrosion Sc. & Technology
(Chemistry)
M.Tech. in Structural Engg. (Civil)
Yes
Yes
NA
Yes
Yes
NA
M.Tech. in Electrical Engg.
Yes
Yes
NA
M.Tech. in Design & Production Engg.
(Mechanical)
M.Tech. in Metallurgical & Materials
Engg. (Industrial Metallurgy)
M.Tech. in Metallurgical & Materials
Engg. (Materials Engineering)
M.Tech. in Information Technology
(Computer Science & Engg.)
Yes
Yes
NA
Yes
Yes
NA
Yes
Yes
NA
Yes
No
*
M.Tech. in Telecommunication Engg
(Electronics & Comm. Engg.)
M.Tech. in Microelectronics & VLSI
(Electronics & Comm. Engg.)
M.Tech. in Advanced Materials Science
and Technology (Physics)
M. Tech. In Operations Research
(Mathematics)
M.Tech. in Information Security
(Information Technology)
M.Tech. in Biotechnology
(Biotechnology)
M.Tech. in Environmental Sc. & Tech.
Yes
No
*
Not Eligible
NA
NA
Yes
No
*
Yes
No
*
Not Eligible
NA
NA
Not Eligible
NA
NA
Not Eligible
NA
NA
* Application for renewal ready for submission; awaiting stabilization of the reformed
submission process
National Institute of Technology Durgapur
Sub-component 1.2
4
st
R
R
C
R
C
R
C
1
4
15=
(3+5+7+
9+
11+13)
Total Vacancies
Other
Disciplines
C
16=
(215)
Total Number of contract
faculty in Position
C
Total Number of regular faculty
in Position
R
Other
Disciplines
C
Bachelor
Degree
Engineering
Disciplines
R
Engineering
Disciplines
Present Status : Number in Position
by Highest Qualification
Doctoral Degree
Masters Degree
Other
Disciplines
Faculty
Rank
Engineering
Disciplines
No. of Sanctioned Regular Posts
1.3 Faculty Status (Regular/On-Contract Faculty as on March 31 , 2010)
17=
(4+6+8
+10+1
2+14)
1
2
3
4
5
6
7
8
9
10
11
12
1
3
Prof.
36
33
0
07
0
0
0
0
0
0
0
0
0
40
0
14
0
06
0
08
0
0
0
0
0
0
0
28
0
96
01
Asso Prof
Asst Prof
71
19
0
19
0
47
0
10
01
0
0
0
0
Lecturer
143
-
-
-
-
-
-
-
-
-
-
-
-
Total
247
66
0
32
0
55
0
10
01
0
0
0
0 164*
-
-
01
* The total number of faculty as on August 11, 2010 is 190.
1.4 Baseline Data (all data given for the following parameters must be restricted to engineering
disciplines/fields only)
Sr. No.
Parameters
Value
1
Total strength of students in all programmes and all years of study in the year 2009-10
2931
2
Total women students in all programmes and all years of study in the year 2009-10
342
3
Total SC students in all programmes and all years of study in the year 2009-10
332
4
Total ST students in all programmes and all years of study in the year 2009-10
160
5
Total OBC students in all programmes and all years of study in the year 2009-10
170
6
Number of fully functional P-4 and above level computers available for students in the year 2009-10
1100
7
123490
8
Total number of text books and reference books available in library for UG and PG students in the
year 2009-10
% of UG students placed through campus interviews in the year 2009-10
87.34
9
% of PG students placed through campus interviews in the year 2009-10
11.2
10
% of high quality under Graduates (>75% marks) in the year 2009-10
45.4
11
% of high quality postgraduates (>75% marks) in the year 2009-10
78
12
Number of research publications in Indian refereed journals in the year 2009-10
35
13
Number of research publications in International refereed journals in the year 2009-10
195
14
Number of patents obtained in the year 2009-10
Nil
15
Number of patents filed in the year 2009-10
01
16
Number of sponsored research projects completed in the year 2009-10
32
17
The transition rate of students in percentage from 1st year to 2nd year in the year 2009-10 for :
(i) all students
(ii) SC
(iii) ST
(iv) OBC
89.7%
79.4%
60.4%
89.8%
IRG from students fee and other charges in the year 2009-10 (Rs. in lakh)
IRG from externally funded R&D projects, Consultancies in the year 2009-10 (Rs. in lakh)
Total IRG in the year 2009-10 (Rs. in lakh)
Total annual recurring expenditure of the applicant entity in the year 2009-10 (Rs. in lakh)
969
11.7
980.7
4713.7
18
19
20
21
National Institute of Technology Durgapur
Sub-component 1.2
5
Sr. No.
Parameters
Value
22
Number of Joint publications with National authors in the year 2009-10
23
Number of Joint publications with International authors in the year 2009-10
24
Number of R&D products commercialized in the year 2009-10
Nil
25
Number of joint MTech programmes with institutions undertaken in the year 2009-10
Nil
26
Number of joint MTech programmes with Industry undertaken in the year 2009-10
Nil
27
Number of joint PhD with institutions undertaken in the year 2009-10
43
28
Number of joint PhD with Industry undertaken in the year 2009-10
02
29
Number of joint consultancies undertaken with institutions in the year 2009-10
05
30
Number of joint consultancies undertaken with Industry in the year 2009-10
03
National Institute of Technology Durgapur
147
20
Sub-component 1.2
6
1.5
Institutions to be eligible for participation in the Project under the Sub-component 1.2 must fulfil the
following benchmarks:
Table-33
Benchmarks for Institutions to Qualify for Sub-component-1.2
S.
No.
2
Attainment Parameters
Benchmark
values
Institution’s
response
(Yes/No)
Does the institution agree to implement all academic and nonacademic reforms given as below:
Yes
Yes
3
Availability of academic autonomy as recognized by UGC for both UG
and PG programmes
Yes
Yes
4
Yes
Yes
5
Presence of Board of Governors with an eminent academician or
industrialist as the Chairperson
Percentage of eligible UG programmes accredited or applied for
60%
100 #
6
Percentage of eligible PG programmes accredited or applied for
40%
64%
7
Cumulative number of PhDs produced in the last three academic years
(2007-08, 2008-09 and 2009-10)
or
Cumulative number of MTech produced in the last three academic
years (2007-08, 2008-09 and 2009-10)
Faculty positions filled on regular full time basis as percentage of total
faculty positions sanctioned in accordance with the AICTE prescribed
student to faculty ratio
Percentage of regular faculty with PhD in engineering* as percentage
of total faculty
8
9
 Implementation of curricular reforms
 Exercise of autonomies
 Establishment of Corpus Fund, Faculty Development Fund, Equipment
Replacement Fund and Maintenance Fund
 Generation, retention and utilization of revenue generated through variety of
activities
 Institutions to fill-up all existing teaching and staff vacancies
 Delegation of decision making powers to senior functionaries with
accountability
 Improve student performance evaluation
 Improvement performance appraisal of faculty by students
 Provide faculty incentive for Continuing Education (CE), consultancy and R&D
 Obtaining accreditation
5
16
50
279
65%
66% *
77%**
15%
55%
# One programme accredited; one not yet eligible; the remaining seven programmes
accredited till July 26, 2009; applications for their renewal ready for submission; awaiting
stabilization of the reformed submission process
* Data as on March 31, 2010
** Present data as on August 11, 2010
*
For Special Category States, the desired levels is faculty with PhD in Engineering and Sciences disciplines as percentage of total
faculty
National Institute of Technology Durgapur
Sub-component 1.2
7
2 INSTITUTIONAL DEVELOPMENT PROPOSAL (IDP)
2.1
Give the executive summary of the IDP.
EXECUTIVE SUMMARY
The Institute:
National Institute of Technology Durgapur, being located in the vibrant industrial hub of AsansolDurgapur belt, has a potential to act as nucleating centre for research and development in
emerging areas of technology and impart quality technical education, particularly in postgraduate
level.
The Need of the Project:
TEQIP (Phase-II), funded by World Bank, will give the Institute the necessary thrust and support
in improving the quality of PG education, increasing the number of postgraduates and encourage
demand-driven research in emerging areas.
Action Plan:
1. To start new M. Tech. Programmes in emerging areas - A new M. Tech. Programme
in Network Technologies will be introduced by department of Computer Science &
Engineering.
2. To strengthen existing M. Tech. Programmes – 15 existing M. Tech. Programmes will
be strengthened by modernizing the PG laboratories. In all, it has been proposed to
modernize 36 PG laboratories in different departments. Fifty teaching assistantships will
be provided to qualified non-GATE M. Tech students.
3. To intensify research & development – Demand driven research activities will be taken
up in emerging areas. Required research infrastructure will be set up to support activities
in 36 research projects. Thirty research assistantships will be offered to research scholars
who play a vital role in sustaining research activities in an institution.
4. Faculty and staff development programme – The faculty members will be sent for
short term training programmes and collaborative research programmes to premier
institutions in India and abroad. They will also undertake pedagogical training. The staff
members will also be trained in different areas. The entire training programme will be
based on an exhaustive TNA carried out at the departments.
5. Enhanced interaction with industries – Collaborative research programmes,
participation of industry people in academic decision-making, invited lectures will be
included.
6. Updation of learning resources and strengthening of the Library - Various LR
softwares and books will be procured and the library will be modernized.
7. Procurement of furniture and refurbishing of laboratories: A few PG laboratories
need to be refurbished and some furniture will have to be procured to house the new
instruments, computers, etc.
8. Institutional Management capacity enhancement: The responsible officials like
Director, Deans and Heads will be exposed to modern management techniques.
9. Academic support to weak students – Under the aegis of Finishing Schools, remedial
teaching and special training on soft skill will be conducted for the weaker students.
10. Institute reforms – Though most of the prescribed reforms were already implemented in
TEQIP-I, more reforms will be implemented in TEQIP-II.
11. Civil Works – Minor refurbishing of laboratory spaces will be taken up.
National Institute of Technology Durgapur
Sub-component 1.2
8
Institutional Project Budget for Sub-Component 1.2
Financial year
2011-12
2012-13
2013-14
2014-15
(i) Establishment of new laboratories for new and
existing PG programmes, faculty research, etc.
(ii) Updation of learning resources
3.30
0.20
3.10
0.00
0.00
0.00
0.50
0.10
0.30
0.1
0.00
0.00
(iii) Procurement of furniture
0.10
0.00
0.10
0.00
0.00
0.00
(iv) Modernization and strengthening of libraries
and increasing access to knowledge resources
0.20
0.05
0.05
0.05
0.05
0.00
(v) Refurbishment (Minor Civil Works)
0.30
0.00
0.20
0.10
0.00
0.00
3.60
0.00
0.60
0.80
1.00
1.20
3.00
0.20
2.50
0.10
0.10
0.10
3.00
0.20
0.70
0.70
0.70
0.70
5
Providing Teaching and Research Assistantships for
significantly increasing enrolment in existing and
new Masters and Doctoral programmes in
Engineering disciplines
Enhancement of R&D and institutional consultancy
activities
Faculty and Staff development for improved
competence based on TNA
Enhanced interaction with Industry
0.30
0.02
0.07
0.07
0.07
0.07
6
Institutional Management Capacity enhancement
0.40
0.04
0.09
0.09
0.09
0.09
7
Implementation of institutional reforms
0.20
0.02
0.04
0.04
0.05
0.05
8
Academic support for weak students
0.40
0.04
0.09
0.09
0.09
0.09
9
Incremental Operating Cost (including Internet
bandwidth charges)
TOTAL
1.90
0.10
0.40
0.40
0.50
0.50
17.2
0.97
8.24
2.54
2.65
2.80
1
2
3
4
2010-11
Activities
Project Life
Allocation
S.
No
(Rs in crores)
Infrastructure improvements for teaching, training
and learning through:
National Institute of Technology Durgapur
Sub-component 1.2
9
2.2
Provide the details (in terms of methodology used, analysis carried out of the data and
information collected and inferences derived with respect to strengths, weaknesses,
opportunities and threats) of SWOT analysis (see Annex-V of the PIP) carried out.
 Based on SWOT analysis, provide the strategic plan developed for institutional
development.
 Show how the results of SWOT analysis are linked to the key activities proposed in the
proposal.

SWOT Analysis of National Institute of Technology Durgapur
A detailed SWOT analysis was carried out involving all the stakeholders including faculty, staff,
students and alumni. First it was conducted at the department level by all the Engineering Department
as follows.
1.
2.
3.
4.
5.
6.
7.
8.
9.
Biotechnology
Chemical Engineering
Computer Science & Engineering
Civil Engineering
Electronics & Communication engineering
Electrical Engineering
Information Technology
Mechanical Engineering
Metallurgical & Materials Engineering
Besides, the following departments which also offer M. Tech. programmes separately carried out the
SWOT Analysis.
1.
2.
3.
4.
Physics
Chemistry
Mathematics
Geology
The departments’ faculty and staff members along with the students of Ph.D, Postgraduate and
Undergraduate levels assembled and after elaborate discussions prepared the analysis. The same was
communicated to the central committee for final report preparation.
The findings submitted by the departments were collated and placed before a meeting presided by the
Director of the Institute. In the meeting Deans, Head of the Departments, and representatives of
Faculty, staffs, students and alumni were present. Finally, a detailed SWOT analysis report of the
Institute was prepared for developing the strategic plan.
Strength:
1. Nearly all eligible academic programmes accredited by NBA
2. Excellent quality of students selected through AIEEE and GATE examinations leading to
good academic results and excellent placement
3. Well-qualified and motivated faculty members with diverse background. Rich
heritage of quality teaching
4. An ideal mix of experience and youth in the faculty members
5. Knowledgeable, versatile and competent supporting staff
6. Regular revision of curricula and syllabi with the help of experts from academia and
industries
National Institute of Technology Durgapur
Sub-component 1.2
10
7. Upgradation of laboratories through different Govt. funding agencies and availability
of state-of-art instruments and utility software packages
8. Prevalence of open environment for student-teacher interaction
9. Good evaluation procedure of the performance of the students including continuous
assessment through regular class tests and quiz and regular performance evaluation of the
teachers by the students
10. Focus on research bringing about large number of publication and reviews by faculty
members. Large number of sponsored research in progress
11. Students encouraged to take up research early. A large number of pre-final year students
engaged in research projects in premier institutes, both in India and abroad. Students also
encouraged to present paper in the conferences/seminars.
12. Faculty development programmes given highest priority by way of collaborative research
programmes with premier institutes, both in India and abroad. The Institute organizes many
short-term courses/seminars/conferences
13. Formal collaboration with CERN Geneva, Caledonian College of Engineering Glasgow
(Muscat campus), Jawaharlal Nehru University New Delhi and many other premier
institutions in the world
14. WB Regional Centre of Excellence of Indo-US Collaboration for Engineering Education
(IUCEE), QIP center for M. Tech. for polytechnic teachers
15. Large number of community development projects taken up through NSS & TEQIP
16. Located in an industrial, research and educational hub
17. Presence of students’ professional chapters and clubs to strengthen extra-curricular activities
Weakness
1. Inadequate facilities for the post graduate laboratories and research
2. Limited number of research scholars in engineering disciplines
3. Limited number of students in some of the PG programmes, particularly in a few core
engineering disciplines
4. Inadequate number of technical and supporting staffs
5. Inadequate space for expansion of laboratories and setting up new laboratories
6. Inadequacy of departmental library
7. Limited access to full text research articles of international peer-reviewed journals
8. Inadequate number of equipped class rooms
9. Poor hostel management
Opportunities
1. Globalisation of education opening up huge opportunities for market driven courses and
research
2. Enhanced internal revenue generation possible through sponsored research, consultancy &
testing and continuing education programme
3. With the benefits reaped from TEQIP-I, the Institute should embark upon the endeavour to
establish itself as a true international centre of excellence.
4. Enhanced participation of well placed alumni in different parts of the country and abroad
5. Collaboration with more universities of repute and research organizations in India and abroad
6. QIP centre for Engineering college teachers for both M. Tech and Ph. D. levels
7. More efficient procurement systems
8. Removal of obsolete machineries, increasing active space
9. Training of staff members in specialized areas
10. Enhanced participation of faculy / students in community services
Threat
National Institute of Technology Durgapur
Sub-component 1.2
11
1. Challenges from foreign technical institutions and private engineering colleges
2. Tendency of brighter students to join high paid jobs rather than research and education
3. Rapid increase of students’ intake putting pressure on infrastructure and quality of education
STRATEGIC PLAN ON INSTITUTION DEVELOPMENT
Using the inputs from SWOT analysis, the vision and mission statements of the institute were
prepared.
Vision Statement
To evolve as a research-oriented project-based teaching-learning environment in technical
education with inclusive growth, focus on excellence and innovation, commitment to community,
and increased global presence.
Mission Statements
1. The Institute will undertake huge expansion programme, both in intake of human resources
and creation of infrastructure
2. It will choose a fully inclusive growth path, carrying all the students, the faculty members and
the staff with it.
3. The primary focus will be on excellence and innovation
4. Post graduate education and research will be attributed greater emphasis. Intake of post
graduate students and research scholars will be enhanced.
5. Internal resource generation will be attached far more importance in its path to become selfreliant. Faculty members will be encouraged to take up more sponsored projects and
consultancy.
6. India is on its way to become a favoured destination for international students and global
research. The Institute is confident of being a major player in the endeavour.
7. Research collaborations with premier universities and organizations across the globe will be
expanded. Inter-disciplinary research will be given due focus.
8. In pursuance of the “catch them young” policy, the undergraduate students will be initiated to
research very early.
9. The academic departments will be restructured. There will be Departments offering all
academic programmes; undergraduate, post graduate and doctoral. Schools will offer
interdisciplinary post graduate and doctoral programmes. Centres will be resource centres
extending common facilities to the students, staff and faculty members.
10. The academic programmes will be reoriented/ restructured in keeping with the developments
and market forces. Curricula will also be revised accordingly.
11. Greater interaction will be initiated with industries in the areas of collaborative projects and
programmes, exchange of resource persons and the training of students.
National Institute of Technology Durgapur
Sub-component 1.2
12
12. The Institute will always be committed to its responsibilities towards providing services to
community, to make the people aware of crucial socio-technical problems and offer technical
solutions.
ACTION PLAN
Based on the SWOT analysis and the resultant Vision and Mission statements, a broad action plan
of the Institute was prepared and is presented here. The Action Plan is strongly linked to the
SWOT, vision and Mission statements.
1. The Institute will initiate expansion activities, opening up new PG programmes and focus on
research, innovation and excellence. [linked to Vision Statement; Mission Statement # 1,3, 4,
7; Strength # 3,4, 5, 7, 8, 10 ,11,12 & 13; Opportunities # 1; Threat # 1]
2. The Institute will strengthen the existing academic programmes to improve the quality of the
graduates and post graduates. [linked to Vision Statement; Mission Statement # 1,3, 4, 7;
Strength # 7, 8,9, 11; Weakness # 1; Opportunities # 1; Threat # 1]
3. It will focus on the development of faculty and staff members. [linked to Vision Statement;
Mission Statement # 2, 7, 8; Strength # 12]
4. The Institute will initiate collaborative activities with premier universities and organizations
in the country and abroad. [linked to Vision Statement; Mission Statement # 7; Strength # 3,4,
5, 7, 8, 10 ,11,12 & 13; Opportunities # 1]
5. Industry-Institute interaction will be strengthened. [linked to Mission Statement # 11;
Strength # 16; Opportunities # 1]
6. The Institute will always be committed to providing services to the community. [linked to
Mission Statement # 12; Strength # 15]
7. The Institute will be committed to ensuring an ambience of equity in the campus
2.3
State the specific objectives and expected results of your proposal in terms of, “Scaling-up
Postgraduate Education and demand-driven Research & Development and Innovation”.
These objective and results should be linked to the SWOT analysis.
National institute of Technology Durgapur is a premier institution in India imparting quality technical
education and engaged in research activities in cutting edge areas for the last 50 years. It participated
in TEQIP (Phase – I) as a lead institution and was considered to be a well-performing institute in the
programme. TEQIP- I helped it strengthen the infrastructure for undergraduate education in
engineering and implement a number of vital reforms. However, the infrastructure for post graduate
education and research in engineering is still inadequate. Moreover, the faculty and staff development
programme, a vital component for attaining excellence by an institute, also needs to be sustained.
Collaboration with premier institutions of the world and industries also needs to be enhanced. TEQIP
(phase- II) sub-component 1.2: scaling up post graduate education and demand driven research &
development and innovation will give the institute a strong platform to accomplish these objectives.
Objectives & expected results:
Broad objectives and expected outcomes are enumerated here. Target outputs are presented in
Table 35.
1
To start new M. Tech. Programmes in emerging areas - A new M. Tech. Programme in
Network Technologies will be introduced by department of Computer Science & Engineering.
National Institute of Technology Durgapur
Sub-component 1.2
13
Skilled postgraduates will be produced in an area which has huge market demand. [linked to
Strength # 3]
2
To strengthen existing M. Tech. Programmes – 15 existing M. Tech. Programmes will be
strengthened by modernizing the PG laboratories. In all, it has been proposed to modernize 36
PG laboratories in different departments. [linked to Weakness # 1] It will ensure better quality
post graduates produced by the Institute contributing more meaningfully to the country. Fifty
teaching assistantship will be provided to qualified non-GATE students. This is expected to
increase in enrolment and will help bridge the gap between the demand and supply of quality
post graduates in the country. [linked to Weakness # 3]
3
To intensify research & development – Demand driven research activities will be taken up
in emerging areas. [linked to Strength # 3, 4, 7, 11 Weakness # 2; Opportunities # 1, 5]
Required research infrastructure will be set up to support activities in 36 research projects.
Thirty research assistantships will be offered to research scholars who play a vital role in
sustaining research activities in an institution. Moreover, they will cater to the urgent
requirement of faculty in the technical education sector. [linked to Weakness # 2].
Undergraduate students will also be encouraged to be engaged in research. More demand
driven research will enhance consultancy and sponsored research which will increase internal
revenue generation.
4
Faculty and staff development programme – The faculty members will be sent for short
term training programmes and collaborative research programmes to premier institutions in
India and abroad. They will also undertake pedagogical training. The staff members will also
be trained in different areas. This continuous education programme will always keep the
faculty and the staff abreast of latest development in emerging areas. The entire training
programme will be based on an exhaustive TNA carried out at the departments. [linked to
Strength # 10, 12; Opportunities # 5, 9].
5
Enhanced interaction with industries – Collaborative research programmes, participation of
industry people in academic decision-making, invited lectures will be included. [linked to
Strength # 16]
6
Updation of learning resources and strengthening of the Library - Various LR softwares
and books will be procured and the library will be modernized. [linked to Weakness # 6,7].
7
Procurement of furniture and refurbishing of laboratories: A few PG laboratories need to
be refurbished and some furniture will have to be procured to house the new instruments,
computers, etc. [linked to Weakness # 1]
8
Institutional Management capacity enhancement: The responsible officials like Director,
Deans and Heads will be exposed to modern management techniques so that these tools may
be used in education management. [linked to Weakness # 6, 8, 9; Opportunities # 5]
9
Academic support to weak students – Under the aegis of Finishing Schools, remedial
teaching and special training on soft skill will be conducted for the weaker students. [linked to
Threat # 5]
10
Institute reforms – Though most of the prescribed reforms were already implemented in
TEQIP-I, more reforms will be implemented in TEQIP-II. [linked to Weakness # 1;
opportunities # 1, 5]
2.4
Provide an action plan for scaling-up enrolment into Masters and Doctoral programmes
(include measures to attract qualified students and maintain high quality standards)
National Institute of Technology Durgapur
Sub-component 1.2
14
It has been a national, if not global, challenge for quite some time to attract young engineering
graduates to pursue their career in research/academic field. The institute has planned a number of
initiatives to overcome this problem.
1. Existing post graduate programmes will be strengthened by improving the infrastructure;
modernizing the laboratories and updating the learning resources and software. [linked to
Weakness # 1]
2. Existing M. Tech. programmes will be revamped and curricula will be revised depending on
the market needs and technology shifts. [linked to Weakness # 3]
3. Research assistantship will be offered to PhD research scholars in engineering disciplines.
This will lessen the teaching load on the faculty and help one devote more time to research.
The students and scholars will also be encouraged to take up academics as a profession which
is of great importance in view of acute shortage of qualified faculty members in technical
institutions in the country. [linked to Strength # 11; Weakness # 2,3]
4. Efforts will be made to increase the sanctioned intake in postgraduate programmes depending
on the market demand. [linked to Weakness # 2,3]
5. Collaborative M. Tech./PhD programmes will be launched with premier institutions with
financial support for spending a few months in the collaborating institute.
Activity Bar chart
S.
Key Activities
Project Months
1
2
3
4
5
6
7
8
2.5
Modernizing PG
laboratories
Creating R&D
infrastructure
Revamping/revising
existing M. Tech.
programmes
New M. Tech.
programme
Teaching
assistantship to
qualified non-GATE
M. Tech. students
Research
assistantship to PhD
scholars
Increased intake in
existing M. Tech.
programmes
Collaborative M.
Tech/ PhD
programmes
Provide an action plan for improving collaboration with Industry.
Present Status:
National Institute of Technology Durgapur
Sub-component 1.2
46-48
43-45
40-42
37-39
34-36
31-33
28-30
25-27
22-24
19-21
16-18
13-15
10-12
7-9
4-6
1-3
No
15
NIT Durgapur, being located in the industrial hub of West Bengal, has an intrinsic strength for
industry-institute interaction. Experts from industries participate in both administrative and
academic decision-making as the Board of Governors, Senate, UGAC, PGAC, BOS (Research),
DPAC and DAC include representatives from industries. They are also invited for delivering
special lectures. Testing and consultancy are also carried out by the departments.
Over the last few years the Institute has taken quite a few steps to enhance the interaction. A
number of training programmes were organized for persons from industries; quite a few joint
seminars/workshops were held with resource persons from both industries and academia. A few
projects were taken up sponsored by the industries. On March 17, 2009 an MOU was signed with
Durgapur Steel Plant for collaborative projects, training and invited lectures. However, there are
enormous opportunities to enhance III further. During TEQIP-II, NIT Durgapur would like to
follow up these initiatives and extend them further.
Action Plan:
1.
2.
3.
4.
5.
6.
7.
MOUs will be signed with more industries
Sponsored and joint projects and consultancy will be taken up.
Collaborative doctoral research will be taken up on industrial problems.
Training programmes will be conducted for the plant personnel.
Joint seminars/workshops/conferences will be conducted with industries.
Special lectures by experts from industries will be organized.
Greater interaction will be made with the members of different committees in revising
curricula, planning research and deciding on new academic programmes.
National Institute of Technology Durgapur
Sub-component 1.2
16
Activity Bar chart
S.
Key Activities
Project Months
1
2
3
4
5
6
7
2.6
46-48
43-45
40-42
37-39
34-36
31-33
28-30
25-27
22-24
19-21
16-18
13-15
10-12
7-9
4-6
1-3
No
Formation of III cell
More sponsored & joint
projects
Collaborative doctoral
research
Training programmes
for industry personnel
Joint seminars/
workshops/ conferences
Special lectures
Greater participation of
industries in academic
decision-making
Provide an action plan for:
o quantitatively increasing and qualitatively improving research by their faculty
individually, jointly and collaboratively,
Present status:
Initiatives have already been taken by the Institute to encourage research among the faculty
members for which TEQIP (Phase-I) provided a perfect platform. Seventy two faculty members
were sponsored fully to present papers abroad in various conferences and undertake collaborative
research visits to premier universities all over the globe. A few hundred visits to various
institutions in India were funded for presentation of papers in conferences, participation in
training programmes in cutting edge areas. Some research infrastructure was created and a few
PhD research scholars were supported in TEQIP-I. Multi-disciplinary research was encouraged
and joint research was initiated through networking. After the implementation of the sixth pay
revision, Rs 1 lakh is reimbursed to each faculty member annually to present papers in
conferences and other incidentals under Faculty Professional Development plan. All these
measures transformed the mindset of the faculty members and gave a fillip to research
endeavours, which is reflected in the output indicators. Total annual publication in peer-reviewed
journals increased from 36 to 230 and that in conference proceedings rose from 46 to 186 in the
last 4 years, largely due to initiatives taken in TEQIP-I.
Thirty two sponsored projects worth more than Rs 9 crores are being handled by the Institute
presently compared to seven projects in 2006-07 (Fig. 6). Departments of Civil Engineering,
Chemical Engineering, Electrical Engineering and Metallurgical and Materials Engineering are
sponsored by DST, Government of India under FIST programme. Eleven faculty members are
working on DST-SERC Fast Track Projects for Young Scientists. Department of Information
Technology is executing the “Information Security Education and Awareness Project”, sponsored
by the Ministry of Information Technology, Government of India. “Special Manpower
Development Project - II”, sponsored by the Ministry of Electronics and Information Technology
for developing manpower for VLSI, is in progress in departments of Electronics and
Communication Engineering and Computer Science and Engineering. The other projects are
sponsored by DST, UGC, DBT, Swedish Research Council, Naval Research Board, etc.
National Institute of Technology Durgapur
Sub-component 1.2
17
Action Plan:
The present initiatives will be further extended in TEQIP (Phase-II) and the following actions will
be taken.
1. The incentives to further research will be provided under TEQIP-II, like creating research
infrastructure, collaboration with premier institutions and industries, sponsoring visits to
different institutions in India and abroad on research collaborations, sponsoring additional M.
Tech. and PhD students in addition to the existing incentives as per the sixth pay commission.
2. More initiatives will be taken to secure sponsored research projects.
3. Institute support will be provided to obtain patents.
4. Presentation of papers in national and international conferences will be funded by the
Institute.
Activity Bar chart
S.
Key Activities
Project Months
1
2
3
4
5
6
7
46-48
43-45
40-42
37-39
34-36
31-33
28-30
25-27
22-24
19-21
16-18
13-15
10-12
7-9
4-6
1-3
No
Creating R&D
infrastructure
Sponsoring visits for
research collaboration
Sponsoring
presentation of papers
in conferences
Teaching
assistantship to
qualified non-GATE
M. Tech. students
Research assistantship
to PhD scholars
Research
collaborations with
institutions
Support for patensts,
publication
o
Provide an action plan for:
developing research interest among undergraduate students
Present status:
Action has already been taken to initiate all students, including the undergraduates, to research early
and, in some departments, the project work is allotted in the fifth/sixth semester of B. Tech.
programme so that some meaningful progress is made by the end of the eighth semester and he/she is
attracted to research. This will encourage him to build self-confidence and simultaneously develop an
urge to take a keener interest in research activities.
Moreover, the institute funds fully the presentation of papers by the students in conferences in India
and partly in conferences abroad. Summer internship on research projects in premier institutions
abroad is also partially funded. The Institute fully funds summer internship under collaborative
programmes with CERN Geneva, NUS and University of Michigan, Dearborn. In 2009-10 four prefinal year students were selected for summer internship at CERN, Geneva; 6 students were selected in
National Institute of Technology Durgapur
Sub-component 1.2
18
Germany on DAAD scheme and 4 students were selected for summer internship at NUS, Singapore.
Altogether, 18 students participated in summer internship abroad. In 2010-11 thirty two students have
undertaken summer internship abroad in various premier universities and institutes, including MIT,
CERN Geneva, University of Michigan Dearborn, ETH Zurich, NUS Singapore and universities of
Germany under DAAD.
Action Plan:
The present initiatives will be extended further in TEQIP-II.
1. The students will be sponsored to present papers in conferences, fully in the country and
partly abroad.
2. The students will supported to undertake research projects during summer internship abroad.
3. More collaboration in joint academic programmes/research internship will be initiated in
India and abroad.
4.
More students will be associated with industry-sponsored projects.
o
Provide an action plan for: collaborating with Indian and foreign institutions in
academic and research area through MoUs
Present status:
NIT Durgapur has started a collaborative programme with CERN, Geneva including collaborative
research, faculty exchange and students’ internship. One M. Tech. student is engaged in a
collaborative M. Tech. research project. She has been working in Geneva for two months and will be
joined there by a faculty member of CSE department, her internal supervisor, on August 17, 2010.
It also signed MOU with Caledonian College of Engineering, Muscat, Oman, affiliated to Glasgow
Caledonian College of Engineering and started a collaborative research and faculty exchange
programme. Collaborative research is also in progress with many more universities/institutes all over
the world. Please refer to Annexure – IV.
Action Plan:
1. MOUs will be signed with more premier universities/organizations for collaborative
activities.
2. Joint research and joint academic programmes will be initiated.
3. Research project proposals will be submitted jointly to various funding agencies.
National Institute of Technology Durgapur
Sub-component 1.2
19
Activity Bar chart
S.
Key Activities
Project Months
1
2
3
4
2.7
46-48
43-45
40-42
37-39
34-36
31-33
28-30
25-27
22-24
19-21
16-18
13-15
10-12
7-9
4-6
1-3
No
MOUs with other
organizations
Joint research
Joint academic
programmes
Joint research project
proposals
Attach the summary of Training Needs Analysis carried out. Also, provide Faculty
Development Plan from the first 18 months to achieve improved competence based on
Training Needs Analysis (TNA) in the following areas.
o
o
o
o
o
Basic and advanced pedagogy training
Subject / domain knowledge enhancement
Attendance in activities such as workshops, seminars, etc.
Improvement in faculty qualifications.
Improving research capabilities
Please refer to Annexure – II
2.8
Provide an action plan for training technical and other staff in functional areas.
Please refer to Annexure – II
2.9
Describe the relevance and coherence of Institutional Development Proposal with
State’s/National (in case of CFIs) Industrial / Economic Development Plan.
The institutional development proposal focuses on the following areas.




In the 11th five-year plan, there has been a great increase in allocation in higher education and
research has been made the focus area. The research outputs, particularly in engineering, do not
compare favourably with those of the developed countries which is a matter of concern. This
proposal on TEQIP-II is also directed towards improving the situation.
Cutting edge research in emerging areas like materials engineering, energy and environment,
software engineering, disaster management, CFD, process modelling and simulation, high voltage
engineering, bio-engineering, structural engineering, communications, water resource, etc. have
been focused in the proposal. All these are high up in order of priority in national technology
research plan.
The Institute proposes to focus more on post graduate education. The ratio of sanctioned annual
intakes of UG and PG students sharply decreased from 2.17 to 1.35 over the last three years and is
expected to fall further after TEQIP-II. The PG education and doctoral programmes in
engineering will be strengthened. This endeavour is in line with the government initiative to
bridge the gap between the demand and supply of quality teachers in our technical institutions.
The proposal incorporates collaborative programmes with institutes and industries, including the
neighbouring ones. This will help the neighbouring industries get vital technological inputs from
the Institute and synergistic efforts will create new intellectual property.
National Institute of Technology Durgapur
Sub-component 1.2
20
2.10
Describe briefly the participation of departments/faculty in the proposal preparation and
implementation.
Institutional Coordinators of SWOT and TNA compiled the SWOT analysis and TNA reports of the
departments. All engineering departments went through several brain-storming sessions with all their
faculty-members along with other staff and student-representatives while preparing the proposal based
on SWOT analysis and TNA. Vital inputs from the alumni in India and abroad were also
incorporated. An Institute-level meeting was also conducted to finalize the SWOT analysis and guide
the preparation of the proposal. Research proposals from various faculty members were included after
scrutiny. Each department formed a task force with one departmental coordinator to compile the
departmental proposal on TEQIP-II. The TEQIP Coordinator and the nodal Officers compiled the
departmental proposals to finally prepare the IDP.
During implementation TEQIP-II, TEQIP Coordinator and Nodal Officers will supervise the activities
in different components. Implementation at the department levels will be coordinated by the
Departmental coordinator and the task force.
2.11
Describe the institutional project implementation arrangements.
In TEQIP (Phase-I), the Institute formed 35 committees, including departmental ones, to implement
the programme. A similar comprehensive arrangement has been planned this time too. Under the
leadership of Director, TEQIP activities of NIT Durgapur will be coordinated by TEQIP Coordinator
and five nodal officers. The following committees have been formed to implement the activities under
different components of TEQIP-II. The number of committees being large, covering a major fraction
of the faculty members of the Institute, most of the faculty members will have a sense of ownership
for the project.
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
Procurement of Goods & services [Chairman: N.O. (Procurement)]
Financial Management [Chairman: N.O. (Finance)]
Faculty & Staff Development [Chairman: N.O. (Academic)]
Monitoring project implementation [Chairman: N.O. (Academic)]
Compliance with EAP, EMF and DMF requirements [Chairman: N.O. (Equity)]
Implementation of Institutional reforms [Chairman: TEQIP Coordinator]
Conduct of performance audits & mentoring [Chairman: TEQIP Coordinator]
Physical verification committee [Chairman: One senior Professor]
Interaction with Industries [Chairman: One senior Professor]
Departmental Task forces
National Institute of Technology Durgapur
Sub-component 1.2
21
2.12
Provide an institutional project budget in Table No.34.
Table-34:
Institutional Project Budget for Sub-Component 1.2
(Rs. In Crore)
Financial year
2011-12
2012-13
2013-14
2014-15
(vi) Establishment of new laboratories for new and
existing PG programmes, faculty research, etc.
(vii) Updation of learning resources
3.30
0.20
3.10
0.00
0.00
0.00
0.50
0.10
0.30
0.1
0.00
0.00
(viii)Procurement of furniture
0.10
0.00
0.10
0.00
0.00
0.00
(ix) Modernization and strengthening of libraries
and increasing access to knowledge resources
0.20
0.05
0.05
0.05
0.05
0.00
(x) Refurbishment (Minor Civil Works)
0.30
0.00
0.20
0.10
0.00
0.00
3.60
0.00
0.60
0.80
1.00
1.20
3.00
0.20
2.50
0.10
0.10
0.10
3.00
0.20
0.70
0.70
0.70
0.70
5
Providing Teaching and Research Assistantships for
significantly increasing enrolment in existing and
new Masters and Doctoral programmes in
Engineering disciplines
Enhancement of R&D and institutional consultancy
activities
Faculty and Staff development for improved
competence based on TNA
Enhanced interaction with Industry
0.30
0.02
0.07
0.07
0.07
0.07
6
Institutional Management Capacity enhancement
0.40
0.04
0.09
0.09
0.09
0.09
7
Implementation of institutional reforms
0.20
0.02
0.04
0.04
0.05
0.05
8
Academic support for weak students
0.40
0.04
0.09
0.09
0.09
0.09
9
Incremental Operating Cost (including Internet
bandwidth charges)
TOTAL
1.90
0.10
0.40
0.40
0.50
0.50
17.2
0.97
8.24
2.54
2.65
2.80
1
2
3
4
2010-11
Activities
Project Life
Allocation
S.
No
Infrastructure improvements for teaching, training
and learning through:
National Institute of Technology Durgapur
Sub-component 1.2
22
2.13
(a) Provide the targets against the deliverables given in Table 35
1
S.
No.
1
2
3
4
5
6
7
8
9
10
Table-35: Project Targets for Institutions under Sub-Component 1.2
Deliverables
BaseTargets to be achieved
line
At the end of
By Project
2 years of joining
closing
the Project
Number of students registered for
340
400
500
(a) Masters in Engineering programme
201
250
600
(b) Doctoral Programme in Engineering
Revenue from externally funded R&D projects 11.7
50
60
and Consultancies in total revenue (Rs. in lakh)
Number of
(a) Research publications in refereed journals
35
40
50
 National journals
195
250
350
 International journals
100
200
300
(b) Citations
01
02
05
(c) Patents obtained / filed
07
10
20
(d) Books
Nil
01
01
(e) No. of R&D projects commercialized
IRG as % of total recurring expenditure
20.8
23
25
Number of co-authored publications in
refereed journals
33
35
40
(a) National
180
200
300
(b) International
Student credentials
(a) Campus placement rate of
87.34
90
90
 UG students
11.2
15
15
 PG students
(b) Average salary of placement package for
(Rs. in lakh)
3.85
4.0
4.5
 UG students
3.85
4.0
4.5
 PG students
Number of collaborative programmes with 03
05
05
Industry
Accreditation Status (obtained and applied for)
08 #
9 out of 9 (UG)
9 out of 9 (UG)
(UG)
07
11 out of 11
11 out of 11
(PG)
eligible M tech
eligible M tech
Vacancy position for faculty and staff
44%
30%
25%
Percentage of regular faculty with PhD in 55%
60 %
70 %
Engineering disciplines
# One programme accredited; one not yet eligible; the remaining seven programmes
accredited till July 26, 2009; applications for their renewal ready for submission; awaiting
stabilization of the reformed submission process
(b) Describe the Plan in detail for achievement of the above targets enumerated in Table-35.
Please refer to sections 2.3 – 2.8 for detailed action plans. Detailed departmental proposals are
enclosed in Annexure – I, the Faculty and staff development plans in Annexure – II, and
Procurement Plan in Annexure –III.
1
These pertain to the entity participating in the Project which may either be the whole stand alone institution or the Faculty /
Department / constituent institution of a University or Faculty / Department of a Technical Deemed University.
National Institute of Technology Durgapur
Sub-component 1.2
23
2.14
Give an action plan to ensure that the project activities would be sustained after the end of the Project.
Four funds, Corpus fund, staff development fund, depreciation fund and maintenance fund were
created in TEQIP-I with an accumulated balance of Rs 9.95 crores. These funds were created primarily
to sustain the TEQIP activities beyond the project period. Internal revenue generation was primarily
used for creating the funds. These funds will be continued with similar deposit mechanism in TEQIPII. IRG will be stressed upon and enhanced through more sponsored projects and consultancy.
2.15
Provide Procurement Plan for the first 18 months for Goods and Civil Works in Table-36 and Consultant
Services in Table-37 with budget and timeframe.
Please refer to Annexure – III.
2.16
Provide any other information related to special academic achievements of the institution.
2.17
Provide an action plan for organising a Finishing School and for improving the academic performance
of SC/ST/OBC/academically weak students through innovative methods, such as remedial and skill
development classes for increasing the transition rate and pass rate with the objective of improving
their employability.
The finishing schools for weak students belonging to all categories are aimed at to develop their
communication skills, confidence level on subject knowledge and also to face the competitive world.
Therefore the following action plan will be adopted.
1.
2.
3.
4.
5.
6.
Remedial and skill development classes
Classes for personality development
Extra classes for the subjects of the course curriculum
Arrangement of Group Discussions
Arrangement of mock interview
Arrangement of industrial visits
National Institute of Technology Durgapur
Sub-component 1.2
Annexure - I
Departmental Proposals for TEQIP-II
National Institute of Technology Durgapur
Sub-component 1.2
ii
Department of Chemical Engineering
1. Modernization Of PG Laboratories/ Setting Up New Laboratory
Name of the PG program: M. Tech. in Chemical Engineering.
Department
Chemical
Engineering
Laboratory
Equipments/
Software proposed
Energy
Laboratory
Surface area analyzer
Membrane
Technology
Laboratory
Automatic thin film
Applicator
Membrane
Technology
Laboratory
Goniometer (contact
angle measurement)
Central
Research
Laboratory
Bioreactor
Justification (in brief)
To determine the surface area, micro-pore
volume, macro-pore volume and have better
understanding of the pore size distribution of the
adsorbent materials for its potential application
in different areas, such as, separation, pressureswing adsorption, refrigeration, purification etc.
Development and characterization of the
developed membranes and membrane modules
and their optimization in terms of pore structure
to achieve maximum permeability and
selectivity
To measure the contact angle of membrane.
Fermentation of whey permeate in a fluidized
bed biofilm reactor using Lactobacillus
bulgaricus as biocatalyst to produce polymer
grade lactic acid ,
UF Module
Separation of proteins from cheese whey by
ultrafiltration using an improved design of
tubular UF unit
Energy Lab
Solar concentrator with
pyranometer
For PG lab and PhD student
Computer
Software
Design Expert
Software.
For PG and PhD student
Central
Research
Laboratory
iii
2. R&D Projects
R&D Project - 1
Title of the project: Studies on Pyrolysis of Parthenium hysterophorus: A
Transformation of Poisonous Weed to Value Added Products.
Objective:
Parthenium weeds (Parthenium hysterophorus) which are abundantly found in arid area of Durgapur –
Asansol Industrial region, may cause certain health hazards like allergic reactions in people suffering from
asthma, etc. The objective of present project is to make over these harmful weeds to value added products
like activated charcoal, pyrolysis gas, etc., for betterment of living world. Activated charcoal can be used
for adsorptive removal of soluble pollutants like dyes, organic contaminants, heavy metals etc. from
industrial waste water and the co-products, pyrolysis gas, can be efficiently used as a fuel.
Proposed plan of activities:
i)
ii)
iii)
iv)
Procurement of equipment and software.
Optimization of operating condition for pyrolysis of parthenium weeds using Design Expert
software.
Thorough experimentation on pyrolysis of parthenium weed and analysis of products using
TG/DTA coupled with FTIR analyzer.
Mathematical modeling and determination of kinetic parameters using experimental data.
Infrastructure & expertise available:
1) TG/DTA (Shimadzu Corp., DTG-60H)
2) Isothermal Mass Loss Apparatus
3) Faculty expertise available in the department.
Equipment/software to be procured:
1) FTIR analyzer (Rs. 9.50lakhs) (It will also be used in the project entitled ‘Investigation on
pyrolysis and combustion of coal and biomass’).
2) Design Expert software version 8.0.1 ($995 ~ Rs.0.50lakh)
Budget for the project:
Rs. 10.0 Lakhs
iv
R&D Project - 2
Title of the project: Laser Doppler Anemometry (LDA) for Gas-holdup profile and
phase velocity profile in gas-liquid flow
Objective(s):
(1) Measurement of void fraction oscillations using LDA
(2) Measurement of phase-velocity profile
Proposed plan of activities:
(1) The measurement will be made in the adiabatic riser section of the natural circulation boiling
system
(2) From the time time-series analysis of phase velocities measured by LDA, volume fractions of the
phases can be estimated.
NB:
(1) The outstanding feature of LDA is that it is non-intrusive optical technique and successfully
performs point and instantaneous measurements of velocity distribution, the bubble size
distributions and volume fractions of gas phases.
(2) Very generic devices which can be used in Multiphase flow measurement laboratory as well
Infrastructure & expertise available:
(1) Natural circulation boiling system (purchase order already issued)
(2) Faculty expertise in multiphase-flow measurement is available in our department.
Equipment/software to be procured:
Flow processing component of 1-D Dantac-make LDA device (Model 62N04: Flow Explorer, High
Power System including BSA F30 processor, BSA Flow software (main package) and Advanced Graphics
add-on, Compact and calibrated LDA system).
Budget for the project:
Rs. 8.50 lakhs.
v
R&D Project - 3
Title of the project: Bio-treatment of Durgapur industrial wastewater and in
combination with advanced oxidation process and membrane
technology.
Objective:
To explore the secondary treatment system for treatment of industrial waste for its low cost, energy saving
and consequential harm is less. To make the process faster the advanced oxidation system and membrane
separation will be incorporated.
Proposed plan of activities:











Collection of Industrial waste water from nearby industries and study the effluent characteristics.
Identify the micro-organisms either by selection or isolation from the waste stream. Selection of the
microorganism could be done through literature review and based on the property of the
microorganism.
Isolation of the microorganism is done Dilution Plating and nutrient agar media.
Chemical and biochemical characterization of the Microorganisms.
Treatment of industrial waste water with different selected and isolated organism and study the %
of waste removal based on COD, BOD and TOC reduction
Optimization of process parameters (Temp. pH, DO, FeSo4 and nutrient composition) has to be done.
Attempt has to made to enhance the biochemical reaction rate for waste degradation through
changing process parameters.
Pilot scale study will be done in waste water treatment for data generation of plant design.
Kinetic study has to made for reactor design.
Treatment of industrial waste water will be done through advanced oxidation process (AOPs) and
using membrane separation along with biochemical treatment. .
Comparison study has to made in-between biochemical treatment , advanced oxidation process
(AOPs) and membrane separation process and in their combination .
Infrastructure & expertise available:
(1) Basic instruments available are UV spectrophotometer, COD analyzer.
(2) Faculty expertise available in the department.
Equipment/software to be procured:
TOC analyzer, Autoclave
Budget for the project:
Rs.11.75 lakhs.
vi
R&D Project - 4
Title of the project: Investigations on Pyrolysis and Combustion of Coal and Biomass
Objective: Estimation of kinetic parameters for pyrolysis, combustion and gasification. Experiments will be
carried out either in TGA/DTA or in isothermal mass loss apparatus to obtain weight loss data. The evolved
gases will be passed through an FTIR analyzer for closely monitor the evolution rate of individual gasses.
The experimental data will provide the important information to develop the detail kinetics of individual
species in evolved gases rather a gross kinetic model. Kinetic parameters for pyrolysis/Combustion (order
of reaction, activation energy, etc) are generally unknown for Indian coals. These data for Indian coals and
biomass of different species will be important addition to the design data bank.
Proposed plan of activities: The process of pyrolysis, combustion and gasification are very complex process
and it is even more complicated for reaction of solids. The pyrolysis and combustion of coal and biomass is
an example of gas solid non-catalytic reaction with mass and heat transfer limitations. Due to this very
complex nature the reaction kinetics is solely depends both on reaction conditions like operating
temperature, particle size, reactor type and also on the types of coal and biomass. Detailed experimental
studies on single particle are proposed to be carried out for coal, biomass, and blended coal and biomass to
obtain pyrolysis, combustion kinetics parameters. The study includes the wide range of operating process
conditions and also for different types of Indian coal staring from low ash to high ash and low volatiles to
very high volatiles. The pyrolysis and combustion reactions will be carried out separately in the TGA/DTA
or in Isothermal mass loss apparatus to obtain weight loss data. Simultaneously the evolved gases will be
sent through the FTIR. The composition of evolved gases will be determined and will be noted for any time
instances. This will provide to develop the kinetic model for the different gases during the course of
pyrolysis or combustion.
Infrastructure & expertise available : A Combustion Engineering Laboratory has been set up under the
DST-FIST program where a Drop-tube furnace, a mass-loss apparatus and a fluidized bed combustor have
already been installed. A TGA-DTA and a GC has also been procured under the program. However, for
comprehensive studies on combustion and gasification need a few more facilities which could not be
included in DST-FIST due to shortage of fund. The most prominent among these is FTIR spectrometer.
The instruments do the analysis of individual component of evolved gases during the course of pyrolysis
and combustion.
The project group consists of
1.
2.
3.
A. K. Sadhukhan, Associate prof. Principle investigator
Having 8 international publication, 3 National Publication, 12 conference proceedings in the
proposed area
Dr. P. Gupta, Professor, Member
Having 13 International publication, 3 National Publication, 30 conference proceedings in the
proposed area
Dr. S. Haldar, Professor, Member
Having 8 International publication, 10 conference proceedings in the proposed area
Equipment/software to be procured : A FTIR analyzer with necessary accessories for suitable gas
collection and flow system. The analysis software
Budget for the project: 10 Lakhs
vii
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
Equipments/
Software proposed
Surface area analyzer
Laboratory
PG
Chemical
Engineering
R&D Project-1 &
4
PhD
R&D Project-2
PhD
R&D project-3
PhD
Automatic film
Applicator
Goniometer (contact
angle measurement)
Bioreactor
UF Module
Solar concentrator with
pyranometer
TOTAL FOR PG Lab
FTIR analyzer
Flow processing
component of 1-D
Dantac-make LDA
device
TOC Analyzer
Autoclave
TOTAL FOR R & D
Estimated
cost (Rs. in
lakhs)
4.75
2.50
4.00
2.50
1.00
0.50
15.25
9.50
8.50
11.50
0.25
29.75
viii
Department of Civil Engineering
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M.Tech in Civil Engg.(specialisation in Structural Engg.)
Department
Laboratory
Equipments/
Software proposed
4-ch Input Module LANXI 51.2kHz (CCLD, V)
LAN-XI is hardware for
Data acquisition.
PULSE FFT Analysis, 1-2
Channel Node-locked
License Annual Software
Maintenance and Support
Agreement for PULSE
FFT Analysis, 1-2 Channel
Node-locked License
Civil
Engineering
PG Laboratory
For Amplitude, Natural
frequency & FFT.
Piezoelectric IEPE Acc,
side connector,
100mV/g, with
TEDS, 3 slots, cable not
incl.
Reaction frame & column
for horizontal actuator
Justification (in brief)
Existing facilities in PG Structural Laboratory
demand for modernization, upgradation and
augmentation in view of the technological
advancement. Consequently, some equipments
are essentially required to be purchased to
maintain experimental programme of routine
PG Laboratory classes and very few are
required to set a step forward for PG and
faculty Research. With the available budgetary
allocation, which is very meager in amount,
initiation of experimental setup to be made by
the procurement of very few equipments.
In addition, according to the recent
implementation of OBC reservation policy of
Govt. of India, the student strength of PG level
have gone up and arrangement/enhancement of
the equipments become essential. Furthermore,
the laboratory facilities is being used by the PG
students (only PG course run by the department
in structural engineering) for their project
works.
The support to the adjoining industrial belt and
community services is only possible through
rigorous testing using these existing equipments
and to be purchased. The same may also
contributing sufficiently towards the generation
of resources of the institute.
At present there is no reaction frame in the
department for the application of horizontal
dynamic load. Hence the same is placed for
approval. The same will also be useful for PG
works
ix
2. R&D projects
R&D Project –1
Title of the project: Cyclic Lateral Load Test On Light Transverse Reinforcement
Column With Frp Retrofitting.
Objective:
 To study the load deformation behaviour with or without FRP
 Enhancing ductility capacity of column by FRP
 Comparison of light reinforcement, ductile reinforcement as per Indian code and with FRP
Proposed plan of activities:
 Construction of 9 RC column (1/2 Scaled) with light TR, with TR as per ductile detailing by IS code,
Light TR with FRP
 Cyclic test with varying compressive load (1 story/2 storey/3 srotey)
 Failure curve
 Cost comparison
 Conclusion
Infrastructure & expertise available:
Infrastructure
Well built lab where varying compressive load can be applied with vertical actuator and cooling tower for
the actuator available with data acquisition system.
Expertise.
Dr. R.P Nanda, expertise in Earthquake Engg.
Dr. S. Saha, expertise in Structural Engg & in charge of PG Dynamics Lab
Sri. D. Das, expertise in Earthquake Engg.
Sri S Karmakar, expertise in Structural Engg.
Equipment/software to be procured:
Actuator of 50 kN capacity for lateral load with reaction frame
Budget for the project:
Cost of Actuator including load cell – Rs.7.50 lakhs
Sample preparation
- Rs.0.50 lakh
--------------------------------Total
Rs.8.00 lakhs
Note: As per R&D, funds allocated @ Rs. 2 Lacs per faculty total 8 Lacs. The balance amounts of 3 Lacs
may kindly be allowed from modernization of PG Lab (Structural Dynamics)
x
R&D Project –2
Title of the project: Assessment of the effect of transverse bending on long right
circular cylindrical stack like structures.
Objective:
Proper modeling of a physical model with new generation software /FEM packages can only predict it’s
behaviour assisting practicing engineers to design a structure economically. Analytical methods may
evaluate ovalisation moment due to Brazier Effect much on higher side increasing reinforcement
requirement to a large extent and hoop stress much on lower side. As a result hoop reinforcement becomes
highly uneconomical. Moreover this methods mostly followed by the professionals in the industry either
overestimates the critical /design stresses increasing thereby overall cost of the structure or fails to depict
true nature of deformation. On the otherhand, finite element discretisation for this entire structural domain
may only help us to realize it’s true behaviour, therefore renders a structure more economically viable. The
proposed work could be cost effective and efficient numerical simulation of axi-symmetric structures with
a view to develop an approximate method, which may be incorporated in the IS code of practice.
Proposed plan of activities:
Following are the scopes of the work in the proposed project:
 Collection of data of silo of various configuration from industrial projects
 Simulation of analytical modeling from physical model parameter
 Simulation of appropriate boundary conditions and loads using user subroutine facilities and
interfacing of INTEL Fortran compiler
 Critical analysis of output and checking of data
 Development charts & graphs for generalized analysis of cylindrical wall.
 Publication of data in peer reviewed journals.
Infrastructure & expertise available:
The investigator has already done some industrial design work related to such systems and also published
papers in the peer reviewed journals. From this perspective, some expertise are already developed and it
could further be strengthened using proper /exact numerical modeling with new generation software /FEM
packages e.g. ABAQUS to generate it’s behavior.
Equipment/software to be procured:
ABAQUS FEA software, INTEL Fortran compiler, 1 No. high end PC with graphics card, 1 no. colour
laser printer, I no. UPS.
Budget for the project:
Sl.
No.
1.
2.
3.
4.
5.
Equipments/Software proposed
ABAQUS FEA software (research edition) with perpetual license, procuring
& installation complete(Single user network version)
INTEL Fortran compiler (compatible)
Intel Pentium processor 3.0Ghz, 4MB L2 Cache, 800 Mhz FSB, 19” color
monitor (TFT)
1 kVA UPS
A4 color laser printer
Total
Estimated cost
(Rs. in lakhs)
4.80
0.70
0.40
0.10
0.20
6.00
xi
R&D Project –3
Title of the project: Effect Of Seismic Soil Structure Interaction On Structural
Response.
Objective:
The objectives of the study are :
(a) To perform 3 D modeling of an integrated soil-structure system with some secondary attachment to the
main structure and analyze the system for given seismic excitation
(b) To study the behavious of the of the system and secondary attachment under different parametric
variation and effects of the soil model employed
(c) To propose, develop and validate simplified model with 3D FEM model
Proposed plan of activities:
(a) The Soil structural system shall be first analyzed by considering the base is rigid and shall be solved by
any solver for different ground excitation
(b) The same system shall be analyzed by ACS-SASSI Software for Dynamic and Seismic Soil-Structure
Interaction Analysis considering flexible base soil. The interaction shall be investigated considering
different soil properties under seismic excitation.
Infrastructure & expertise available:
The computational facilities are available. The investigators have done studies extensively on structural
dynamics and related field in their PhD works and post PhD works.
Equipment/software to be procured:
ACS SASSI Software for Dynamic and Seismic Soil-Structure Interaction Analysis developed by
University of California at Berkeley.
Budget for the project:
Equipments/
Software proposed
ACS SASSI
Software
Total
Estimated cost
(Rs. in lakhs)
4.00
4.00
xii
R&D Project –4
Title of the project: Optimal Design and Management of Civil Engineering Systems.
Objective:
To develop optimization models for economic design and management of Civil Engineering systems.
Proposed plan of activities:
To pick up engineering problems in the core area of civil engineering. To identify the system behavior. To
formulate system model. To embed the system model in an optimization frame work. To test the model. To
prescribe solution.
Infrastructure & expertise available:
14 publications in ASCE journals, 1 in Springer, 3 in Sadhana, and 4 in IE(I) journals, 12 conference
papers all in the area of optimization of civil engineering systems.
Equipment/software to be procured:
MINOS and LINGO/LINDO/LINDO API
Budget for the project:
MINOS Rs. 0.75 lakh & LINDO/LINDO API Rs. 1.25 lakhs.
(All proprietary items – to be ordered directly with 100% advance payments)
Total : Rs. 2.00 lakhs.
xiii
R&D Project –5
Title of the project: Quantification Of Erosion From Land Surface In The
Catchment Of River Ajay Lying In West Bengal And
Jharkhand.
Objective:
To estimate the sediment load reaching to river Ajay from different reaches of his catchment area
Proposed plan of activities:
Following are the scopes of the work in the proposed project:
 During rainfall measure the erosion in a selected area of the catchment. During different time interval
measurements would be done.
 Concurrent rainfall data would be observed from the Central/State Agency in the catchment area.
 Land use pattern would be obtained from the State Govt. Agency
 Quantification of erosion corresponding to the rainfall in the present land use would be established.
Infrastructure & expertise available:
Following equipments are available in the deptt. for carrying out the proposed project:
1. Office Infrastructure
2. Computational Facilities
Expertise available in the department for carrying out the proposed project:
Dr. V.K. Dwivedi (Specialization: Water Resources Engineering)
Equipment/software to be procured:
Soil Erosion Monitoring System (Peristaltic pump)
Budget for the project:
Rs. 2.00 lakhs.
xiv
R&D Project –6
Title of the project: Assessment, strengthening and monitoring (ASM) of old RCC
bridges.
Objective:
Growing number of deteriorated bridges worldwide has attracted the attention of researchers recently.
Replacement of such bridges is a daunting task both socio-economically and technically. Hence the
‘strengthening’ concept is becoming extremely popular. An appropriate strengthening regime of an old
RCC bridge is to be preceded by a proper assessment of the existing condition and strengthening should be
followed up by continuous monitoring.
Therefore, the objectives of the proposed work are:
 Rigorous static and dynamic analysis of a deteriorated and strengthened bridge.
 Bridge monitoring is still in the stage of infancy. More rigorous research needs to be taken up on
instrumentation, control and monitoring of existing bridges.
Proposed plan of activities:
i)
ii)
iii)
Linear and Non-linear analysis using a relevant software
Suggesting measures to be taken up in practice
Selection of proper strengthening materials
Infrastructure & expertise available:
The investigators have sufficient background in the relevant field of study and one of them has undergone a
training program abroad in this area. Available infrastructure (equipments and softwares) are not sufficient
at all for carrying out the study at research level.
Equipment/software to be procured:
As mentioned in the proposed plan of activities, to start the project a dedicated software is a prime
requirement. In the next phase of work, further additional infrastructure -mostly relevant equipments- will
be required for the successful completion of the project. The investigators propose to procure the following
software:
ADAPT ABI 2009 (ADAPT ADAPT ABI, ADAPT Gen Module, ADAPT Elongation Module, ADAPT
Moving Load Module: 2 users)
Budget for the project:
Rs. 4.00 lakhs for the first phase of the project.
xv
R&D Project –7
Title of the project: Investigation Of Adsorptive Phenol Removal By Some Clayey
Soils For Abatement Of Coke Oven Waste Water Pollution.
Objective:
The objective of the proposed project is to assess the suitability of different type of clayey soil for using as
a liner material in a landfill near coke-oven waste disposal site in the metropolitan area of Durgapur, West
Bengal to prevent phenol contamination in the surrounding environment with the hypothesis that the soil to
be used possesses good phenol attenuation capacity.
Proposed plan of activities:
Following are the scopes of the work in the proposed project:
 Testing of physico-chemical properties of various clayey soil samples to be used as a liner.
 Asserting the compaction criteria governing the permeability of soil samples
 Batch adsorption study & Isotherm study
 Vertical column test with soil sample for obtaining breakthrough curve and for understanding the
leachate behavior.
 Horizontal migration test & Validation of test results with numerical model.
Infrastructure & expertise available:
Following equipments are available in the deptt. for carrying out the proposed project:
1. Moisture meter
7. Compaction test device
2. Thermostatically controlled electrically
8. Permeameter
oven
9. Direct shear test apparatus
3. Sieve shaker
10. Triaxial shear test apparatus
4. I.S Sieves
11. Consolidometer
5. Hydrometer
6. Liquid limit device
Expertise are available in the department for carrying out the proposed project:
S.Pal (Specialization: Geotechnical Engineering)
Dr. S.Bhattacharyya (Specialization: Environmental Engineering)
Equipment/software to be procured:
1. Double Beam UV Visible
2.
3.
Spectrophotometer
Peristaltic pump
Horizontal Migration Tank
Budget for the project:
Rs. 4.00 lakhs.
4. Digital pH meter
5. Centrifuge with Rotor head
6. Muffle furnace
xvi
3. Estimated costs for equipments/ software
Deptt.
Laboratory /
R&D project
Name of the
program
(PG/PhD)
PG laboratory
PG
Equipments/
Software proposed
Estimated
cost (Rs.in
Lakhs)
4-ch Input Module LAN-XI 51.2kHz (CCLD, V)
LAN-XI is hardware for Data acquisition.
7.80
PULSE FFT Analysis, 1-2 Channel Node-locked
License Annual Software Maintenance and
Support Agreement for PULSE FFT Analysis, 12 Channel Node-locked License
For Amplitude, Natural frequency & FFT.
3.40
Piezoelectric IEPE Acc, side connector,
100mV/g, with
TEDS, 3 slots, cable not incl.
Reaction frame & column for horizontal actuator
TOTAL =
0.80
3.00
15.00
R&D
R&D
Project-1
Civil
Engg.
PhD
Actuator & sample preparation
8.00
4.80
R&D
Project-2
PG / Research
ABAQUS FEA software (research edition) with
perpetual license (Single user network version)
INTEL Fortran compiler (compatible)
Intel Pentium processor 3.0Ghz, 4MB L2 Cache,
800 Mhz FSB, 19” color monitor (TFT)
1kVA UPS
A4 color laser printer
SUBTOTAL =
R&D
Project-3
PG / Research
ACS SASSI Software
4.00
R&D
Project-4
PG / Research
MINOS
LINDO/LINDO API
SUBTOTAL =
0.75
1.25
2.00
R&D
Project-5
R & D Project
Soil Erosion Monitoring System
2.00
R&D
Project-6
Research
ADAPT ABI software
4.00
Double Beam UV Visible Spectrophotometer
Peristaltic pump
PhD
0.35
0.10
0.15
6.00
3.00
0.45
Horizontal Migration Tank
R&D
Project-7
0.60
0.12
Digital pH meter
0.10
Centrifuge with Rotor head
Muffle furnace
0.16
0.17
SUBTOTAL =
TOTAL =
4.00
30.00
xvii
Department of Computer Science and Engineering
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M.Tech in Computer Science & Engineering
Department
Laboratory
Modernisation of
existing
Programming
Laboratory
Computer
Science and
Engineering
Modernisation
of existing Adv.
Operating
System
Laboratory
Equipments/
Software proposed
1. New Display device (TFT/LCD)
Monitors for this lab
2. Refurbishment of this lab :
a. Painting including PP, Primer and 2
coats paint
b. Computer Furniture of this lab with
electrification.
c. Storage Furniture: Almirah, Word
drove
d. false ceiling and floor mat
3. New PC (Core i5 3.2 GHz
Processor, 250 GB storage ) for this
lab
4. Document Camera
5. LCD Projector for High Resolution,
wire less
6. Intra-LAN Modification
7. Antivirus (Server Edition) for LAN
8. Notice Board with proper light and
cabling
1. New PC (Core i5 3.2 GHz
Processor, 250 GB storage, RAM 2
GB ) for this lab
2. Printer: Heavy Duty Duplex and
Network Facility
3. Intra-LAN Modification
4. Refurbishment of this lab :
a. Painting including PP, Primer and 2
coats paint
b. Computer Furniture of this lab.
c. Storage Furniture: Almirah,
Bookcase
5. Interactive Digital Board for
Presentation.
7. Water Stand (3’X2’)
8. New PC(2GB RAM,COREDuo)
Justification (in brief)
Some display devices in this
laboratory have become
obsolete and give poor
display.
Infrastructure of that lab is
to be upgraded soon. All the
computer table and chair is
very old and dangerous.
25 PC should be upgraded
for new high end technology
for operating latest software.
For
proper
researchpresentation and modern
laboratory a doc camera and
high resolution projector is
essential.
Modern Anti-Virus software
is required for security
reasons
In this lab all the old PCs
should be replaced for
operation of heavy simulator
for project work in this field.
For
student
reading
materials and printing papers
etc a heavy duty printer is
required.
Infrastructure of that lab is
to be upgraded soon. All the
computer table and chair is
very old and dangerous.
Modern Anti-Virus software
xviii
9.Cover sheet for high-end server
is required for security
For good interaction and
study environment a digital
interactive board is required.
Name of the PG programme: M.Tech in Network Technologies (new programme
proposed)
Department
Computer
Science &
Engineering
Laboratory
Equipments/
Software proposed
Network
Simulation
Laboratory
Desktop Computers
(AMD Athlon™ II processor with speed 2.8 GHz, 4
GB RAM, 320 GB HDD, DVD+/-RW Drive, 56K
PCI Modem with essential softwares and warranty
High Performance server (6-Core AMD Opteron™
processor with speed 2.8 GHz, upgradeable to quad
(4) processors, minimum 64 GB RAM, 2-5 TB Hard
Disk, DVD/CD-RW Drive, Multifunction Gigabit
Network Adapters with proper service)
Network Printers (BW Laser Multifunction Printer
with Wireless Connectivity adaptor)
Wireless Switches (Indoor, 10/100/1000 GBPS
connectivity with support upto 25 nodes)
10 KVA Online UPS (Online, 30 Mins Backup for
30 Computers or equivalent, SMF Battery type)
DUB-H7 7-Port USB 2.0 Hub (Connect More USB
Devices to Your PC or Mac, Transfer Data at up to
480Mbps, Works with Both USB 2.0 and 1.1**
Devices)
Network Cabling Equipment (D-rings installed on
panels
1.7"H x 19.0"W x 8.6"D (44mm x 483mm x
218mm)
Wireless Access Points/Routers (Up to 108Mbps,
WPA & 802.1x Authentication ,
SNMP Management Software Included ,
also Works as Point-To-Point Bridge, Point-toMultipoint Bridge, Repeater, Wireless Client)
Operational Software & Tools (Multi user Quelnet,
Cisco Spectrum Expert, Wireshark , WCS)
Justification
(in brief)
Setup and
configure of
devices,
computers and
routers.
Software is
loaded in these
configured
devices.
Analysis of
the
designed
model with real
data
through
this setup.
xix
R&D Project
Title of the project: Multi-objective Neuro-Fuzzy analysis of gene expression data.
Objective:
The landscape of biological and biomedical research is continually changing with the invention of
microarrays which enables simultaneous view on the transcription levels of a large number of genes across
different experimental conditions. The goal of most microarray experiments is to survey patterns of gene
expression by assaying the expression levels of thousands to tens of thousands of genes in a single assay.
To identify patterns that characterizes the underlying mechanisms of action, clustering along with
dimensionality reduction techniques are being resorted. In this context finding out groups of similar genes
and differentially expressed genes are necessary to understand about the various mechanisms of cellular
action.
Name of the Proposing Scientist or Principal Investigator:
Prof. Tandra Pal, Dept. of CSE, NIT Durgapur.
Name of other associated Scientists with their affiliation:
a.
b.
Prof. Aurpan Majumder,Dept.of ECE,NIT Durgapur.
Prof. Sanghamitra Bandopadhyaya,Machine Intelligence Unit, ISI Kolkata
Proposed plan of activities:
The work emphasizes on the application of 1) Type-1 Vs Interval type-2 fuzzy clustering analysis
synergized with Multi-objective genetic algorithms(taking into account the various cluster validity indices)
to yield a set of Pareto optimal clustering solutions for grouping up the related genes which get expressed
under certain optimized experimental conditions. 2) An extension would be to include some differential
evolutionary strategies in a Multi-objective domain in the context of fuzzy clustering. Finally, Neuro-Fuzzy
framework would also be developed to determine an optimized set of rules which would help us to
understand the underlying classification of the gene expression data. All the above strategies would be
verified on the grounds of biologically relevant clusters.
Infrastructure & expertise available:
1. MATLAB R2008a working environment
2. Publicly available benchmark microarray data sets.
Equipment/software to be procured:
1. BRB Array Tools (Biometric Research Branch - NCI)
2. BioDiscovery(GeneSight)
3. BioSeive(ExpressionSieve)
4.Optimal Design(Array Miner)
5. SAS Microarray
6. Silicon Genetics (GeneSpring GX )
7. Microarray Data Analysis (GeneSifter)
8. Microarray Fuzzy Clustering (BioRainbow)
Apart from the above, 1 workstation for PI and 2 PCs are required for project linked personnel. The entire
budget in brief has been cited below:
xx
Budget for the project:
2010-2011
(Rs. in lakhs)
2011-2012
(Rs. in lakhs)
2012-2013
(Rs. in lakhs)
Capital
Software/Data
Workstation for PI
2.00
5.00
-
-
PC (2)
Total (Capital)
1.50
8.50
-
-
0.50
1.00
0.50
1.00
0.50
1.00
4.50
4.50
4.50
0.20
0.20
0.20
1.00
1.00
1.00
Total (Revenue)
7.20
7.20
7.20
21.60
Grand Total
15.70
7.20
7.20
30.10
Year
Revenue
Consumables
Contingency
(incl. post, tel., fax,
Xerox, printer, scanner)
Proj linked
persons(2)/Visiting
scientist
Computer maintenance
Travel: national and
international,
registration(conference)
Total
(Rs. in lakhs)
8.50
xxi
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Advanced
Programming
Laboratory
Equipments/
Software proposed
Name of
the
program
(PG/PhD)
Item
M.Tech in
CSE
1. New Display device
(TFT/LCD) Monitors for
this lab
2. Refurbishment of this
lab :
a. Painting including PP,
Primer and 2 coats paint
b. Computer Furniture of
this lab.
c. Storage Furniture:
Almirah, chair, Word
drove
3. Document Camera
4. LCD Projector for High
Resolution, wire less
5. Intra-LAN
Modification/Implementat
ion
6. Antivirus (Server
Edition) for LAN
7.Notice Board with
proper light and
cabling(6’X3’)
Computer
Science and
Engineering
1. False Ceiling
Advanced
Operating
System
Laboratory
M.Tech in
CSE
2. Printer: Heavy Duty
Duplex and Network
Facility
3. Intra-LAN
Modification
4. Refurbishment of this
lab :
a. Painting including PP,
Primer and 2 coats paint
b. Floor Mat
5. Interactive Digital
Board for Presentation.
6. Antivirus (Server
Edition) for LAN
7. Water Stand (3’X2’)
8. New PC(2GB
RAM,CORE2Due)
9.Cover sheet for highend server
Rate
Qty
@ Rs
9000/=
10
a. @Rs 25/=
b. @ Rs 250
/= X 23 sq.
feet +
1250/=
a. 4000
sq ft
b. 50
c. 5
Amount
(Rs)
90,000
@Rs
67000/=
@Rs
70,000/=
@ 2000/=
01
1,00,000 +
3,59,375 +
1,00,000 =
5,59,375/
=
+VAT
69,991=
6,29,296/
=
67,000
01
70,000
50
1,00,000
@1,000/=
per user
@12,000/=
25
25,000
02
24,000
@Rs 85/=
76,500
@ 50,000/=
900 sq
feet
02
1,00,000
@ 2000/=
50
1,00,000
a. @Rs 25/=
b. @ Rs
48/=
a. 4000
sq ft
b.
2500
sq ft
01
(electrification)
c. @ Rs
20,000/=
@Rs
1,20,000
@1,000/=
per user
@5000/=
@40,000/=
@2000/=
1,00,000 +
1,20,000 =
2,20,000/
=
1,20,000
25
25,000
01
08
5000
3,20,000
04
8,000
Estimated
cost (Rs.
in lakhs)
10.05296
9.745
xxii
Computer
Science &
Engineering
Network
Simulations
Laboratory
MTech in
Network
Technolog
ies
(proposed
program)
Desktop Computers
(AMD
Athlon™
II
processor with speed 2.8
GHz, 4 GB RAM, 320
GB HDD, DVD+/-RW
Drive, 56K PCI Modem
with essential softwares
and warranty
High Performance server
(6-Core AMD Opteron™
processor with speed 2.8
GHz, upgradeable to quad
(4) processors, minimum
64 GB RAM, 2-5 TB
Hard Disk, DVD/CD-RW
Drive,
Multifunction
Gigabit Network Adapters
with proper service)
Network Printers (BW
Laser Multifunction
Printer with Wireless
Connectivity adaptor)
Wireless
Switches
(Indoor,
10/100/1000
GBPS connectivity with
support upto 25 nodes)
10 KVA Online UPS
(Online, 30 Mins Backup
for 30 Computers or
equivalent, SMF Battery
type)
DUB-H7 7-Port USB 2.0
Hub (Connect More USB
Devices to Your PC or
Mac, Transfer Data at up
to 480Mbps, Works with
Both USB 2.0 and 1.1**
Devices)
Network Cabling
Equipment (D-rings
installed on panels
1.7"H x 19.0"W x 8.6"D
(44mm x 483mm x
218mm)
Wireless Access
Points/Routers (Up to
108Mbps, WPA & 802.1x
Authentication ,
SNMP Management
Software Included ,
also Works as Point-ToPoint Bridge, Point-toMultipoint Bridge,
Repeater, Wireless Client)
10 Nos.@Rs. 50,000/=Rs.5,00,000/-
1 No. @ Rs.6,00,000/=Rs.6,00,000/-
1 No. @ Rs.50,000/- = Rs. 50,000/-
2 Nos @ Rs.15,000/- = Rs.30,000/-
1 No @ Rs.2,00,000/- =
Rs.2,00,000/-
2 Nos @ Rs. 25, 000/- = Rs.50,000/
Rs. 20, 000/-
2 nos @ Rs. 25,000/- = Rs.50,000/-
30.00
xxiii
Computer
Science &
Engineering
Multiobjective
Neuro-Fuzzy
analysis of
gene
expression
data
R&D
project
proposal
Operational Software &
Tools (Multi user
Quelnet, Cisco Spectrum
Expert, Wireshark , WCS)
Rs.15,00,000/-
Software/Data
Workstation for PI
PC (2)
Consumables
Rs. 8,50,000/-
Total for PG
49.79796
30.10
Total for R&D
30.10
Rs. 21,60,000/-
Contingency
(incl. post, tel., fax,
Xerox, printer, scanner)
Proj linked
persons(2)/Visiting
scientist
Computer maintenance
Travel: national and
international,
registration(conference)
xxiv
Department of Electrical Engineering
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: Electrical Systems
Department
Laboratory
Equipments/
Software proposed
Machine
Drives
PSIM: Version: Latest
(For 05 user)
Consisting of: P-SIM
Basic.
_ Digital Control Module.
_ Motor Drives Module.
_ Renewable Energy
Module
LICENSE:
Nature: Floating Network
Term: Perpetual
Machine set ups with
computer interfacings
1) DSP Based Multilevel
Three Phase Induction
Motor Drive System
2) Switched Reluctance
Motor Drive System
3) Three Phase and Single
Transformer
4) Three Phase
Synchronous Machine and
Synchronizing module
5) Series Universal Motor
6) AC Motor Speed
Control
Electrical
Engineering
Microcontroller
Microcontroller boards
and interfacing peripheral
boards and computer,
Compiler, assembler, UPS
Justification (in brief)
The software will be very much useful for
modeling, analysis and design of different
electrical machine and drives, power
electronic circuits, renewable energy sources
etc. for post graduate and research students.
The same software may be utilized as an
interfacing device with different hardware
platforms during real time operation.
One of the main aims for the proposed
laboratory is to develop infrastructural
facilities for promoting the PG studies in the
direction of machines and drives. The
proposed laboratory will be a good platform
both for hardware testing and software control
for machine drive systems.
For updating the PG syllabus and promoting
the research in the direction of embedded
systems the modern state of the art
microcontrollers are essential. The following
equipment and software will fulfill the present
requirement of P.G. study and research work
in the embedded systems.
Estimated Budget for the Modernization of PG Laboratories/ Setting up new
laboratory:
Rs. 20 lakhs.
xxv
2. R&D Project
Title of the project: Advanced Power Systems Research
Objective:
The field of Electrical Engineering is highly diversified. Development works are continuously in progress
in various areas and many new topics have emerged. With the advent of high-speed computers, the
computing power has increased immensely, permitting the solution of problems that were previously left
aside as being too expensive to tackle. Perhaps the most important development is the change that is taking
place in the electric power industry with non-utility participants playing a major role in the operating
decisions. To keep pace with the on-going developments and emerging fields, it is utmost important to
provide state of the art knowledge for research and development to the research scholars and faculty
members.
NIT, Durgapur is situated in the midst of an industrial city, wherein apart from different power
generation agencies, coal, iron and steel industry and many other ancillary industries exist. Moreover, it is
worth to mention here that in order to develop the infrastructure of the power sector a huge fund has been
allocated by the Central Government in the 11th Five Year Plan during 2007 to 2012. There is considerable
scope to further development of these industries. Accordingly, it is utmost important to develop the existing
Power Systems Research Laboratory to carry out extensive research works and to serve the power sector
for their needs as well. Hence, large scale computing facilities and suitable power systems software
package(s) will be highly beneficial.
Finally, after the conversion of Regional Engineering College Durgapur to National Institute of
Technology Durgapur as Central Government Institute, it has become possible for the faculty members to
get the exposure of most modern technological development in the advanced laboratories of foreign
universities and industries. Thereafter, Power Systems Research activities in the department have increased
to a great extent. NIT Durgapur is expected to be declared as a QIP centre for Ph. D. Programmes soon.
So, in view of the above, enhancement of computing facilities along with high end power systems software
package(s) are highly justified for facilitating wide spread research in the proposed Advanced Power
System Research Laboratory.
Proposed plan of activities:
Research works in the fields of power flow studies, short circuit studies, economic load dispatch, dynamic
stability studies, transient stability studies, voltage stability studies, sub-synchronous resonance, long term
load forecasting, over current relay coordination, harmonic analysis, network reduction analysis, electromagnetic transient analysis, line and cable parameters calculations etc. are to be carried out in the aforesaid
laboratory. For this, large scale computing facilities and specialized high end software catering the aforementioned studies are to be procured for promoting advanced research.
Infrastructure & expertise available:
1.
2.
3.
4.
5.
Existing Power Systems Research Laboratory has six PCs and one single license ETAP power
systems software, single license EUROSTAG Power Systems software for system dynamic study
and MATLAB software. Besides, it also has Power Systems Relays and associated testing
equyipment.
Two Power Systems Ph.Ds have been produced in 2008. At present ten Power Systems Ph.D.
researchers including two Institute Regular Research Scholars are working.
Four full-fledged Professors and one Assistant Professor are actively engaged in the guidance of
Ph.D. scholars in Power Systems in the institute, other Central Government Institutes of India,
University of South Australia and University Kenangsaan Malaysia.
One ICT enabled High Voltage Laboratory exists.
Faculties of Power Systems group have published more than 100 papers in reputed National and
International Journals and Conferences.
xxvi
Equipment/software to be procured:
Department
Electrical
Engineering
Department
R&D project
Advanced Power
Systems Research
Equipments/
Software proposed
Power Systems Software package(s) for researches in fields of
power flow studies, short circuit studies, economic load dispatch,
dynamic stability studies, transient stability studies, voltage
stability studies, sub-synchronous resonance, long term load
forecasting, over current relay coordination, harmonic analysis,
network reduction analysis, electro-magnetic transient analysis,
line and cable parameters calculations.
Desk top computers with UPS, computer tables and other
accessories.
Estimated Budget for the R & D project: Rs. 30 lakhs.
xxvii
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
Machine Drives
Laboratory
Electrical Systems
Electrical
Engineering
Department
Microcontroller
Laboratory
Advanced Power
Systems Research
Laboratory
R&D project
Equipments/
Software proposed
PSIM: Version: Latest
(For 05 user)
Machine set ups with
computer interfacings.
1) DSP Based Multilevel
Three Phase Induction
Motor Drive System
2) Switched Reluctance
Motor Drive System
3) Three Phase and
Single Transformer
4) Three Phase
Synchronous Machine
and Synchronizing
module
5) Series Universal
Motor
6) AC Motor Speed
Control
Microcontroller/
Microcontroller boards
and interfacing
peripheral board,
Compiler, assembler,
UPS
Total for PG
Power Systems Software
package(s) for different
studies
Desk top computers with
UPS, computer tables
and other accessories.
Total for R&D
Estimated
cost (Rs. in
lakhs)
7.00
11.00
2.00
20.00
14.00
16.00
30.00
xxviii
Department of Electronics & Communication Engg.
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: (1) Telecommunication Engineering and (2)
Microelectronics and VLSI
Department
Laboratory
Antenna and
Advanced
Microwave
Lab.
Electronics and
Communication
Engineering
Equipments/
Software proposed
Justification (in brief)
IE3D Software
Planar antenna and microwave circuit design
and simulation for PG telecom laboratory and
research scholars working in microwave and
antenna.
Antenna and
Microwave circuit
fabrication machine
Fabrication of antenna and microwave circuits
by PG students
Microwave Laminate
Required for fabrication of antenna and
microwave circuits by PG students and
research scholars
Cognitive Radio
Trainer Kit
Advanced
Communication
Laboratory
Wimax/ 3GPP LTE
Trainer Kit
For doing experimental and research work in
advanced communication at PG level. The PG
students will get benefit.
MIMO Design Bench
Noise Generator
VLSI
Laboratory
Agilent 4284A/4285A
precision LCR meter
for C-V measurement
of MOS device.
For advanced research on VLSI and for
measurement of different parameter of MOS
device.
xxix
2. R&D projects
R&D Project-1
Title of the project: Development of Reflectarray Antenna for Airborne Application
Objective:
The work constitutes of design and development of reflectarray antenna for airborne application
considering India’s future space programs. It is seen that the antenna plays a key role in the electronic
control as well as data acquisition by airborne sensors as well secure transmission back to earth stations or
ground controls. The primary objective to reduce payload by improving planar antenna array technology is
one of the important issues that will be addressed in the research.
Proposed plan of activities:
The entire work is divided in to three years including purchase of equipment
Duration
Plan of Work
(Months)
Procurement of equipment/ software and literature survey as well as review of existing
1-12
work by group members and PG students. Initial development of planar antenna array
at Ku band using FEKO electromagnetic simulation software.
Design of X-band reflectarray of 8 by 8 elements. Extensive study of mutual coupling
and feed horn interaction. Optimizing the position of feed horn. Translating the same
12-24
analysis for 16 by 16 elements. Development of prototype and measurement using
Anechoic chamber
Optimizing the element excitation for gain maximization. Analysis of the developed
24-36
array with radome. Development of prototype using Taconic substrate of permittivity
2.2 and height 0.787mm and measurement using Anechoic chamber
Infrastructure & expertise available:
Infrastructure for simulating the proposed antenna array needs to be developed.
Expertise Available: Faculty members working in antenna are available for the work. They are Prof. A K
Bhattacharya, Prof. G K Mahanti, Prof. R Ghatak, Prof. D Mandal and Prof.S.K.Mandal.
M.Tech (Telecom) students and research scholars will be contributing in the work.
Equipment/software to be procured:
Equipment: 01 Workstation with Quad core processor (3GHz) and 8GB RAM with 21” TFT monitor
Software: FEKO antenna and microwave circuit design and analysis software. This is based on Method of
Moments and GTD techniques, which renders it applicable for this large size antenna geometry.
Budget for the project:
Workstation:
FEKO EM Simulation Software:
Anechoic chamber with measurement:
1.00 Lakhs
10.00 Lakhs
9.00 Lakhs
Total
20.00 Lakhs
xxx
R&D Project-2
Title of the Project: Studies on Co-operative Communication in Wireless Sensor
Networks
Objective of our study:
(i)
(ii)
(iii)
(iv)
(v)
Studies on performance improvement of wireless sensor networks by employing co-operative
transmissions at physical layer.
Investigations on choice of suitable relay algorithms/ strategies under several conditions of
physical channel and sensor network architecture.
Development of analytical models for performance evaluation.
Development of algorithms and simulation models.
Feasibility study of applying the co-operative diversity protocol for sensor network in various
scenarios.
Proposed Plan of Work: (Duration 03 years)
(i)
(ii)
(iii)
(iv)
To study the various relay protocols and their applicability in a wireless sensor environment
from energy efficient point of view under various conditions of physical layer channel.
Development of appropriate analytical models for the performance evaluation of relay
protocols in sensor networks considering several network topology and physical channel
scenario.
Performance comparison of several relay algorithms in sensor networks under different
physical channel scenario.
Studying the interactions of MAC protocols with relay strategies and formulating a cross layer
approach for overall performance improvement in terms of enhancing the lifetime of the
networks and link reliability.
Year wise Plan 1st year : item(i) & (ii) , 2nd yr item(ii)& (iii) , 3rd yr item(iii) & (iv)
Infrastructure and Expertise available:
Faculty Members: Dr. S.Kundu, Mr. S.DharRroy and Mr. A. Chandra
Expertise of the above faculties, B.Tech, M.Tech ( Telecomm) , Ph.D students
Journal and Literature related to topic of research
Existing computing platform, MATLAB software
Infrastructure available:
Equipment / Software to be procured:
1. High end Computing platform along with accessories ( 2 nos.)
2. Wireless Sensor Network simulator using LABVIEW:
Cost : 2.0 Lakh
Cost 8 .0 Lakh
Total :
Rs.10.00 Lakhs
xxxi
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
Equipments/
Software proposed
IE3D Software
Advanced
Antenna and
Microwave Lab.
Advanced
Communication
Laboratory
M.Tech (Telecom)
M.Tech (Telecom)
Antenna and Microwave
circuit fabrication
machine
Electronics and
Communication
Engineering
VLSI Laboratory
Wireless LAN Kit;
802.11/15/20
2.00
Cognitive Radio Trainer
Kit
2.00
Wimax/ 3GPP LTE
Trainer Kit
2.00
MIMO Design Bench
2.00
Agilent 4284A/4285A
precision LCR meter for
C-V measurement of
MOS device.
Workstation
FEKO EM Simulation
Software
0.50
10.00
40.00
1.00
10.00
PG/PhD
Anechoic chamber with
measurement facility
R&D Project-2
15.00
1.50
Total (PG Lab/ PhD)
R&D Project-1
5.00
Microwave Laminate
Noise Generator
M.Tech
(Microelectronics
and VLSI)
Estimated
cost (Rs. in
Lakhs)
9.00
High end Computing
platform along with
accessories
( 2 nos.)
2.00
Wireless Sensor Network
simulator using
LABVIEW:
8.00
Total (R&D)
30.00
PG/PhD
xxxii
Department of Information Technology
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M. Tech in Information Security
Department
Laboratory
Equipments/
Software proposed
One RISC based server
with array of processors
supporting symmetric
multi-processing
Information
Technology
Information
Security
Laboratory
Ten Personal computers
with 802.3 and 802.11g
interfaces
Justification (in brief)
To install services required for providing
complete security related services such as FireWalls, IDS, Certificate Services, Certificate
verification, Kerberos, TLS and access control.
The server will Run Enterprise level Linux and
services will be installed using open source
tools. A middleware based distributed
environment will be set up in the Lab. To
provide complete transparency. Performances
of cryptographic algorithms will also be used
in the server. Multi-threaded simulations will
also be run over it to test the performance of
network security protocols.
Currently the lab. Houses only 12 PCs but the
number of students for the course has
increased to 23. We need 10 more PCs to
support the increased strength.
32 port Routing switch
having IPSec capability
The existing switch is having only 16 ports so
it is to be replaced to support more number of
hosts.
Furniture
For housing the server, new PCs and
router/switch.
xxxiii
2. R&D Projects
R&D Project – 1
Title of the project: Distributed Multimedia System Design.
Objective:
To design a distributed system prototype that provides virtual collaborative environment for accomplishing
multimedia based group task such as virtual class room, remote meeting, and telemedicine. The system will
offer complete location transparency even for mobile users.
Proposed plan of activities:
Sl.
No.
1.
2.
3.
4.
5.
Item
1st Six Months
Next Six Months
Next Six Months
Next Six Months
Review of existing
research work.
Requirement Analysis
System Design
System
Implementation
Testing and
Validation
Infrastructure & expertise available:
i) Institute network consists of a number of QoS enabled L3 switches that can be configured for required
QoS differentiates for media. The backbone support 1 GBPS connectivity.
ii) Full access to IEEE/ ACM standards and journals. Access to all important journals in the area including
Science Direct.
iii)Two faculty members are working in the group communication and multimedia QoS system. Faculty
members of CSE and IT department are having significant contribution in the related area of
Networking.
xxxiv
Equipment/software to be procured:
Sl
No.
Name of
Equip.
1.
Computer
2.
Tablet PC
3.
Laser Printer
4.
Router/Switch
6.
Pen Tablet
7.
Headset
5.
Webcam
6.
7.
Total
Price
(Rs. in
lakhs)
Quantity
Unit Price
(Rs.)
To support high performance multimedia stream
processing having wireless interface.
05
60,000/-
3.00
To support high performance multimedia stream
processing in the hand held devices.
03
108,000/-
3.24
For taking print out of the research documents and ebooks in duplex and networking mode.
01
35,000/-
0.35
02
12,500/-
0.25
07
5,000/-
0.35
07
5,000/-
0.35
For the purpose of capturing real time video.
07
5,000/-
0.35
Table
For placing PCs, switches etc.
08
4,000/-
0.32
Books
Required for studying.
---
---
0.29
Justification
High speed dedicated Router/Switches are required for
allowing repeated configuration and experimentation
without disturbing the existing intranet.
Pen Tablet offers user the flexibility to write, draw,
design, and interact with the Graphical User Interface.
To send and receive the audio signal from user to the
system.
Total Price:
Budget for the project:
Rs. 8.50 lakhs
8.50
xxxv
R&D Project – 2
Title of the project: Efficient protocol and algorithms for optical burst switched
(OBS) network.
Objective:
Optical burst switched (OBS) network has emerged as a potential technology for implementation of all
optical Internet in near future. Though intensive research in this area is already in progress yet a deployable
solution in terms of optimal resource utilization is not available. We propose to develop an integrated burst
assembly, burst scheduling and burst routing schemes that will work in synchronism to deliver better
resource utilization at lower burst loss rate. Some works in this area are already in progress in this
department and some encouraging results are already available.
Proposed plan of activities:
Sl.
No.
1.
2.
3.
4.
5.
Item
1st Six Months
Next Six Months
Next Six Months
Next Six Months
Review of existing
proposals
Algorithm / protocol
Design
System simulation
Implementation over
WDM switch
Experimentation
Infrastructure & expertise available:
i) Access to journals like IEEE, ACM, OSA, Elsevier and Springer.
ii) Computational facilities available in the Department and Computer centre.iii)Departmental Embedded
System Lab. and SMDP Lab. of ECE Dept.
iii)Expertise of faculty members of the departments of IT, ECE, CSE and Physics.
Equipment/software to be procured:
Sl
No.
Name of
Equip.
1.
Program
mable
WDM
Switch
2.
Routing
Switch
Justification
We need to make changes in the control plane and data
plane functionalities of the whole WDM protocol suite.
Basically header processing facilities are to be incotporated
in some of the WDM channels. Hence the switches are
required to be fully programmable. The prototype
implementation will be done in this switch.
Interconnectivity of OBS switch conventional electronic
switch/router is to be tested and configured. Two switches
will be used to connect the WDM switch with campus
network to test its switching capability and performance.
Budget for the project:
Rs. 10.00 lakhs .
Total
Price
(Rs. in
lakhs)
Quantity
Unit Price
(Rs.)
01
8,00,000/-
8.00
02
100,000/-
2.00
Total Price:
10.00
xxxvi
R&D Project – 3
Title of the project: Design and implementation of Context-aware P2P based Service
Oriented System for pervasive environment.
Objective:
Service Oriented Computing has gained overwhelming popularity in enterprise computing paradigm.
However, its dependence on client/server based technology leads to poor performance in a pervasive
environment. A context-aware P2P based architecture has been proposed to overcome these difficulties. In
this project, we want to implement our proposed system in various types of devices including laptops,
sensors, mobile phones and tablet PCs and test the performance of the overall system.
Proposed plan of activities:
Sl.
No.
1st Six Months
Item
3.
4.
Review of existing
work
Algorithm / protocol
Design
System simulation
Implementation
5.
Experimentation
6.
Documentation
1.
2.
Next Six Months
Next Six Months
Next Six Months
Infrastructure & expertise available:
i)Access to journals like IEEE, ACM, OSA, Elsevier and Springer.
ii)Computational facilities available in the Department and Computer centre.
iii)Departmental Embedded System Lab. and SMDP Lab. of ECE Dept.
iv)Expertise of faculty members of the departments of IT, ECE, CSE.
Equipment/software to be procured:
Sl
No
1.
2.
3.
4.
Name of
Equip.
Justification
Embedded
System
Design Kits
Sensor
Development
Kits
Wireless
Routers with
MIMO
accessibility
LEDA
Development
Tool
For programming handheld devices such as
mobile phones, we need the kits. Two parallel
work benches are required.
With sensors, we need to add up communication
modules and middleware software module. A
sensor specific development kit is necessary.
To work in high throughput wireless pervasive
environment environment Multi Input/Output
(MIMO) based routers are desirable. This is
going to be a common scenario in near future.
A useful library supporting embedded and agent
oriented development with cross compilation
facility. Very useful for our purpose.
Budget for the project:
Rs. 5.50 lakhs.
Qty
Unit Price
(Rs.)
Total Price
(Rs. in lakhs)
02
1,00,000/-
2.00
01
1,00,000/-
1.00
01
1,00,000/-
1.00
01
1,50,000/-
1.50
Total Price:
5.50
xxxvii
R&D Project – 4
Title of the project: Protein Structure Prediction using Multi-objective Evolutionary
Algorithm.
Objective:
Protein structure prediction is one of the most challenging problems in bio-Informatics research. It consists
of different types of conflicting objective functions. To optimize these objective functions, we propose to
use MOEA and finally we predict the protein structure.
Proposed plan of activities:
Sl.
No.
Item
3.
4.
Review of existing
work
Algorithm / protocol
Design
System simulation
Implementation
5.
Experimentation
6.
Documentation
1.
2.
1st Six Months
Next Six Months
Next Six Months
Next Six Months
Infrastructure & expertise available:
i)
Access to journals like IEEE, ACM, OSA, Elsevier and Springer.
ii)
Computational facilities available in the Department and Computer centre.
iii)
Expertise of faculty members of the departments of IT, BT, CSE and Mathematics.
iv)
Access to protein Data Bank and other FOSS tools.
v)
MATLAB Core is already available in the Department.
vi)
Equipment/software to be procured:
Sl
No
.
Name of Equip.
1.
Mathematica for using
MathCAD
2.
Books and LR
3.
MATLAB Tool Boxes
for GA, MOGA, BioInformatics, FL, ANN
Budget for the project:
Rs. 6.00 lakhs.
Justification
For Protein structure modeling and
visualization using MathCAD available
with Mathematica.
For reference regarding foundation and
visualization of molecular biological
structures. Especially LRs, having thorough
animation and graphics are useful.
For applying soft and evolutionary
computing techniques. Note that MATLAB
core is already available in the Department.
Quantity
Unit
Price
(Rs.)
Total Price
(Rs. in
lakhs)
01
3,00,000/-
3.00
---
---
0.50
01
2,50,000/-
2.50
Total Price:
6.00
xxxviii
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
Equipments/
Software proposed
PG Lab
M.Tech ( Information
Security)
RISC Based Server, PCs,
Switch, Furniture
Computer,Tablet PC
Laser Printer,
Router/Switch,Pen
Tablet, Headset
Webcam,Table &
Books
Programmable WDM
Switch, Routing Switch
Embedded System
Design Kits,
Sensor Development
Kits, Wireless Routers
with MIMO
accessibility,
LEDA Development
Tool
Mathematica for using
MathCAD,
Books and LR ,
MATLAB Tool Boxes
for GA, MOGA, BioInformatics, FL, ANN.
Total:
Proposal –I
Proposal –II
Information
Technology
R & D Project
Proposal –III
Proposal –IV
Estimated
cost (Rs. in
lakhs)
20.00
8.50
10.00
5.50
6.00
50.00
xxxix
Department of Mechanical Engineering
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: Design & Production Engineering
Department
Mechanical
Engineering
Laboratory
Machine
Dynamics &
Control
Equipments/
Software proposed
Precision Modular Servo Control
Work Shop
Dynamic Balancing Machine
Auxiliary Equipments
(Gyroscope, Coriolis component
of acceleration setup, Setup for:
universal vibration, cam
analysis, whirling of shaft,
Demonstration board model,
Beam vibration analysis)
Labview Professional Software
& accessories (including Control
& Simulation, Sound & vibration
measurement suite, PID & fuzzy
logic suite)
Multi channel FFT Analyzer
with (a) Transducers, (b) Pickups, (c) Micro-phones, (d)
Impact Hammer, (e)
Accelerometer
Justification (in brief)
The proposed laboratory is concerned with the
analysis, design and synthesis of mechanical
systems for reducing noise, shock and vibration;
development of inter-relationships between
dynamic forces and motions in rigid or elastic
machine elements; and system diagnostics. Since
most mechanical systems exhibit significant nonlinearities associated with clearance, finite
amplitudes, etc., nonlinear dynamic studies are
also emphasized in this proposal.
This laboratory will be of great help for the postgraduate students to understand the basic
dynamic behaviour of the machine elements and
they can carry out their thesis work. Moreover,
planning is made in such a way that the advance
research work can be possible. Scope for
consultancy work in the field of machine
dynamics, vibrations and fault diagnosis is also
present in this proposal.
Focus of the proposal:
 Machine dynamics and vibrations
 Non-linear dynamics & control
xl
2. R&D Project
Title of the project: Characterization & Visualization of Flow Through Air Intake
Diffusing Passage.
Objective:
To understand the internal flow phenomena and to generate experimental data for numerical validation.
Proposed plan of activities:
The flow visualization will be immensely helpful to generate authentic data for numerical simulation and
parametric study.
Infrastructure & expertise available:
For the said experiment, wind tunnel facilities are available. The wind tunnel to be modified slightly just to
capture the experimental data. A flow sensor and a temperature sensor to be installed. One PIV with two
photo vision camera to be procured for flow visualization data capturing
Equipment/software to be procured:
(a) PIV with relevant software
(b) Data Acquisition Software
Budget for the project:
(a) PIV with relevant software -- 28.50 lakhs (approx.)
(b) Data Acquisition Software -- 0.80 lakhs (approx.)
Total : 29.30 lakhs
xli
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
PG (M. Tech. in
Design & Production
Engineering)
Department of
Mechanical
Engineering
Modernization of
Machine
Dynamics &
Control
PG & PhD
R&D Project
R&D Project
Equipments/
Software proposed
No.
1:
Precision
Modular Servo Control
Work Shop
Sub Total
No.
2:
Labview
Professional Software
&
accessories
(including Control &
Simulation, Sound &
vibration measurement
suite, PID & fuzzy
logic suite)
Sub Total
Total for PG
No. 6: 3D PIV with
data acquisition system
Grand Total
Estimated
cost (Rupees
in lakhs)
8.60
8.60
12.00
12.00
20.60
29.30
49.90
xlii
Department of Metallurgical and Materials Engineering
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: Industrial / Materials Engineering
Department
Metallurgical and
Materials
Engineering
Laboratory
Equipments/
Software proposed
Justification (in brief)
Materials
Engineering
Laboratory
Brookfield Viscometer
Micro Hardness Testers
Particle Size Analyser
RETSCH High Energy Rate
Planetary Ball Mill
High
Temperature
Inert
Atmosphere Sintering Furnace
Ultrasonic Vibration Machine
Compaction Press
Surface Roughness Measurement
– Form Talysmf 50 (Taylor
Hobson)
Thermal Conductivity Measuring
Equipment
Solid cast solidification simulation
software- Solidcast & flowcast
Computer aided data acquisition
system-NI-SCXI 1000
To set-up new PG Laboratory due to
modification of curriculum.
xliii
2. R&D Project
Title of the project: Evaluation of the adhesive and corrosive wear characteristics of
structure modified high strength aluminium alloys.
Objective:
Light weight high strength aluminium alloys (e.g. Al-Fe-V-Si, Al Cu-X, Al-Si-X alloy etc.) are
increasingly replacing ferrous materials in engineering applications. The present project aims at modifying
the microstructure of high strength Al alloys and assessing their mechanical properties
vis-à-vis their corrosion and wear resistance characteristics.
Plan of activities:
(a) Alloy Preparation.
(b) Microstructural characterisation before and after modification by chemical treatment and /or heat
treatment.
(c) Wear and corrosion resistance studies.
Infrastructure available:
(a) Melting furnace.
(b) Metallography and heat treatment facility.
(c) SEM, XRD, Adhesive wear and corrosion testing facility.
Equipment requested:
(a) Microhardness Tester
(b) Image analysis software for grain size determination, Inclusion rating and quantitative phase
analysis.
Budget:
Rs. 15.00 Lakhs.
xliv
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
Equipments/
Software proposed
Estimated
cost (Rs. in
lakhs)
MME
Materials
Engineering
Laboratory
R & D Project
PG Programme on
Insudstrial/ Materials
Engg.
Industrial Metallurgy
Equipments and
Software
35.00
Equipments
15.00
xlv
Department of Biotechnology
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M.Tech. in Biotechnology
Department
Laboratory
Environmental
Biotechnology;
Bioprocess
Engineering;
Modern
Bioseperation;
Food
Biotechnology
Equipments/
Software
proposed
Spectrophotometer
(VIS/UV)
Rotating Disc
Filtration unit
Homogenizer
Ultrafiltration unit
Air compressor
with suction pump
Moisture analyzer
Bioinformatics
Softwares; LCD
projector
Required for
development of
laboratories for
molecular biology
and
immunotechnology
DNA/protein gel
electrophoresis
units; semi-dry
transfer apparatus;
power packs
Pipettes (3 sets)
Thermal Cycler
(PCR machine)
Milli Q water
(integral)
purification
system
Inverted
microscope
Biotechnology
Justification (in brief)
Required for running bioprocess
engineering and food biotechnology
laboratory experiments.
Required for running bioseperation
laboratory experiments
Required for running food technology
laboratory experiments
Modernisation of bioinformatics
facilities, requirement for running
M.Tech. lab.
Required for carrying out routine basic
molecular biology practicals.
Required for experiments to be carried
out in animal cell culture.
xlvi
2. R&D Projects
R&D Project – 1
Title of the project: Identification and characterization of macromolecules of
biotechnological importance
Objective:
Macromolecules of biotechnological applications will be isolated from various species and molecular and
functional characterization will be carried out.
Proposed plan of activities:
It’s a collaborative intra-departmental effort for identification and characterization of different
biomolecules of biotechnological values from various sources using molecular biologyl, cell biology, and
advanced genomics approaches. Work carried out in this project will lead to publication in highly reputed
international journals. Additionally, methods and products developed in this project will be patented.
Infrastructure & expertise available:
Equipments:
i.
ii.
iii.
iv.
v.
vi.
vii.
viii.
ix.
x.
xi.
xii.
xiii.
xiv.
xv.
xvi.
Transilluminator (UVP)
-20 Deep Freezer System (Elanpro)
Digital Control Water bath (Lauda)
Fluorescent Microscope
Stereo Microscope
Binocular microscope
UV-Spectrophotometer
Refrigerated Megacentrifuge (Eppendorf)
Shaking Incubator (Innova & MRC)
Laminar hood (Esco etc.)
BOD incubator Shaker (Digitech & REMI)
CO2 incubator (Nuaire)
Elisa Reader (Thermo Electr)
Rotary Vacuum Evaporator Unit (Yamato)
Sonicator (Sartorious)
Lyophilizer (Delta)
Infrastructural facilities available:
a. Standby Power supply
b. Computational facilities
c. Library facilities
d. Telecommunication/Internet
e. Plant growth room for Arabidopsis
f. Experimental garden
The faculty members are trained in their respective domains of biotechnology research such as plant
biotechnology, animal biotechnology, cell biology, molecular biology, immunotechnology, bacteriology
etc.
Equipment/software to be procured:
Scintilatioin counter, Gel documentation system, floor model centrifuge, ice flake machine, cold room,
dark room, tissue culture laboratory (plant and animal).
Budget for the project:
Please see section 3 for details.
xlvii
R&D Project – 2
Title of the project: Optimization of extraction processes of polyphenolic
antioxidants from various plant based sources
Objective:
1. Selection of the plant based source for extraction of polyphenolic antioxidant.
2. Study of different extraction procedure for optimization of extraction process
3. Comparison of the extraction techniques for optimum yield.
4. Kinetic studies.
Proposed plan of activities:
1. Screening of different locally available plant based raw materials for selection of a suitable source for
extraction of polyphenolic antioxidant.
2. Study of ultrasound assisted solvent extraction process. Optimization of process parameters like
temperature, solid liquid ratio, solvent concentration and sonication time using response surface
methodology.
3. Study of microwave assisted solvent extraction process. Optimization of process parameters like power
input, solid liquid ratio, solvent concentration and extraction time using response surface methodology.
4. Study of enzyme assisted solvent extraction process. Optimization of process parameters like enzyme
concentration, solid liquid ratio, solvent concentration and extraction time using response surface
methodology.
5. The extraction techniques will be compared for highest yield.
6. Study of extraction kinetics using optimal extraction technique.
Infrastructure & expertise available:
BOD incubator cum shaker, lyophillizer, UV-VIS spectrophotometer, HPLC, microwave oven.
Equipment/software to be procured:
Lab sonicator (probe type).
Budget for the project:
Please see section 3 for details.
xlviii
R&D Project – 3
Title of the project: Optimization of extraction process of xanthones from different
plant sources.
Objective:
1. To determine the xanthones content in various sources like mango leaves, silkcotton tree leaves, tea
leaves, coffee leaves.
2. To compare the xanthones yield by different extraction method.
3. To optimize the process parameters to minimize the energy cost of the extraction process.
4. To determine the xanthone content under optimized parameters and extraction methods with agricultural
waste.
5. To evaluate the antioxidant activities of selected extract.
Proposed plan of activities:
1. (a) To study the effect of various organic and aqueous solvents with different polarities on the
extraction yield and content of xanthones.
(b) To study the effect of mass-solvent ration on extraction efficiency.
2. To compare the xanthone yield by different extraction method – (a) soxhlet extraction (b) ultrasonic
assisted (c) microwave assisted extraction.
3. To optimize the process parameters (extraction time, extraction temperature, frequency and power and
particle size), to minimize the energy cost of the extraction process.
4. To determine the xanthone content under optimized parameters and extraction
methods with
agricultural waste such as mango peels.
5. To evaluate the antioxidant activities of selected extract by the scavenging effect on 1,1-diphenyl-2picrylhydrazyl (DPPH) radical.
Infrastructure & expertise available:
Rotary vacuum evaporator, Soxhlet Apparatus, HPLC, UV-VIS Spectrophotometer, BOD incubator shaker,
microwave oven
Equipment to be procured:
Probe sonicator.
Budget for the project:
Please see section 3 for details.
xlix
R&D Project – 4
Title of the project: Comparative study on removals of heavy metals from
Industrial wastewater using microorganism and agricultural
waste materials.
Objective:







Efficient, low cost methods of heavy metals removal from Industrial wastewater using different
microorganism and different agricultural waste materials.
Study of different parameters that affect the removal of metals like pH, agitation, adsorbent dose,
initial metal concentration, contact time etc.
Study on the kinetics and thermodynamics of the adsorption process.
Prediction of the mechanism of adsorption through the kinetic and thermodynamic studies.
Regeneration of the metals from the adsorbed biomass to recover and separate the metals from the
wastewater.
Physical modeling of the adsorption system using various optimization tools like different advanced
statistical analysis procedure and validation of the models.
Comparative study on the efficiency of the different biosorbent for removal of the metals from the
wastewater.
Proposed plan of activities:









Isolation of microorganism from diverse area of locality of selected natural spot
Purification of the microbes by dilution streaking method.
Optimization of the growth media.
Identification and characterization of the isolates by microscopic methods and cataloguing of the
isolated microbes.
Preservation of the isolates
Analysis of the biosorption capacity of these microorganism(Isolate and procure) and agricultural
waste materials for the reduction of heavy metals
Optimization of process parameters for efficient reduction of heavy metals using statistical,
Response surface methodology and artificial neural network/genetic algorithm technique.
Kinetic, adsorption isotherm and thermodynamics study of the biosorption properties to study the
mechanism of the biosorption properties.
Applications of the biomass to continuous flow experiment (pack bed and fluidized bed system).
Infrastructure & expertise available: Incubator Shaker, Peristaltic pump, centrifuge, chromatography
column, COD digester, Portable Turbidity meter, Stirrer, autoclave, hot air oven, HPLC, refrigerator,
Equipment/software to be procured: Spectrophotometer for metal analysis, Air compressor with suction
pump
Budget for the project:
Please see section 3 for details.
l
R&D Project – 5
Title of the project: Assessment of culturable and non-culturable microbial
community in petroleum hydrocarbon contaminated sludge for
their potential application in bioremediation.
Objectives:
(1) Culture-dependent and culture-independent molecular analysis of microbial community structure in
petroleum hydrocarbon containing sludge.
(2) Assessment of microbial catabolic potentials for the bioremediation of selected petroleum
hydrocarbons.
Proposed plan of activities:
First year - Culture-dependent and culture-independent molecular analysis of microbial community
structure in petroleum hydrocarbon containing sludge. Total metagenome will be extracted from
hydrocarbon containing sludge. Community structure will be determined through 16S rRNA gene sequence
analysis.
Second year – Culturable microbial community will be characterized through molecular techniques and
bioremediation relevant microorganisms will be identified.
Third year – Microbial catabolic potentials will be assessed for the bioremediation of selected petroleum
hydrocarbons. Performance assessment will be done using microcosm based studies.
Infrastructure and expertise available:
Manpower, Laboratories having necessary equipments like laminar flow, BOD incubator shaker,
Centrifuges, HPLC, Gel Electrophoresis set, autoclave, temp. controlled water bath, -20 0C freezer,
refrigerator, electronic balances, pH meters, etc, which may be used for the execution of the project.
Equipment/software to be procured:
-86 0C deep freezer for cryo preservation of environmental isolates, clones, DNA, RNA, primers, and
probes.
Thermal cycler for DNA amplification for cloning and sequencing.
Budget for the project:
Please see section 3 for details.
li
3. Estimated costs for equipments/ software
Department
Biotechnology
Department
Biotechnology
Laboratory /
R&D project
P.G. Laboratory:
Laboratory /
R&D project
R&D project
Name of the
program (PG/PhD)
M. Tech. in
Biotechnology
Name of the
program
(PG/PhD)
Research
Equipments/
Software proposed
Spectrophotometer
(VIS/UV)
Rotating Disc Filtration
unit
Homogenizer
Ultrafiltration unit
Air compressor with
suction pump
Moisture analyzer
Softwares;
LCD
projector
DNA/protein
gel
electrophoresis
units;
semi-dry
transfer
apparatus; power packs
Pipettes (3 sets)
Thermal Cycler (PCR
machine)
Milli Q water (integral)
purification system
Inverted microscope
TOTAL
Equipments/
Software proposed
- 86 degree freezer
Scintillation Counter
Gel Documentation System
Floor Model Centrifuge
Sonicator
Spectrophotometer for metal ion
analysis
Ice Flake machine
Cold room & Dark room facilities
Tissue culture lab facilities (plant &
animal)
TOTAL
Estimated
cost
(Rs. in lakhs)
2.0
1.30
1.10
0.70
0.20
0.80
3.50
2.00
0.50
2.40
4.00
1.50
20.00
Estimated
cost
(Rs. In lakhs)
3.50
3.00
4.00
4.00
2.00
3.00
3.00
3.00
4.50
30.00
lii
Computer Centre
1. Modernization of PG Laboratories/ Setting up new laboratory
Department
Laboratory
Equipments/
Software proposed
110 number Personal
Computers
6 number 10KVA
online UPS
Heavy Duty color
printer
Computer
Centre
Computer
Labs
2,3,4,5,6,7
A4 scanner 4 numbers
Wireless projectors 2
numbers with screen.
Servers
Autocad, Borland C++,
MatLab, Fluent, Aspen,
Catia.
Justification (in brief)
The present computers are 5 year old, and
latest software will not work.
The individual UPS requires individual
attention and maintenance. Each lab could be
connected with a UPS so that maintenance will
be easier. The students require color prints for
their project works.
A4 scanners are required for each lab to scan
documents for student academic work.
Projectors are required for handling lab classes
and teaching software usage.
The domain will log usage of the computers,
printers, etc. The latest software requires new
servers, the present blade server is 5 years old.
These software are used by our students and
requires upgradation to the latest version.
3. Estimated costs for equipments/ software
Department
Computer
Centre
Laboratory /
R&D project
Laboratory
Name of the
program (PG/PhD)
All courses
Equipments/
Software proposed
110 number Personal
Computers
6 number 10KVA online
UPS
Heavy Duty color printer
A4 scanner 4 numbers
Wireless projectors 2
numbers with screen.
Servers
AUTOCAD, Borland
C++, MatLab, Fluent,
Aspen, Catia.
Total:
Estimated
cost (Rs. in
Lakhs)
37.00
10.00
3.00
0.20
1.00
5.00
15.35
71.35
liii
Department of Chemistry
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M. Tech. in “Corrosion Science and Technology”
Department
Laboratory
Equipments/
Software proposed
1. Ultrapure water
system
Justification (in brief)
1. Ultrapure water system is essential to
prepare all the reagents and experimental
solution.
2. Metal Abrasive cutter
3. Polishing wheel
2-4. Abrasive cutter, polishing wheel and belt
grinder are required for metal sample
preparation for corrosion testing purpose.
4. Belt grinder
Chemistry
Corrosion
testing and
monitoring
laboratory
5. Constant temp. water
circulator
6. Melting point
detector
7. Vacuum oven
8. pH-meter
9. Conductivity meter
10. Flat cell
5. Constant temperature water circulator is
required to study corrosion rate process at
different temperatures.
6-7. Melting point detector and vacuum oven
are
required
for
preparation
and
characterization of corrosion inhibitors.
8-9. pH meter and conductivity meter are
required for characterization of the corroding
solutions.
10. Flat cell is required to measure the rate of
electrochemical corrosion process.
liv
2. R&D projects
R&D Project -1
Title of the project: Design of CML – Cancer inhibitor from the Modeling and
Docking Studies of IMPDH (Inosine Monophosphate
Dehydrogenase)
Objective:
The objective of the work is to study the ligand – CML Cancer induced protein (IMPDH) interaction at
molecular level and to design the potent ligand / inhibitors for IMPDH –II isoform.
Proposed plan of activities:
The plan of activities involve different steps :
i)
Modeling the enzyme
ii)
MD-simulation of enzyme
iii)
Docking studies of different ligands in the catalytic / or other binding pocket / potential sites
of enzyme ( in presence / absence of water molecules )
iv)
MD-simulation of Enzyme – Inhibitor complexes and detail analysis of their interaction /
geometric and electronic consequences in the docked complexes.
v)
Design of inhibitor and its thorough analysis
Infrastructure & expertise available:
Our Lab is working on CML cancer inhibitor design and Protein Dynamics. Few students are working on
this area. PI has expertised on protein –structure dynamics including Docking / Inhibitor Design.
Equipment/software to be procured:
1. Software : GOLD Suite package
(From Cambridge Crystallographic Data Centre, 12 Union Road, Cambridge , U.K.)
2. Biochemistry Molecular Model: Maruzen Biochemistry Model
( 5001/ Protein Nucleic Acid Set “ set of 2 numbers )
Budget for the project:
1. Software : GOLD Suite package Rs. 1.00 lakh
2. Maruzen Model
Rs. 1.00 lakh
Total :
Rs. 2.00 lakhs
lv
R&D Project –2
Title of the project : Magnetic Susceptibility Measurement on Transition metal
Complexes
Objective:
The main objective of this research work is to synthesize the transition metal complexes with ligands
having the neutral N and/or thioether S donor centers and their characterization by various spectroscopic
methods including X-ray structures. The metal complexes with labile ligands such as chloride will provide
an opportunity to bridge another metal center to it. The magnetic study of such bridged complexes is
important to find out the possibility of antiferromagnetic and ferromagnetic coupling of the unpaired
electrons on the metal centers. The metal ions such as Ni, Fe and Cu will be studied for this purpose.
As a bridging group the O2-, OH-, Cl-, N3-, SCN- and so on can be utilized depending on the feasibility of
the reaction and nature of the organic ligand that binds to the metal centers. For preliminary understanding
of the number of unpaired electron present in the sample, the magnetic susceptibility measurement will be
very much helpful.
We have used before an instrument, namely Magnetic Susceptibility Balance, where from, one can
determine the magnetic moment at room temperature of a metal complex having different number of
unpaired electrons in the metal ‘d’ or ‘f’ orbital specifically. This is small instrument, not require much
space or extra precaution to maintain properly.
Furthermore, we have a FTIR instrument in our Department, procured from Plan Grant. For proper
maintaining a moisture free environment for this instrument, we need to install a dehumidifier. This
instrument need a moisture free condition as it has a potassium bromide (KBr) detector which might get
melt or become opaque in presence of moisture.
Sherwood Scientific Magnetic Balance cost is ~ Rs. 4.00 lakhs and a dehumidifier cost is ~Rs.1.50 lakhs.
So the total cost is Rs.5.50 lakhs.
lvi
R&D Project -3
Title of the project: Synthesis and Application of Advanced Nano-materials for the
Reduction of Environmental Contaminants through Surface
Modification
Objective:
The main objective of my proposed work is to Synthesized and modify the advanced nano materials
(nZVI) for effective reduction of the environmental contaminants (organic and inorganic contaminants
from ground- water).
Proposed plan of activities:
To achieve the desire objective of my proposed work, the following work plans will be adopted:
- Synthesis of nanoparticles using liquid phase reduction in case of zero valent Iron.
-
Characterisation of the synthesised nano particles using Scanning electron microscope (SEM),
Transmission Electron Microscopy (TEM), X Ray Diffraction (XRD) instrument.
-
Surface modification by doping nano-particles in a suitable biopolymer (e.g calcium alginate bead).
-
Applications of the modified nanoparticles for the removal of organic and inorganic contaminants from
ground- water.
-
Data compilation and interpretation.
-
Statistical and analytical interpretation of obtained data.
-
Application of modified nanomaterials to field samples for pollution reduction
Infrastructure & expertise available:
(a) Infrastructure: Working lab, Basic instruments, Chemical and glass goods are available.
(b) Expertise: The applicant carried out extensive research works in water and wastewater treatment
under various capacities (M.Tech., Ph.D. programmes) in IIT, Bombay since 1995. The applicant
produced 3 numbers of Ph.D. students and published more than 16 research papers in the national
and international journals. Presently six number of Ph.D students and two M.Tech students are
working under my supervision.
Equipment/software to be procured:
Gas cylinder, Turbidity meter, Electrodes and Peristaltic pump.
Budget for the project:
Sl. No.
Name of Instrument/Equipment/Accessories
Price in (Rs. in lakhs)
1
Nitrogen cylinder with regulator
0.75
2
Turbidity Meter including standard
1.00
-
-
-
-
3
Electrodes (CN , SO4 , NO3 , Cl ) for existing Ion Meter
1.00
4
Peristaltic pump with tubings of different diameter.
1.25
Total
4.00
lvii
R&D Project –4
Title of the Project: Isolation, Characterization and Chemical modification of
Polysaccharides from Natural Sources and Study towards their
Industrial and Medicinal Implications
Objective:
The broad objective of this project is to develop new antiviral compounds from the Indian polysaccharide
containing samples (e.g., algae, fruits, vegetables etc.) and to establish their structure-function relationship.
The above objectives will be achieved by:
 Isolation of fractions having anti-HSV activity,
 Purification of active principles from the active fractions
 Determination of the primary structure of the polysaccharides,
 Degradation of the active polymer fragments using chromatography,
 Determining the structure of the purified fragments by utilizing spectroscopic as well as chemical
methods.
Proposed plan of activities:
Polysaccharides offer interesting pharmacological perspectives for antiviral drug development in regarded
to broad spectrum antiviral properties and novel mode of action. In this study polysaccharide fractions
having in vitro activity against herpes virus isolated from marine algae will be analysed. The crude extracts
will be purified by chromatography. Structural analysis of the pure fractions will be carried out by
chemical, enzymatic, chromatography and spectroscopic methods. For the detection of the structural motif
responsible for the anti-HSV activity, the active polysaccharides will be degraded using chemical and
enzymic methods. Characterization and Purification of the generated fragments will also be carried out.
These purified and chemically characterized polymers of present study, after clinical studies, may represent
potential topical microbicides for preven0ting sexual HSV transmission, a predominant modality of HSV
spreading-both in developed and underdeveloped world.
Infrastructure and expertise available:
The following infrastructural facilities are there in our department of chemistry:
(i)
UV-Vis Spectrophotometer
(ii)
Fourier Transformation Infrared Spectrometer
(iii)
Gas chromatographic analyser etc.
Dr. Utpal Adhikari has published three (3) research articles in journals of international repute in this area
and manuscripts of two other articles are under preparation.
Equipment to be procured:
1. Freez dryer
Rs. 5.50 lakhs
2. Chilling bath (-40 oC)
Rs. 1.50 lakhs
3. Ice-O-Matic ice machines
Rs. 1.00 lakh
4. Freezer (-25 oC)
Rs. 0.40 lakh
-----------------------------------------------------------------------------Budget for the project
Rs. 8.00 lakhs
lviii
R&D Project -5
Title of the project: Kinetics and mechanism of substitution reaction in d8 metal ion
system by bio-molecules.
Objective:
The prime objectives are delineated below:
(a) Synthesis of the platinum and palladium(II) amino dichloro complexes by following standard method
from PdCl2 and k2[PtCl4] as a starting material.
(b) Characterization of the complex by UV-Vis, IR, NMR, Mass spectra and elemental analysis and if
single crystal is obtained then X-ray structure may be determined.
(c) Syntheses of the diaqua complexes are obtained by adding the silver perchlorate into the chloro
complex. The CBDCA complex may be synthesized by adding calculated amount of cyclobutyl-1,1dicarboxilic acid into the aqueous solution of diaqua complex.
(d) Accurately very low concentration (10-4moldm-3) of solution of the complex are prepared,
(e) Syntheses of the Pd(II) complexes (shown in scheme 1).
(f) Reactivity studies of the synthesized complexes
(g) Determination of Pka1 and Pka2 of the complex.
(h) Substitution kinetics study on the complexes by bio-molecules (purchased from Sigma-Aldrich Pvt.
Ltd.)
(i) Rate constant (k2) value determination, calculation of thermodynamical activation parameters and
mechanism proposed.
Proposed plan of activities:
The research plan is as follows
(i) Kinetic and mechanistic studies of Bio-molecular interaction with d8 metal ion systems.
(ii) Equilibrium study of complexes, more emphasis will be given to antitumor drugs like systems.
Infrastructure & expertise available:
The available infrastructure is in our Dept.
(i) UV-Vis Spectrophotometer
(ii) FTIR
(iii) Florimeter etc
Expertise in this research area:- Recent(2009-2010) published papers: 04 (International journal) and
accepted paper: 01 (International journal)
Equipment/software to be procured:
(i)
(ii)
(iii)
(iv)
4 decimal digital electronic balance, (Metler)
Digital pH meter, (Satorious)
Potentiometer
Software/Programme
Total
Budget for the project:
Rs. 0.80 lakhs
Rs. 0.55 lakhs
Rs. 0.75 lakhs
Rs. 0.50 lakhs
Rs. 2.60 lakhs
Rs. 2.60 lakhs
lix
R&D Project -6
Title of the project: Study of Corrosion Inhibition from Quantum Chemical aspect.
Objective:
(a) To study corrosion inhibition efficiency of some organic materials on
physico-chemical properties.
(b) To get correlation between quantum chemical parameters and corrosion
characteristics.
the basis of their
inhibition
Proposed plan of activities:
Our plan is to design some organic molecules which can act as corrosion inhibitor and then quantum
chemically calculate their different physico-chemical parameters.
Infrastructure & expertise available:
We have one workstation and some very fast working PC.
Equipment/software to be procured:
Gaussian’09 and gaussView5 software(combined package -2 users).
Budget for the project: Rs.2.00 lakhs.
lx
R&D Project -7
Title of the project: Synthesis and characterization of transparent conducting
coating.
Objective:
Transparent conducting coating is very important on modern display system. Coating on glass with
desirable thickness, genuine homogeneity is very important. The chemical composition is very finely
modulated by soft chemistry like sol gel technology, micelle-reverse micelle method. The easiest method of
coating is deep coating. In addition to the chemical composition, the coating thickness depend on dipping
time and withdrawal rate of the substrate. Manually it is very difficult to control these two parameters. In
dip coating machine it is very easily and finely controlled. So, at the begging it is a primary need to install a
dip coating unit to carry out the research.
Infrastructure & expertise available:
In our department we have a M.Tech. course on corrosion science and technology. Here different types of
protective coating are used in corrosion protection study. Now students do it by manually, it will be very
useful to them if we can use a dip coating unit.
Equipment/software to be procured:
Dip Coating Unit: Rs. 2.75 lakhs.
lxi
3. Estimated costs for equipments/ software
Department
Chemistry
Department
Laboratory /
R&D project
Name of the
program (PG/PhD)
P.G. Laboratory:
Corrosion testing
and monitoring
laboratory
Laboratory /
R&D project
M. Tech. in
“Corrosion Sc. And
Tech.”
Name of the
program
(PG/PhD)
R. D. Project -1
Ph. D.
R. D. Project -2
Ph. D.
R. D. Project -3
Ph. D.
Chemistry
R. D. Project -4
Ph. D.
R. D. Project -5
Ph. D.
R. D. Project -6
Ph. D.
R. D. Project -7
Ph. D.
Equipments/
Software proposed
1. Ultrapure water
system
2. Metal Abrasive cutter
3. Polishing wheel
4. Belt grinder
5. Constant temp. water
circulator
6. Melting point detector
7. Vacuum oven
8. pH-meter
9. Conductivity meter
10. Flat cell
TOTAL
Equipments/
Software proposed
GOLD Suite package
Biochemistry Molecular Model [
5001 / Protein Nucleic Acid Set “ set
of 2 numbers]
Sherwood Scientific Magnetic
Balance
Dehumidifier
Nitrogen cylinder with regulator
Turbidity Meter including standard
Electrodes (CN-, SO4-, NO3-, Cl-) for
existing Ion Meter
Peristaltic pump with tubings of
different diameter.
Freez dryer
Chilling bath (-40 oC)
Ice-O-Matic ice machines
Freezer (-25 oC)
4 decimal digital electronic balance,
(Metler)
Digital pH meter, (Satorious)
Potentiometer
Software/Programme
Gaussian’09 and gaussView5 package
software (2 users)
Estimated
cost
(Rs. in lakhs)
4.60
0.65
0.65
0.40
1.00
0.50
0.50
0.50
0.60
0.65
10.05
Estimated
cost
(Rs. In lakhs)
1.00
1.00
4.00
1.50
0.75
1.00
1.00
1.25
5.50
1.50
1.00
0.40
0.80
0.55
0.75
0.50
2.00
2.75
Dip Coating Unit
Total
27.25
lxii
Department of Geology
Name of the PG programme: Environmental Science & Technology
1. Modernization of PG Laboratories/ Setting up new laboratory
Department
Laboratory
Remote
Sensing & GIS
Equipments/
Software proposed
TNT-MIPS software
Computers and
peripherals
Furniture for computer
Geology
Hydrogeology
Waste Water
Lab
Piezometers, read-out
units and accessories
Ion Meter with
electrodes
Justification (in brief)
Remote sensing and GIS software is required
for PG students with at least 5/6 licenses to run
concurrently.
Augmentation of computer facility in the
department for the PG students.
To carry out field study of ground water
involving slope failure for PG students.
To analyze ion concentration in PG laboratory
lxiii
2. R&D Project
Title of the project: Studies on Adsorptive Removal of Phenol from Waste Water
Using Gondwana Shales from Raniganj Coal Fields.
Objective:
The proposed work aims at finding out natural adsorbent suitable for removal of phenol from its aqueous
solution. Phenol, a priority pollutant, is commonly found in the effluent from different chemical industries
especially from steel industries and coke oven plants. Durgapur – Asansol Industrial Complex, the home of
several steel industries including coke oven plants and thermal power plants, is responsible for phenol
contamination in River Damodar as well as ground water reserves of the area. Therefore, it is mandatory to
treat these industrial effluents properly to remove phenol before it is discharged to environment to keep the
water pollution level low in and across Durgapur – Asansol Industrial complex area. Thus, in the proposed
work Gondwana shale, an abundant natural resource having the characteristics of high porosity and low
permeability, will be used as an adsorbent for the removal of phenol from waste water.
Proposed plan of activities:
v)
vi)
vii)
viii)
ix)
Procurement of equipment and software.
Physico-chemical characterization of Gondwana shale.
Thorough experimentation to study kinetics and equilibrium for removal of phenol using
Gondwana shale in a batch contactor
Mathematical modeling and determination of kinetic parameters using experimental data.
Experimentation to assess the potentiality of Gondwana shale while treating it with industrial
waste water in a continuous contactor.
Infrastructure & expertise available:
1) BOD Incubator
2) UV-VIS Spectrophotometer
3) SEM
Equipment/software to be procured:
3) Gas-Chromatograph with software
Budget for the project: 1) Cost of Gas-Chromatograph with software: Rs. 10 lakh
Total : Rs. 10.0 lakhs
Investigators: Dr. K. Adhikari, Dr. A. Gangopadhyay, Dr. S. Dutta
lxiv
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Laboratory
Name of the
program
(PG/PhD)
PG
Geology
R&D project
Ph. D.
Equipments/
Software proposed
TNT-MIPS software
Computers and
peripherals
Furniture for computer
Piezometers, read-out
units and accessories
Ion Meter with
electrodes
Total
Gas-Chromatograph with
software
Total
Estimated
cost (Rs. in
lakhs)
9.00
2.25
0.20
1.75
1.80
15.00
10.00
10.00
lxv
Department of Mathematics
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M.Tech in “Operations Research”
Department
Laboratory
Modernization
of Existing PG
LAB(LAB I)
Mathematics
New
LAB(LAB II)
Equipments/
Software proposed
Computer(Apple with
MAC)
MATLAB(two
latest
versions
supporting
Windows & Linux)
UPS
10 kva online UPS
supporting more than
30 computers with 30
minutes backup UPS
A/C (1-piece)
Antivirus software
Multi-function Printer
(1-pieces)
Comp. Table & Chair,
Flooring, Curtain with
capacity of 20.
Comp.
high
end
desktop computers-(5
pieces)
A/C (2-pieces)
Multi-function Printer
(1-pieces)
Justification (in brief)
The M.Tech(OR )program presently has an
intake of 23 comprising of both full time (2years) & part-time(3-years) students.
The existing lab setup has 15 computers. The
sessional courses involve OR-Lab,
programming Lab, programming using
MATLAB and statistical Lab. Procurement of
MATLAB software is very essential for the
P.G. students & in future it may be introduced
for the B.Tech level courses also.
To make the students acquainted with
advanced operating systems MAC is needed
essentially for the department.
As there are two batches of M.Tech students in
an academic session only one Lab is not
sufficient in the department. For the 2nd year
M.Tech students who are doing projects and
also presenting papers in conferences one Lab
setup with a minimum of 5-nos of computers
& a printer is very much essential.
lxvi
2. R&D Projects
R&D Project – 1
Title of the project: Modeling and solution of some real life problems using statistical analysis and
optimization techniques.
Objectives:
It is well known that the problems involved in management, economics, industry, communication system,
medical sciences, etc. needs mathematical modeling to get the optimum and accurate solution. Several
modeling techniques are available. Among them graph theoretic approach, operations research, coding,
artificial neural network, genetic algorithm, etc. are widely used .Earlier modeling was based on crisp data
only, but more accurate results can be obtained using fuzzy logic and soft computing techniques .The
objectives of this project are
 Identification of real life problems.

Mathematical modeling using crisp/fuzzy data.

Solution of the problems.

Statistical analysis of the data and result.

Applicability /validity of the solution for industrial use.
Proposed plan of activities:
First phase: Identification of the problems and related literature survey and acquaintance with the
Softwares to be procured.
Second phase: Formulation of the problems, field survey, collection of related data and techniques to be
identified.
Third phase: Analysis of data, solution of the problems and their interpretation.
Infrastructure and expertise available:
Infrastructure Required: Books, journals, software and human resources.
We have a well equipped central library where from high quality books and journals may be procured time
to time .We also have a departmental computer lab which needs to be modernized. Some of the soft wares
to be used are already available in the lab.
The five faculty members who will be working in this project are Dr. (Mrs.)K.Basu, Dr. (Mrs.) S.Sarkar
Mondal, Dr. S.Kar, Dr.A.Pal &Mr.G.Panigrahi.They are working in different fields like operations
research, computational graph theory, fuzzy mathematics, statistical analysis, portfolio selection with value
at risk etc. More than 15 research scholars are also associated with these faculty members. The faculty
members have quite a good no of publications in peer reviewed journals .They are also associated in
collaborative work with other institutions /universities of national and international repute
Equipment/Software to be procured:

2 Printers.

1 High end computer.

PASW Statistics Base 18.0 with additional 5 modules with ten users.
Budget for the project:
Total Budget of the project is 5.20 lakhs .
lxvii
R&D Project – 2
Title of the Project : Study of complex dynamical systems.
Objectives:
1.
2.
To study the convective flow of liquid metals.
To study nonlinear waves in dusty plasma.
Description of problem - I
Thermal convection is observed almost everywhere in the universe : industrial appliances, atmosphere,
ocean, interiors of planets, stars etc. However, to study convection in arbitrary geometry is quite
complicated. Therefore an idealized version of the problem called Rayleigh Bènard Convection (RBC)
has been studied for many years . In RBC a thin layer of fluid is kept between two horizontal conducting
plates and heated underneath. A plethora of interesting phenomenon like instability, pattern, chaos, spatiotemporal chaos, and turbulence are exhibited by RBC which fascinated researchers for many years. The
origin of instabilities, chaos, and turbulence in convection is one of the major research topics of convection.
Moreover, to study the effect of magnetic field on the instabilities and patterns is a very interesting problem
with tremendous industrial applications.
There are some experimental as well as simulation results which report many interesting patterns including
stationary squares, chaotically oscillating squares and hexagons etc. very near to the instability onset of
liquid metal convection. But there is no clear understanding about the origin and bifurcations of these
patterns. In the project we are willing to study the origin of numerous patterns and chaos in liquid metal
convective flow using direct numerical simulation as well as low dimensional modeling. Moreover, we are
also interested to study the effect of magnetic field on these patterns.
Description of problem – II
Dusty plasma is a complex system. It can be defined as a plasma with highly charged and extremely
massive dust grains. It is omnipresent in the universe. Dusty plasma is present in cometary tails, planetary
rings, ionosphere etc. The interstellar space is filled with vast medium of gas and dust. The presence of dust
in solar nebula has been confirmed.
We propose to study different types of wave phenomena in dusty plasma. The study of nonlinear
phenomena has been an active area of research for last several decades. It has helped us to get important
insights about the dynamics of complex systems. Also, nonlinear studies can act as a bridge linking
different disciplines of Physics, Mathematics and other related branches of science.
Proposed plan of activities:
Problem – I : In the first part we will investigate the origin of numerous patterns and chaos in liquid metal
convective flow. The effect of magnetic field on the flow will be considered in the second part.
Problem – II : Investigate nonlinear solitary waves in a multicomponent dusty plasma.
Infrastructure and expertise available:
The study which we propose to undertake in this project involves direct numerical simulation of the
governing partial differential equations using a parallel spectral code based on fast fourier transform (FFT).
The code works effectively on high end multi-core desktops. Presently our department only has some dual
core desktops which is insufficient for this study.
As far as expertise is concerned, we already have a good number of publications in reputed international
journals like Physical Review E, Physics of Plasmas, Europhysics Letters etc. in this field. Moreover, we
have active collaboration with Prof. Krishna Kumar, Department of Physics, Meteorology, IIT Kharagpur
and Prof. Mahendra K. Verma, Department of Physics, IIT Kanpur and Prof. Rajkumar Roychowdhury,
lxviii
Physics and Applied Mathematics Unit, ISI, Kolkata who are recognized as leading experts in India in the
subject.
Equipment/software to be procured :
1.
2.
Two high end desktops with quad-core processor.
MATLAB, MATHEMATICA AND MAPLE softwares.
Budget for the project :
Total budget : Rs. 3.70 lakh.
lxix
R&D Project – 3
Title of the project: Construction of new codes and their supporting designs with
applications.
Objective:
Coding theory, especially algebraic coding theory, deals with the design of error-correcting codes for the
reliable transmission of information across noisy channels. It has found widespread application in areas
running from communication systems, to compact disc players, to data storages technology. In our project
we will try to construct some new codes or develop the restrictions of some well-known codes so as to
improve the performance of the codes and at the same time we will also verify whether they satisfy some
block designs or not.
Proposed plan of activities:
In our proposed project we try to complete in the following three phases:
Phase-I: For the first six months we shall mainly do literature survey. We also try to be acquainted with the
software like GAP and DISCRETA.
Phase-II: In the next six months we will try to formulate specific problems related to Coding Theory and
Design Theory and see its applicability towards real field, also try to solve these and analyze the results.
Phase-III: Lastly we compile the results obtained so far and see the applicability towards respective area or
industry nearby. We also communicate the results in paper form or expository articles in some Journals.
Infrastructure & expertise available:
We, Dr. Lakshmi Kanta Dey, Assistant Professor, NIT, Durgapur, and Mr. Satya Bagchi, Assistant
Professor, NIT, Durgapur, two faculty members are associated with project. The areas of the faculty
members are Algebraic Coding Theory, Finite Field Theory, Design theory, Latin Square, Fixed Point
Theory, Functional Analysis etc. with a good number of publications. Mr. Debashis Ghosh, JRF, Dept. of
Mathematics, NIT, Durgapur is also associated with this project. We are connected with various institutes
and universities in our country for collaborative research of these fields. We have with us laptops,
desktops, a well-equipped Library and some software.
Equipment/software to be procured:
Duplex Printer, two high speed desktop computers and software like DISCRETA, GAP and antivirus.
Budget for the project: Rs.2.20 lakhs
lxx
3. Estimated costs for equipments/ software
Department
Laboratory /
R&D project
Name of the
program (PG/Ph.D)
LAB I
LAB I
LAB I& LABII
Mathematics
LAB II
PG
LABI & LABII
LAB I& II
LAB I &II
Equipments/
Software proposed
Comp. (5 pieces)
Apple with MAC
MATLAB
UPS
Comp. Table & Chair,
Flooring, Curtain
A/C(3 pieces)
Printers(2 pieces)
Antivirus software
Total
Estimated
cost (Rs. in
lakhs)
2.50
1.00
2.50
1.50
1.50
0.90
0.35
0.20
10.45
Multifunctional Laser Printer
R&D Project
(I ,II&III)
Ph.D
(I ,II&III)
0.50
3-pieces
High end desktop computer.
Ph.D
(I &III)
2.00
4-pieces
PASW Statistics Base 18.0
Ph.D
(I)
Ph.D
(II&III)
Ph.D
(II)
Ph.D
(II)
with additional 5 modules for
4.00
ten users.
Softwares : GAP, Maple,
2.10
Discreta, MIKTEX
Intel Xeon Quad-core
processor based workstation.
One A. C
0.30
Total
Grand Total
2.20
11.10
21.55
lxxi
Department of Physics
1. Modernization of PG Laboratories/ Setting up new laboratory
Name of the PG programme: M.Tech in Advanced Materials Science and Technology
Department
Laboratory
Materials
Characterization
Laboratory
Equipments/
Software proposed
GM Counter
M.Tech Laboratory/Sessional
Spectrometer
accessories
Upgrade the existing Spectrometer of the
department ,used in optical characterization of
different materials / M.Tech Laboratory/
Project
Vacuum furnace up to
600C
Magnetic shaker with
freezing system
M. Tech Project: Synthesis of different
advanced materials in nano-form and
composites.
Physics
Materials
Synthesis
Laboratory
Justification (in brief)
lxxii
2. R&D Project
Title of the project: Synthesis and Characterizations of Nanomaterials for various
device Applications.
Objective:
(1) Preparation and characterization of nanocrystalline materials with different functional behaviours.
(2) Design the materials for nonlinear optical device applications.
(3) To find out the suitable composition and spatial distribution of inorganic component within
polymer to obtain large magnetoresistance ratio and enhanced magneto-dielectric behaviour.
(4) Measurement of electrical transport like magnetocapacitance, magnetoconductance, dc
conductivity & ac conductivity, dielectric permittivity and frequency dependent
magnetoconductivity at different temperatures and mechanical behaviour has been also studied.
(5) Interpretation of experimental data to understand new sciences associated in such materials.
(6) The successful implementation of the project will help to achieve a viable growth of indigenous
technology.
Proposed plan of activities:
(1)
(2)
(3)
(4)
(5)
(6)
Procurement of Equipments and setting up the equipments.
Preparation of Materials
Characterization of Materials
Analysis of results
Optimization of the process conditions
Consolidation of work
Infrastructure & expertise available:
A. Equipment and accessories available
a) Scanning Electron Microscope with EDS
b) X-ray Diffraction unit
c) High power Nd: YAG laser
c) UV-VIS spectrometer
d) Pl- spectrofluorimeter
e) Electromagnet (Magnetic field upto 1 Tesla)
f) 61/2 and 81/2 digit digital multimeter
g) Impedance Analyser (upto 2MHz)
h) Liquid Nitrogen Cryostat (upto 77K)
i) Polarsing Microscope
j) Digital Balance
k) Low Temperature Centrifuge
l) Tube Furnace (14500C)
m) Computer
n) Micro Hardness Tester
lxxiii
Equipment/software to be procured:
Sl.No
01
02
03
04
05
Name of equipment
Differential Thermal Analyzer
Laser Energy Meter
Precession Voltage source
Ultrasonic Tip
Ultrasonic Bath with temperature control
Budget for the project:
Sl. No.
Name of equipment
01
Differential Thermal Analyzer
02
03
04
05
Laser Energy Meter
Precession Voltage source
Ultrasonic Tip
Ultrasonic Bath with temperature control
Total
Cost in
Lakhs (Rs)
12.00
3.00
2.00
2.00
1.00
20.00
lxxiv
3. Estimated costs for equipments/ software
Department
Laboratory / R&D
project
Name of the
program (PG/PhD)
Materials
Characterization
Laboratory
PG
Materials Synthesis
Laboratory
PG
Physics
Synthesis and
Characterizations of
Nanomaterials for
various device
Applications
PhD
Equipments/
Software proposed
Spectrometer
accessories
GM Counter
Vacuum furnace up to
600C
Magnetic shaker with
freezing system
Differential Thermal
Analyzer
Laser Energy Meter
Voltage source
Ultrasonic Bath with
temperature control
Ultrasonic Tip
Total
Estimated
cost
(Rs. in lakhs)
2.50
7.00
5.00
0.50
12.00
3.00
2.00
1.00
2.00
35.00
Annexure - II
Summary of Training Needs Analysis and Faculty &
Staff Development Plan
for the first 18 months
National Institute of Technology Durgapur
Sub-component 1.2
Summary of Training Need Analysis (TNA)
Attention has been focused for preparing TNA proposal for training of technical and operational
staff, administrative officers, central workshop personals etc. and teaching faculty members of the
institute as well. In order to get acquainted with the latest techniques, methods and present-day-of
world-wise research in all field of sciece and technology, TNA proposal has been prepared
keeping in mind that most of staff and faculty members of the institute will undergo necessary
training in higher learning technical institutes/ universities/ R& D laboratories in India and
abroad. Intuitional TNA proposal has been prepared with an emphasis for training staff and
faculty members in the field of interdisciplinary research and activity. Further, pedagogical
training and management training has also been considered as an integral part of the proposal.
For training need analysis, meeting was conducted at the departmental/ section level, focusing in
improving competence in teaching-training, new techniques in research, interaction with peer
groups within India and abroad, establishing linkages with academic and research institutes and
industries. Faculty and staff members of each department/sections have identified and specified
their areas of training need in India and abroad. The head of the departmental /sectional head have
compiled the individual’s need of training proposals. Finally, the departmental/ sectional training
need proposal as per the proforma VIII has been prepared. TNA as per Proforma VIII of all the
departments and sections of the institute has been incorporated into the institutional proposal.
National Institute of Technology Durgapur
Sub-component 1.2
Provide Faculty Development Plan from the first 18 months to achieve improved competence based on
Training Needs Analysis (TNA) in the following areas.
 Basic and advanced pedagogy training
 Subject / domain knowledge enhancement
 Attendance in activities such as workshops, seminars, etc.
 Improvement in faculty qualifications.
 Improving research capabilities
Department of Biotechnology
Faculty:
Sl.
No.
Name of faculty
Area of training/
development
1.
Dr. Sudip
Chattopadhayay
Plant
Biotechnology
2-3 months
2.
Dr. Sudit Shekhar
Mukhopadhayay
Animal
Biotechnology
2-3 months
3.
4.
5.
Dr. Surabhi
Chaudhuri
Dr. Kaustav Aikat
Dr. Dalia Dasgupta
Dr. Debjani Dutta
Duration
(Days)
Convenient
Trainer
organization
(tentative) date
Summer/winter
Any recognized
vacation
laboratory/institute in
India or abroad
Summer/winter
Any recognized
vacation
laboratory/institute in
India or abroad
June/July
CFTRI Mysore or any
other relevant
organization
Nutraceuticals
One week
Bioseparation
One week
June/July
Biozeen Bangalore or
any other relevant
organization
Bioreactor design
One week
June/July
IMTECH Chandigarh or
any other relevant
organization
Biofuels (bioethanol not yet decided not yet decided
& algal biodiesel)
not yet decided
Modern techniques not yet decided not yet decided
such as molecular
biology, metabolic
engineering , and
instrumental
techniques as
applicable to biofuels
not yet decided
Environmental
15-30 days
toxicology studies
Summer vacation
Drug design and
delivery system
15-30 days
Summer vacation
Molecular biology
and
rDNA technology
15-30 days
Summer / winter
vacation
Protein Engineering 2 month
7.
National Institute of Technology Durgapur
Summer vacation
(May 15,2010 to
July 15,2010
Any recognized
laboratory/institute in
India or abroad
CCMB, Hyderabad
Sub-component 1.2
Dr. Papita Saha
8.
9.
Nutraceuticals &
Nutrigenomics
15 days
Environment
Engineering
1 – 2 Months
Winter Vacation
(December 15,
December 30,
2010)
May – July
Modeling &
Simulation and soft
computing
1 Months
December
1-2 months
24th May to 8th
July, 2011 or any
other convenient
time
24th May to 8th
July, 2011 or any
other convenient
time
24th May to 8th
July, 2011 or any
other convenient
time
Any recognized
laboratory in India or
abroad
Summer/winter
vacation
Any recognized
laboratory/institute in
India or abroad
Dr. Subhankar Roy Plant Biotechnology
Barman
10-14
days
Gene expression
1-2 months
profiling using DNA
Microarray.
Two-dimensional gel 1-2
months
10-14
days
electrophoresis &
MALDI-TOF-MS
1
0.
v)
Dr. Monidipa Ghosh Immunotechnology
2-3 months
Yet to decide
Yet to decide
Any recognized
laboratory in India or
abroad
Any recognized
laboratory/institute in
India or abroad
HoD/Dean:
Name of staff
Dr. Apurba Dey
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Bioinformatics
1-2 months
May June 2011
Bioinformatics
1-2 months
May June 2011
Plant Tissue Culture 1-2 months
May June 2011
Plant Tissue Culture 1-2 months
May June 2011
Trainer
organization
Indian Statistical
Institute/Bose
Institute/Science
College
Kolkata
Jawaharlal Nehru
University, New
Delhi
National Chemical
Laboratory(NCL),
Pune
Indo Himalayan
Bioresource
Technology(IHBT),
Palampur
National Institute of Technology Durgapur
Sub-component 1.2
Department of Chemical Engineering
Technical Staff:
Name of staff
member
Mr. Gopal Purkait
1
Area of training/
development
Advanced Application
of fluid mechanics
Duration
(Days)
Convenient
(tentative) date
7 days
7.1.08-11.1.08
Trainer
organization
Faculty:
Name of faculty
Area of training/
development
Combustion Engg
Duration (Days)
Bioplastics,
Bioprocess Engg,
Renewable , Energy
sources
60 days
Pneumatic
Conveying
30 days
Summer 2011 USA/Europe
Summer 2011 US/Europe
45 days
Conven
Trainer
ient
organization
(tentative)
Summer
2011 USA/Europe
date
May-June 2011, USA, Japan, Europpe
Nov-Dec 2011
1
Prof. S. Halder
2
Prof . C.M.Narayan
3
Prof. J. P. Sarkar
4
Prof. P. Gupta
Modelling &
Simulation of
Combustion and
Pyrolysis
45 days
5
Prof. K. C. Ghanta
Multiphase
Flow/CFD modeling
60 days
May –July, 2011
6
Dr. T. Mandal
Bio-remediation
30 days
May-June
7
Mr. A. K.
Sadhukhan
Combustion Engg
45 days
Summer 2011
USA
8
Dr. S. Paruya
Multiphase flow
20 days
June, 2011
USA
8
Dr. S. Paruya
Optimization &
Control
30 days
9
Dr. S. Dutta
Immobilized
Enzyme Technology
45 days
Summer 2011
USA/Asia/Europe
Membranes in Clean
and Green
technology
Pressure Swing
Dr. G. N. Halder
Adsorption
Technology
Membrane
Dr. M. K. Mondal
Separation
45 days
May-June, 2012
Illinois, Urbana
45 days
May-June, 2012
USA/France
60 days
May-June, 2012 Italy, USA, UK
10
11
12
Mrs. J. Sikder
National Institute of Technology Durgapur
Imperial College,
London/ University of
Alberta, Canada/
University of
Saskatwean, Canada
USA/Europe/Asia
/Australia
May, 2011 NUS/CMU
Sub-component 1.2
HoD/Dean:
Name of staff
Prof. Parimal Pal
Area of training/
development
Membrane
Technology/
Sustainable Dev.
National Institute of Technology Durgapur
Duration (Days)
30 days
Convenient
(tentative) date
Summer vacation
Trainer
organization
USA/Europe/Asia
University
Sub-component 1.2
Department of CIVIL Engineering
i)
Class IV Staff:
Name of staff
member
1
Sheru Ali
ii)
Support Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Computer literacy
Area of training/
development
2 weeks
Duration
(Days)
Convenient Trainer
(tentative) organization
date
Summer 2011 India
Convenient Trainer
(tentative) organization
date
1
Sanatan Nandi
Awareness program for skilled staff
2 weeks
Summer 2011 India
2
Faring Ruidas
Awareness program for skilled staff
2 weeks
Winter 2011
iii)
India
Technical Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient Trainer
(tentative) organization
date
Training in computer operated mechanical
equipments for testing related to concrete
lab
Training in equipment handling in
transportation laboratory
2 weeks
Winter 2011
India
2 weeks
Summer 2012
India
1
Anup Kumar Sen
2
Pallab Biswas
3
Ram Pranay
Gangopadhyay
Training in construction project
implementation
2 weeks
Winter 2011
India
4
Amitava Saha
Training in computer aided drafting
2 weeks
Summer 2012
India
5
Aloke Kumar
Bhattacharjee
Training in computer aided drafting
2 weeks
Winter 2011
India
6
Mriganka Shekhar
Mukhopadhyay
Training in env. Laboratory &
instrumentation
Teaching
& learning pedagogy
15
15
Winter 2011
Summer 2012
India
India
Soft computing in env. engg
15
Winter 2012
India
2 weeks
Winter 2011
India
7
Avijit Saha
To get training in computer operated
mechanical equipments
iv)
Administrative and Finance Staff: NIL
v)
Faculty:
Name of faculty
1
Dr. Showmen Saha
Area of training/
development
Application of data mining in Structural
stability analysis
National Institute of Technology Durgapur
Convenient
(tentative)
date
Two Weeks December
2010
Duration
(Days)
Trainer
org.
CEAE,
University of
Colorado at
Boulder,
USA
Sub-component 1.2
2
3
Dr. Dilip K. Singha
Roy
Dr. Purnendu Ray
Health Monitoring and Damage
Assessment of Structures: Smart Bridges
and sensor technology, Non-destructive
evaluation
Use of instrumentation in the
experimentations of various concrete
structural elements with state-of-the-Art
equipments including Setting up
technique /instrumental facilities related
to recent advances in concrete structures
Biodeposition techniques applicable to
concrete structures-rehabilitation &
retrofitting
Soft computing application in Structural
Engineering field
On the Technique of Setting up of a center
of wind energy studies including wind
tunnel testing facilities
Recent developments in Analysis and
Design of Modern Structures
Computational Fluid Dynamics
Effective teaching – learning
(modern pedagogy) processes
4
Dr. K. Bhattacharya Geotechnical centrifuse & reaction wall
design
5
Dr. Amlan Das
6
Dr. V. K. Dwivedi
7
Dr. Aloke K. Datta
8
Dr. Soumya
Bhattacharya
9
Dr. Atul K.Banik
City College
of New York
, NY 10031
2 months
May 2011
or
May 2012
2010
2 months
2011
-Do-
2 months
2010-11
-Do-
2 months
2011
-Do-
15 days
Premier
Institution/Or
ganisation in
India
/ABroad
30 (thirty) Autumn 2010 / Yet to be
Winter 2010 / finalised
Summer 2011
15 (Fifteen) Winter 2010 / Yet to be
Summer 2011 finalised
15 (Fifteen) Winter 2010 / North
Summer 2011 Carolina
15
Winter (15-30 State
IIT Roorkee
University
Dec.)
NIL
Development of Real Time Decision
Support System in the field of Water
Resources Engineering
Development of Real Time Decision
Support System in the field of Water
Resources Engineering
One month May 2010
NIH,
Roorkee
One month June 2010
Development of Real Time Decision
Support System for forecast of rainfall
Two Weeks December
2010
Dept. of
Water
Resources
Engg, Lund
University,
IITM,
SwedenPune
Development of Real Time Decision
Support System for forecast of rainfall
Two Weeks December
2010
CEAE
Univ of
Colorado at
Boulder,
Climate Change & Global Warming - its One Month January 2011 Stockholm
USA
effect on Water resources of India
University,
Sweden
Advanced research/Teaching in the
90
May-JuneConcordia
related field of specialization
July-2011
Univ
CANADA
Academic reforms/administration
30
June - 2012
To be
decided
Exposure in urban & rural applications of 30 days
Outside
National
RS & GIS
academic
Organisation
semester
Offshore Structures
60 Days
1st may_1st University of
July 2010
Hawaii, USA
Nonlinear Dynamics of Flexible
60 Days
15th Nov,
University of
Structures
10_15th Jan, Hamburg,
11
Germany
Deterministic & Stochastic Stability of
60 days
1st may_1st
UWA, Perth
Floating Structures
July 2011
National Institute of Technology Durgapur
Sub-component 1.2
PSDF Matrix of MDOF Offshore
Structure under Random Seas
10
11
Dr. Radhikesh P.
Nanda
Dr. Amiya K.
Samanta
12
Dr. Diptesh Das
13
Mr. Supriya Pal
Disaster Mitigation
7
15th Nov,
11_15th Jan,
12 Oct./Dec.
Low cost housing
7
Oct./Dec.
Geopolymer Concrete
7
Oct./Dec.
2 months
2010
2 months
2011
-Do-
2 months
2010
-Do-
1 yr.
2012
-Do-
2 months
2010
Setting up experimental /instrumental
facilities related to recent advances in
concrete structures.
Biodeposition techniques applicable to
concrete structures rehabilitation
Developing a multidisciplinary center of
Wind energy Studies (including wind
tunnel
Post
Doctoral
testing
facility)training
Experimental studies in Structural
Control/ Earthquake Engineering
Advanced & new technologies in in
Structural Control/ Earthquake
Post-doctoral
Engineering studies
Geoenvironmental Engineering
Geoenvironmental Engineering
60 days
Mr. Somanth
Karmakar
Improving Reliability and Safety Restoration, Renewal and Replacement
15
Dr. Piyush Topdar
Advanced practices of structural
strengthening and health assessment
30 days
Nov.-Dec.,
2010
Latest trends in application of smart
structures in Civil Engineering
30 days
June 2011
Climate Change and its effect on Water
Resources
Hydrodynamical modeling in lakes and
rivers
Soft computing application
Or
Advanced Subject knowledge on
Sediment Transport
Study of Hydrodynamic Transport in
reservoirs
7 days
vi)
Dr. N. R. Samal
MHRD/AICT
MHRD/AICT
E/Any
E/Any
MHRD/AICT
E/Any
IIT/IISC
/Abroad
Reputed
Foreign
Institute/
6 months
2010-2011
Reputed
IIT/IISc
Foreign
1-1½ years
2012
Reputed
Institute/
Foreign
IIT/IISc
Institute
Five days
23-27 May
The Hong
2011
Kong
Geotech
Society and
Polytechnic
Five days
2-6
The
Canadian
University
October,2011 Geotech
Society and
the
Intl
Society for
Soil
Mech
3
December 1-3, and
San Antonio,
Geotech
2010
EnggTexas
14
16
IIT Delhi
30 days
30 days
One or Two
years
To be
decided.
IITs/ reputed
foreign
universities
May 16 – 21st NIH & IIT
May 2010
Roorkee
November
Portland
2010
State
May - June
IIT or ISI
University,
2011
USA
2011 - 2012
City Univ of
New York
USA
HoD/Dean: NIL
Department of Chemistry
National Institute of Technology Durgapur
Sub-component 1.2
i)
Class IV Staff:
Name of staff
member
Gopal Chandra Das
1
ii)
Support Staff: NIL.
iii)
Technical Staff:
Area of training/
development
Training to improve
technical skill
Name of staff
member
Area of training/
development
1
Pankaj Ghosh
2
Satinath Basu
July-Aug 2011
Yet to finalize
Instrumental method of 15
different chemical
analysis
July – Aug 2011
Yet to finalize
Faculty:
Adhikari A.
Chakrabarty J.
3
Maji M.
4
Moi S. C.
5
6
Mukhopadhyay
B. P.
Panja S. S.
7
Patra A. K.
8
Saha R.
9
Sukul D.
Yet to decide
Instrumental method of 15
different chemical
analysis
v)
1
2
Trainer
organization
Trainer
organization
Administrative and Finance Staff: NIL.
Duration
(Days)
Convenient
(tentative) date
Sep-Oct
2011
Convenient
(tentative) date
iv)
Name of faculty
Duration
(Days))
30
Area of training/
development
Biopolymer
Post-doctoral research
abroad
Characterization of Nanomaterials
Kinetic investigation in Bioinorganic systems
Quantum-chemical
computation
Quantum-chemical
computation
Synthetic methodology of
Bio-active molecules, its
characterization and
application
Environmental Chemistry
45
Convenient
(tentative) date
Nov-Dec 2011
2013 (after
completion of
running DST
project)
May-June 2011
45
May-June 2011
Yet to finalize
45
May-June 2011
Yet to finalize
45
Nov-Dec 2011
Yet to finalize
45
May-June 2011
Yet to finalize
90
Yet to finalize
Development of
Anticorrosion methods and
materials
45
During MayJuly’2011
May-June 2011
National Institute of Technology Durgapur
Duration
(Days)
45
300
Trainer
organization
Yet to finalize
Yet to finalize
Yet to finalize
Yet to finalize
Sub-component 1.2
vi)
HoD/Dean:
Name of staff
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Prof. S. B. Das (Dean)
Training related to
administrative work
15 days
During vacation
Yet to finalize
Prof. M. M. Nandi
(Head)
Corrosion protection
Six weeks
June – July
2011
Yet to finalize
National Institute of Technology Durgapur
Sub-component 1.2
Department of Computer Science and Engineering
i)
Class IV Staff:
Name of staff
member
1
Tapas Ghosh
2
Tarun Sinha
ii)
Support Staff: NIL.
iii)
Technical Staff:
Name of staff
member
1
Sabitabrata Maji
Area of training/
Duration
development
(Days)
Computer Training on 2 months
Office application
Area of training/
development
v)
Faculty:
Area of training/
development
1
Dr. G. Sarker
Machine Learning
2
Dr. T.Pal
Soft Computing
Techniques on
different
applications
4
Dr. T. De
Mr.Subrata Nandi
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Qualification
Upgradation
Setup and Maintainance
of Modern Laboratories
Administrative and Finance Staff: NIL.
3
Trainer
organization
Computer Training on 2 months
Office application
iv)
Name of faculty
Convenient
(tentative) date
Duration (Days)
2-3months
Convenient
(tentative) date
Trainer
organization
June – July, 2010
Not yet fixed
Bioinformatics (Gene 10-12 month
Expression Data)
(for Post Doc. )
Oct 2010 –
Oct 2011
Not yet fixed
Recent advancement One month
in Optical Networks
December of 2010 /
May-June of 2011
Ad hoc mobile
networks
Decemebr of 2011
One month
Modeling and
45 days
performances analysis
of search and
information
dissemination
strategies
dissemination stra
National Institute of Technology Durgapur
15th May – 30th June ZIH, TU Dresden,
2010
Germany
Sub-component 1.2
Implementation of 30 days
Microblog application
in Nokia N-95 mobile
phones
1st Dec – 31st Dec
2010
SyNERGY group,
Duke University,
USA
5
Mr. P. Guhathakurta Study on NS2
software
45 days
15th May – 30th June Abroad
2010
6
Mr. S. Sadhu
Computational
Geometry and
Advance Algorithm
2 month
July-August, 2010
Abroad/India
Learning LEDA,
CGAL etc
(computational
geometry software)
2 month
May-June, 2010
India(IIT, ISI
Kolkata, TIFR) or
Abroad
To learn NS2
software
2 month
Nov-Dec, 2010
Abroad/ India
Nanotechnology
2 months
June-July, 2010
Abroad/India
VLSI Testing
1 week
December
India
Coursework on QCA 15 days
July or December
UBC (Canada)
Distributed
Computing
7
During Summer
Vacation
Mobile Computing
7
7
8
9
Mr. B. Sen
Ms. M. Dalui
Ms. S. Bhattacharya Mobile Computing
Distributed
Computing
vi)
IITs and Other
Premier Institutes
in India
During Summer
Vacation
IITs and Other
Premier Institutes
in India
10
During Summer
Vacation
IIT Kharagpur,
IIT Delhi
7
During Summer
Vacation
IIT Kharagpur
HoD/Dean:
Name of staff
Dr.D.Ghosh
Area of training/
development
Computer
Applications
National Institute of Technology Durgapur
Duration (Days)
60 Days
Convenient
(tentative) date
June- July, 2010
Trainer
organization
Winona State
University, USA
Sub-component 1.2
Dr. G. Sanyal
Dr. S.Roy
Software Engineering 30Days
May- June, 2011
Software
Engineering
Research Institute
Carnegi Millah
University, USA
Project Management 15 Days
December - 2010
Galillee College
Israel .
High Performance
Computing
30 days
June 2011
Information/ Data
Security
30 Days
June 2012
Algorithms in VLSI
Design, Testing and
Verification.
60 days
Any reputable and
competent
organization in
India or abroad
High performance
Computing.
60 days
Any reputable and
competent
organization in
India or abroad
Satisfiability
30 days
Any reputable and
competent
organization in
India or abroad
National Institute of Technology Durgapur
Sub-component 1.2
Department of Electrical Engineering
i)
Class IV Staff:
Name of staff
member
1
ii)
Mr. Joydeb Dutta
Duration
(Days)
30
Area of training/
development
Duration
(Days)
30
Convenient
(tentative) date
Summer, 2011
Trainer
organization
ITPR, New Delhi
Summer, 2011
ITPR, New Delhi
Support Staff:
Name of staff
member
1
iii)
Area of training/
development
Training on various
measuring instruments
Training on
maintenance of
laboratory equipments
Mr. Sumanta Roy
Upgradation of
Technical Skill
Promotion of
Laboratory Assistant
30
Convenient
(tentative) date
Summer, 2011
Trainer
organization
ITPR, New Delhi
30
Winter, 2011
ITPR, New Delhi
Technical Staff:
Name of staff
member
1
2
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Mr. Sukumar Sarkar Computer Application
30
Summer, 2011
Training on Various
measuring instruments
30
Winter, 2011
Power Electronics and
switch mode power
supply design PLC
based Industrial
Automation
PLC based Industrial 30
Automation
10
Summer, 2011
IDC Technologies,
Singapore WEBEL/
IIATCA/CETE,
Kolkata
Summer, 2011
WEBEL/
IIATCA/CETE,
Kolkata
Mr. S. S. Bala
NIIT/ Aptech
Durgapur
ITPR, New Delhi
Microcontrollers
Programming &
Burning
10
Winter, 2011
NITTTR, Kolkata
PCB Designing
10
Winter, 2011
Virya Infotech Pvt.
Ltd., Chennai
National Institute of Technology Durgapur
Sub-component 1.2
Faculty
Name of faculty
1
Prof. S. P. Ghoshal Collaborative
research/Project
2.
Prof. S. K. Dutta
3.
Prof. S. Ghosh
4.
5.
Area of training/
development
Prof. N. K. Roy
Dr. S. Banerjee
Duration
(Days)
20 days
Convenient
(tentative) date
Trainer
organization
Summer Vacation, 2011 National University
of Singapore
Advance Technology 15 days
(FACTS Devices)
Summer vacation, 2011 CPRI, Bangalore
Power System (Smart 15 days
Grid)
Winter vacation, 2011 IDC Technologies
Collaborative
research/Project
Winter vacation, 2011 University
Kebansaan Malaysia
10 days
NIL
Collaborative
research/Project
30 days
May/ June, 2011
Hong Kong Poly
technique University
Collaborative
research/Project
30 days
Dec, 2011
National Institute of
Singapore
ICT Enabled
Technology and
learning
High Voltage
Engineering
15 days
May-June, 2011
Higher Education
Department, USA
10 days
Dec, 2011
NEMA, Netherland
Collaborative research 23 days
on switched mode
converters
June, 2011
Lab View, MATLAB 07 days
July, 2011
University of
Minnesota,
Minneapolis/
National university
of Singapore
Indo-US Engineering
Faculty Leadership
Institute, Mysore,
India
Laboratory
10 days
development on Power
Electronics
Oct, 2011
National Institute of Technology Durgapur
IISC, Bangalore/
Emerson Power India
Limited, Bombay
Sub-component 1.2
6.
7.
8.
Dr. S. N. Mahato
Dr. P. Acharjee
Dr. C. Koley
Collaborative research 20 days
on ‘Six Degree-ofFreedom Positioning
Stage with Sub-micron
accuracy by Magnetic
Servo Levitation’
Dec, 2011 to Jan, 2012 Florida Institute of
Technology, College
of Engineering,
Department of
Mechanical and
Aerospace
Laboratory/ NTU,
Singapore.
Renewable Energy
Systems and Energy
harvesting
21 days
June, 2011
NUS, Singapore
Lab View
05 days
July, 2011
Indo-US Engineering
Faculty Leadership
Institute, Mysore
Advancement of
20 days
Knowledge in Power
Electronics and Drives
and Energy Systems
Dec, 2012
University of
Minnesota, USA
Research in Electrical 14 days
Drives
March, 2012
Indian Institute of
Science, Bangalore
Collaborative
research/Project
28 days
June, 2011
Hong Kong Poly
technique University,
Hong Kong
Lab View, MATLAB
10 days
July, 2011
Indo-US Engineering
Faculty Leadership
Institute, India
Soft-computing
techniques
8 days
December, 2011
Operation
Technology, Inc,
India
Advance Technology
and laboratory
developments
14 days
December, 2011
Electric Power
Research Inst.
(EPRI), USA
Testing of
Insulators
National Institute of Technology Durgapur
30 Days
June, 2011
ASU, USA
Sub-component 1.2
9.
Dr. T. K. Saha
Instrumentation
07 Days
July, 2011
ISA, Pune
High Voltage
07 Days
Dec, 2011
IISC Bangalore
Renewable Energy
15 Days
Dec, 2011-Jan, 2012
Colorado State
University, Wind
Application Center.
MATLAB
7 days
June, 2011
Real time laboratory
assistantship
30 days
Aug 2011
Advance Technology
(FACTS Devices)
15 days
Dec, 2011
Electric Power
Research Inst. (EPRI)
Laboratory
developments
8 days
Dec, 2011
Queensland
University of
Technology (QUT)
10.
Mr. A. Das
11.
Mr. P. S. Bhowmik Energy & Power
Systems
or
Collaborative
research/Project
Indo-US Engineering
Faculty Leadership
Institute
Emerson Electric
Co., USA
NIL
20 Days
May – June, 2011
University of
Melbourne Australia/
Portland State
University, USA/
Soft computing
Application
or
Advanced Subject
knowledge on Power
& Energy Systems /
Advance Technology
(FACTS Devices)
10 days
July 2011
IIT/ISI / University/
Electric Power
Research Inst. (EPRI)
Collaborative
Research/Project
20 days
Dec 2011
National University
of Singapore/
Humbolt University,
Berlin/
University of
Queensland,
Brisbane, Australia
National Institute of Technology Durgapur
Sub-component 1.2
12.
13.
Mr. J. C. Barman
Dr. Jayati Dey
Advanced Subject
knowledge on Power
& Energy Systems /
Advance Technology
(FACTS Devices)
10 days
March 2012
Collaborative
research/Project
10 Days
Soft computing
Application
or
Advanced Subject
knowledge on
Electrical Machine
20 days
June – July, 2011
City University of
New York &
New York City Dept.
Electrical
Engineering.
71 Smith Ave
Kingston, N.Y.
Collaborative
research/Project
10 days
December, 2011
IIT/ISI
/ University
12401 USA
Collaborative
Research/Project
20 days
June, 2011
IIT/ISI / University/
Electric Power
Research Inst. (EPRI)
IIT/ISI / University
Dec, 2011- Jan, 2012 National University
of Singapore/
Humbolt University,
Berlin
Research and
30 days
Collaborative works on
Periodic and Robust
Control
Signal Processing
05 days
26th May, 2011 to 24th Department of
June, 2011
ECCS, University of
Michigan, Ann
Arbor, USA
July, 2011
Indo-US Engineering
Faculty Leadership
Institute, Mysore,
India
Advancement of
Knowledge in Power
Electronics and
Machine Drives
Dec, 2011
National University
of Singapore (NUS),
Singapore
Dec, 2011- Jan, 2012
Indian Institute of
Science, Bangalore,
India
15 days
Laboratory
10 days
developments on
Advanced Control and
Power Electronics
National Institute of Technology Durgapur
Sub-component 1.2
v)
HoD:
Areas of Training/
Development
Duration
(Days)
Convenient
(tentative) Date
Trainer
Organization
Sl no.
1.
Advancement of Knowledge in 20 days
Electrical power and energy
systems
Summer, 2011
Florida Institute of
Technology, USA
2.
Lab View, MATLAB
07 days
Summer, 2011
Indo-US Engineering
Faculty Leadership
Institute
3.
Power System (Smart Grid)
15 days
Winter, 2011
IDC Technologies
4.
Collaborative research/Project 15 days
Winter, 2011
National University of
Singapore
National Institute of Technology Durgapur
Sub-component 1.2
Department of Electronics & Communication Engineering
i)
Class IV Staff:
Name of staff
member
1
SURENDRA
SINGH
ii)
Support Staff: NIL.
iii)
Technical Staff:
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Attitudinal and Mindset change
07 days
25.10.10 to
31.10.10
Attitudinal and
Mind-set change
Duration
(Days)
Convenient
(tentative) date
Name of staff
member
Area of training/
development
TAPAS DAS
Operation & Maintenance of
Lab. Equipment.
07 days
25.10.10 to
31.10.10
ANUP KUMAR
ADHIKARY
Operation & Maintenance of
Lab. Equipment.
07 days
25.10.10 to
31.10.10
1
2
iv)
Administrative and Finance Staff: NIL.
v)
Faculty:
Name of
faculty
1.
Area of training/
development
Duration (Days)
Trainer
organization
Operation &
Maintenance of Lab.
Equipment.
Operation &
Maintenance of Lab.
Equipment.
Convenient
(tentative) date
Advanced antenna arrays
design
1-2 weeks
Jan- Feb, 2012
Evolutionary computation
algorithms to optimize
antenna performances.
1-2 weeks
-do-
Trainer organization
Foreign Institutes,
ANUP
KUMAR
BHATTACHA
RJEE
National Institute of Technology Durgapur
-do-
Sub-component 1.2
2
3
Signal Processing
15 days
During summer
vacation
In any reputed institute of
our country
Embedded Systems
15 days
During summer
vacation
-do-
Microwave Engg.
14 Days
During summer
vacation
Any reputed Institute in
India
07 Days
During summer
vacation
Do -
Do -
Do -
ASISH KUMAR
DE
BANSIBADAN
Power – line communication
MAJI
Antenna
1.
Wireless
Communication
2 months ( 60
days)
May- July 2011
University of Parma, Italy
Parma
Wireless Communication
2 months ( 60
days)
Nov- Dec 2011
Carnegie Mellon University,
USA
DR.
4
SUMIT
KUNDU
National Institute of Technology Durgapur
Sub-component 1.2
5
6.
7
VLSI Architectures for DSP
Applications
14 days
Dec.-Jan, 2010 or
Foreign Institutes, IIT, IISc
May-Jul., 2011
Low Power VLSI Design
14 days
-do-
-do-
Design of Embedded
systems for Biomedical
Applications
14 days
-do-
-do-
Chip design Methodology
for Sub-Micrometer VLSI
Circuits
14 days
-do-
-do-
Area Efficient VLSI
Architecture
14 days
-do-
-do-
Microwave Engineering
15
May June 2011
Foreign University
High power Microwaves
07
December 2010
Research institute in India
2-3 weeks
Dec 2010-Jan
2011
IITs
ASHIS KUMAR
MAL
DR. ROWDRA
GHATAK
RAJAT
Device Modeling
MAHAPATRA
National Institute of Technology Durgapur
Sub-component 1.2
8
9
Broadband Wireless
TAPAS
Communication and
SADHUKHAN Convergence in Wireless
Communication
60 - 180
May – Dec, 2011
Advanced antenna arrays
design
2 months
Jan- Feb, 2011 or
Foreign Institutes, IIT, IISc
May-Jul., 2011
Evolutionary
computation algorithms
to optimize antenna
performances.
1 months
May-June, 2011
or Nov.- Dec.,
2011
DURBADAL
MANDAL Evolutionary computation
techniques to optimize the
performances of VLSI
circuits.
1 months
-do-
-do-
Power line communication
1-2 weeks
Jan- Feb, 2012
-do-
Underwater acoustic
communication
1-2 weeks
-do-
-do-
National Institute of Technology Durgapur
CTIF,
Aalborg University,
Denmark
-do-
Sub-component 1.2
Robotics
1.
10
11
RAJIB KAR
ANIRUDHA
CHANDRA
1-2 weeks
-do-
-do-
CMOS Device
modeling
2 months
Dec.-Jan, 2010 or
Foreign Institutes, IIT, IISc
May-Jul., 2011
Mixed Signal VLSI
1-2 weeks
-do-
-do-
DSP in VLSI
1-2 weeks
-do-
-do-
Low power VLSI
1-2 weeks
-do-
-do-
Medical Electronics in VLSI
1-2 weeks
-do-
-do-
1.
Wireless relays and
Space time coding
2 months
2.
Power
communication
1-2 weeks
-do-
-do-
3.
Underwater
acoustic
communication
1-2 weeks
-do-
-do-
4.
Statistical modeling and
advanced mathematics
1-2 weeks
-do-
-do-
National Institute of Technology Durgapur
line
Dec.-Jan, 2010 or
Foreign Institutes, IIT, IISc
May-Jul., 2011
Sub-component 1.2
12
13
5.
Robotics
1-2 weeks
-do-
-do-
1.
Wireless
Communication
1 month ( 30 days) May- June, 2011 University of Parma, Italy.
2.
Wireless
Communication
1 month ( 30 days) December, 2011
3.
Wireless
Communication
1 month ( 30 days)
July, 2011
Universit´e Libre de
Bruxelles, Belgium
1.
Theoretical
Bioinformatics
2 months
Dec.-Jan, 2010 or
May-Jul., 2011
Foreign Institutes, IITs,
IISc.
Data Mining
1-2 weeks
-do-
-do-
Statistical modeling and
advanced mathematics
1-2 weeks
-do-
-do-
Carnegie Mellon University,
USA
SANJAY DHAR
ROY
AURPAN
2.
MAJUMDER
3.
National Institute of Technology Durgapur
Sub-component 1.2
Microwave Engineering
14
15 Days
SUJIT KUMAR
MANDAL
VLSI Design
vi)
Dec – Jan; 2010
15 Days
Dec – Jan; 2010
Any reputed Institute or
Organization in
India
-
do -
HOD / Dean:
Name of staff
Area of training/
development
Array Antenna synthesis
using Evolutionary Algorithms
GAUTAM KUMAR Reflect array antenna design
MAHANTI
Evolutionary Algorithms
National Institute of Technology Durgapur
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
12 days
15.12.2010 to
26.12.2010
University of
Technology,Sydney,Austral
ia
12 days
1.6.2011 to 12.6.2011 Hanoi University of
Technology,Vietnam
10days
10.1.2011 to
19.1.2011
Vietnam
Nanyang Technological
University,
Singapore
Sub-component 1.2
Department of Geology
i)
Class IV Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
1
2
3
ii)
Support Staff:
Name of staff
member
1
2
3
iii)
Technical Staff:
Name of staff
member
1
2
3
iv)
Administrative and Finance Staff:
Name of staff
member
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Basic Pedagogy
Duration (Days)
Trainer
organization
07
Convenient
(tentative) date
Summer 2011
NITTTR
Advance Pedagogy
07
Summer 2011
NITTTR
Basic Pedagogy
07
Summer 2011
NITTTR
1
2
3
v)
Faculty:
Name of faculty
1
2
Dr. A.
Gangopadhyay
Dr. K. Adhikari
National Institute of Technology Durgapur
Sub-component 1.2
RS & GIS
National Institute of Technology Durgapur
02 -04Weeks
2011
Reputed
institute/organisatio
n
Sub-component 1.2
Department of Information Technology
i)
Class IV Staff: NIL
ii)
Support Staff: NIL
iii)
Technical Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
1
Rupa Shaw
VHDL Language for
FPGA programming
7 days
Summer/Winter
vacation
2
Rupa Shaw
Embedded C
Programming
7 days
Summer/Winter
vacation
3
Narayan Murmu
Web Technology
1week
Dec, 2010
4
Narayan Murmu
Database
1week
Jan,2011
iv)
Administrative and Finance Staff: NIL
v)
Faculty:
Name of faculty
1
Jaydeep Howlader
2
Area of training/
development
Cryptography
Duration (Days)
Trainer
organization
Convenient
(tentative) date
Trainer
organization
1 week
Feb, 2011
IITs
Sajal Mukhopadhyay Algorithms
1 week
Feb, 2011
IITs
3
Deepanwita Das
Distributed
Algorithms
2 Weeks or more
June-July 2011
Any IIT or
Research
Organization
4
Deepanwita Das
Workshop on Robot
Swarms
2 Weeks or more
June-July 2011
Any IIT or
Research
Organization/
Robosoft Systems
5
Mrs. Baisakhi
Chakraborty
Effected Object
Oriented Skills
6
Mrs. Baisakhi
Chakraborty
Java programming
National Institute of Technology Durgapur
Sub-component 1.2
7
Mrs. Baisakhi
Chakraborty
JSP,PHP
8
Mrs. Baisakhi
Chakraborty
C/C++ Programming
9
DEBASIS MITRA
Pedagogical training
10
DEBASIS MITRA
11
June-July 2011
NITTR, Kolkata
Information Security 2 weeks or more
June-July 2011
Any IIT or CDAC
Kolkata
DEBASIS MITRA
VLSI Testing
1 week
June-July 2011
Any IEEE
workshops/Tutorials
12
DEBASIS MITRA
Emerging Technology 1 week
June-July 2011
Any IEEE
workshop organized
by any IITs/ISIKolkata
13
Subhankar Maji
VLSI
14
Subhankar Maji
Digital Signal
Processing
15
Subhankar Maji
C/C++ Programming
16
Nanda Dulal Jana
Pedogogical Traning
2 Weeks
June-July,2011
From NITTR
17
Nanda Dulal Jana
Workshop on Genetic
Algorithm using
MatLab
2Weeks or more
June-July,2011
From any IIT or
research
organization
18
Nanda Dulal Jana
Workshop on
Bioinformatics
2Weeks or more
June-July,2011
From any IIT or
research
organization
National Institute of Technology Durgapur
2 weeks
Sub-component 1.2
19
Adrija Sen
Mobile Network
August – November
2010
20
Adrija Sen
Programming
August – November
2010
21
Adrija Sen
Effective Teaching /
Learning
August – November
2010
22
Animesh Dutta
Agent based System
Development
23
Animesh Dutta
Media multicasting
over Internet
vi)
IIT Kharagpur
HoD/Dean:
Name of staff
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Subhrabrata Choudhury
Stochastic Modeling 1 week
Dec,2010
IIT/IISc
Subhrabrata Choudhury
Computational
Geometry
June-July 2011
IIT/IISc/ISI or
Abroad
National Institute of Technology Durgapur
1 week
Sub-component 1.2
Department of Mathematics
i)
Class IV Staff: NIL
ii)
Support Staff:
Name of staff
member
1
iii)
Area of training/
development
Mrs. M.Chakraborti N.A.
Duration
(Days)
N.A.
Convenient
(tentative) date
N.A.
Trainer
organization
N.A.
Technical Staff: NIL
iv)
Administrative and Finance Staff: NIL
v)
Faculty:
Name of faculty Area of training/
development
1
Dr.Anita Pal
2
Mr.Goutam
Panighri
Duration (Days)
Effective teaching ,
Advanced subject
knowledge, Advanced
R&D activities, Quality
management, Standard
conferences.
Statistical Methods used 20
in Research,
On Mathematical
Modeling,
Electronic Marketing
3
Dr.Kajla Basu
Advanced subject
knowledge(Operations
Research, Soft
computing, Fuzzy
mathematics, Forecasting
&
Supply-Chain
Management, Statistical
Analysis) , Standard
conferences ,
EffectiveTeachinglearning (modern
pedagogy) process.
4
Dr.Lakshmi
Kanta Dey
Functional Analysis,
20
Fixed Point Theory,
Topology, Real Analysis,
Finite Field Theory,
Coding and Design
Theory
20
Convenient
(tentative) date
Trainer
organization
November to
January
To be identified
May- June ,
December
20
Any Institute of
Repute Abroad/
India
May, June-2011
NITTTR ,
July, Dec-2010/2011 IITs/IIM or other
reputed
institute/university,.
December and June
ISI, TIFR, IISc,
Bangalore ,
Institute in abroad
B
5
Dr.Pinaki Pal
6
Dr.Samarjit Kar UncertaintyTheory,
20
Fuzzy Stochastic
Optimization, Stochastic
Dominance,
Risk Management
7
Dr.Sarit Maitra
8
Mr.Satya Bagchi Design theory, Field
theory, Enhancing
Pedagogy Skills.
9
Dr.Seema Sarkar Operations Research,
(Mondal)
Supply-Chain
Management
Statistical Analysis,
Portfolio selection,
Geodesy & Geophysics
v)
Magneto hydrodynamics,
Nonlinear dynamics,
Complex Networks
20
Nonlinear waves in
different systems ,
Optimization techniques.
December and June
December ,2010
May,2010
20
20
20
IIT Kanpur, IISc
Bangalore, IIT
Kharagpur, Any
other reputed
institutes
Tsinghua
University, China
University of South
Africa,
Brunel University
October , December Any Institute of
2010.
repute, abroad or in
India
December and June
NITTTR,
Any Institute of
repute, abroad or in
India
May, June, Dec
NITTTR ,
IITs/IIM or other
reputed
institute/university
HoD/Dean:
Name of staff
Dr.Kajla Basu(H.O.D)
Area of training/
development
Duration (Days)
Quality Management
, Planning and
Implementation ,
Departmental/Institui
onal Management ,
Advanced R&D
activities.
20
Convenient
(tentative) date
Trainer
organization
Any Institute or
May , June
University of
,July2011/2012
National or
December-2010/2011 International repute
March-20112
C
Department of Mechanical Engineering
i)
Class IV Staff:
1
2
Name of staff
member
Felaram Ruidas
Bidhan Chandra Roy
Area of
training/development
Machine Shop, Engine
Machine Shop, Engine
Duration
(Days)
7
7
3
Rajesh Tewari
Metrological Instruments
7
4
SK Sahadot
Maintenance and operation
of Hydraulics laboratory
equipments and machines
Automobiles
Computer training
ii)
Support Staff: NIL
iii)
Technical Staff:
Name of staff member
1
Niladri Banerjee
2
Jayanta Podder
3
Prosanta Paul
4
Gopal Chandra Roy
5
6
Pradip Kumar Mandal
Debaki Gopal Banerjee
7
Partha Sarathi Panja
Automobile, Solid/3D
Modeling, IC Engine
IC Engine, Turbine,
heating and Cooling
devices, Automobile
Boiler, Automobile, IC
Engine
AutoCAD, Auto Solid,
ProE, Basic Computer
Software
Hydraulics
Auto CAD
Latest development in
Metrology
Renewable Energy
resources
Automobile Engineering
iv)
Administrative and Finance Staff: NIL
v)
Faculty:
Name of
faculty
Manik Chandra
1
Majumdar
2
Area of
training/development
Indrajit Basak
3 Biswajit Haldar
Area of training/development
Lubrication of Bearings, joints.
Machine Design/Ergonomics
30
Duration
(Days)
21
Convenient
(tentative) date
December
December
December /
January
Trainer
organization
NITTR, Danish
Tool Room or
any such Govt.
Institutes
Summer /
Winter
Convenient
(tentative)
date
December /
January
21
December
7
December
45 or
more
May / June
7
15
07 to 10
March / April
December
January - April
07 to 10
January - April
30
January - April
Duration
Convenient
(Days) (tentative) date
25
December,2010
30
June-July,2011
Vibration Analysis
20
December,2011
Software Applications
Management Skill
CFD Application
30
30
21- 28
Nov-Dec' 2010
Nov-Dec' 2010
June 2011
Trainer
organization
NITTR, Danish
Tool Room or any
such Govt.
Institutes
Trainer organization
NJIT,USA
NJIT,USA
NUS, Singapore
Any Institute in India
USA University
D
Amitava
Sengupta
Arup Kumar
5
Biswas
Sumit
6
Mukhopadhyay
4
Ambuj Kumar
Mitra
Pedagogy
14
June - July /
December 2011
USA University
Renewable fuel development
07
Summer 2011
ME Deptt., NIT
Durgapur
Solid Mechanics
30
Vacation time
IITs
Control of Robotic Systems
30 days
Dec. 2011
Multibody Dynamic Analysis using CAD tools 30 days
Dec. 2012
Instt. Like IIT, IISc
Dassault Systems/MSC
Software
Analysis and Design of Machines and
Mechanisms involving application FEM and
other computational tools and continuum
mechanisms.
Do
Any suitable Indian
Institutes (preferably
IITs)
30 days
June – July 2011
60 days
June – July 2012
Modeling and Simulation of Dynamic Systems
30-45
May-July 2011
Fluids in Mechanical Systems
15-20
15-Dec-11
CFD & Micro fluidics
21
Apr-11
Alabama A&M
University, USA
AIAA/ASME/VTU/MIT
Solar Thermal System
21
Jun-11
NIU/Boston University
10 Apurba Layek
Enhancement of convective heat transfer
30 - 45
May - July 2011
NUS, Singapore
11 Asit Baran Puri
Non-conventional Machining
Micro machining
3 weeks
3 weeks
365 days
or more
7
8
9
12
Nilotpal
Banerjee
Amarnath
Mallick
Achinta
Pramanick
Advanced research in Thermodynamics
Vacation time
June 2011
onward
13
Nirmal Baran
Embedded Systems, Communication Systems,
Hui
Image Processing and Analysis
60 days
May 2011
onward
14
Subhas Rana
Computation related e.g. FDM, FVM, FEM for
numerical analysis.
Two
weeks
2012
Nanotribology
21
Biotribology
30
IC Engine Tribology
21
Power Plant Engineering including CO2
sequestration
1 month
15
Biswajit Bera
16 Sujit Karmakar
17
Jaganath De
Ranajan Kumar
18
Mitra
19
15.12.2010.7.1.2011
1.6.201130.6.2011
15.12.2010.7.1.2011
IITs
NUS, Singapore
Duke University or
elsewhere
NASA, USA Or
Robotics Laboratory,
Carnegie Mellon
University, USA Or
Robotics Laboratory,
KAIST, Korea
NIT Durgapur
IISc, Bangalore, India
University of Leeds, UK
IIT Delhi, India
September, 2010 IITs, TERI, ICSR Labs,
or November
Power Training
2010
Institutes
1 month
Energy
Coal combustion, gasification, Fluidized Bed
combustion
Thermodynamic
1 month
Modeling and Simulation of Dynamic Systems
30-45
15 days
May-July 2011
Short Term/ Summer School on DYNAMICS
November or
6-15 days
and CONTROL
December, 2010
During Summer
Short
Training on MATLAB-SIMULINK
Vacation next
Term
year
Shibendu
Multibody Dynamic Analysis using CAD/CAE
Shekhar Roy
Softwares
NUS, Singapore
20
2011 - 12
NUS, Singapore
Any reputed
organization
Any reputed
organization
Dassault Systems/MSC
Software
E
60
2011 - 13
CMU, OSU, TU
Dortmund, NUS etc.
Modern Computational Methods
15
2011 - 12
IITs, IISC
CFD Software
Two
weeks
Development of Intelligent Robotic Systems
20
Asim Kumar
Das
Modern Pedagogy
21 Animesh Patari
vi)
Summer Vacation Fluent India Ltd, Pune
One week Summer Vacation
Short
Term
Training on MATLAB-SIMULINK
Summer 2011
NITTR,Kolkata
Any reputed
organization
HoD/Dean:
Name of staff
Indrajit Basak
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Software Applications
30
Nov-Dec' 2010
Management Skills
30
Nov-Dec' 2010
Trainer
organization
Any premier
Institutes in India
F
Department of Mettalurgical & Materials Engineering
i)
Class IV Staff: N.A.
Name of staff
member
ii)
Susil Das
1
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Training on Materials
Engineering
Equipments
Duration
(Days)
20 days in Two
stages
Summer Vacation
IIT Kharagpur &
NIT Suratkal
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
Duration (Days)
development
Material Science Lab. 20 days
Convenient
(tentative) date
Summer & Winter
Vacation
Trainer
organization
IIT, Kharagpur &
IIT, Kanpur
Material Science Lab. 20 days
Summer & Winter
Vacation
IIT, Kharagpur &
IIT, Kanpur
Faculty:
Name of faculty
v)
Trainer
organization
Administrative and Finance Staff: N.A.
Name of staff
member
v)
Convenient
(tentative) date
Technical Staff:
Name of staff
member
iv)
Duration
(Days)
Support Staff: N.A.
Name of staff
member
iii)
Area of training/
development
1
Madan Mohan
Ghosh
2
K.S. Ghosh
HoD/Dean:
Name of staff
1. Prof. S.K. Mitra (Dean)
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Administrative &
HRD for Technical
Education
15 days
Summer Vacation
IIM Kolkata / IISC
Bangalore
2. Prof. D.K.Mondal (H.O.D.) Administrative &
HRD for Technical
Education
15 days
Summer Vacation
IIM Kolkata / IISC
Bangalore
G
Department of Physics
i)
Class IV Staff: NIL.
ii)
Support Staff: NIL.
iii)
Technical Staff:
Name of staff
member
1
Mr. Rajat Sarkar
Area of training/
development
Qualification Up
gradation in
nanotechnology
iv)
Administrative and Finance Staff: NIL.
v)
Faculty:
Duration
(Days)
32 days
Convenient
(tentative) date
Trainer
organization
1st -31st July ,2011
IIT, Kharagpur &
Princeton
University, USA
Name of faculty
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer organization
1
Prof. A. K.
Meikap
Improving research
capabilities
30 days
01.06.2011 to
30.06.2011
Technology Center
of Nagasaki,
Omura, Nagasaki,
Japan
2
Prof. A. K.
Meikap
Improving research
capabilities
.
30 days
01.12.2011 to
30.12.2011
National Chaio
Tung University,
Hsinchu, Taiwan
3
Dr. P. Kumbhakar Improving research
capabilities
15 days
Nov-Dec.,2010
University of
ElectroCommunications,To
kyo,Japan
4
Dr. P. Kumbhakar Improving research
capabilities
15 days
May-June, 2011
National University
of
Singapur,Singapur.
5
Dr. P. Kumbhakar Attendance in
7 days
activities such as
workshops, seminars,
etc.
Nov 1-3,2010
Tokyo ,Japan
6
Dr. P. Kumbhakar Attendance in
7 days
activities such as
workshops, seminars,
etc.
June 27-July 1,2010 Michigan USA
or
Or
July 16-21, 2010
Kauai, Hawaii,USA
H
7
Dr. S. Basu
Improving research
capabilities
21 days
June-July, 2011
Tyndall Ntional
Institute ,Ireland
8
Dr. S. Basu
Improving research
capabilities
14 days
Nov-Dec, 2011
Lehigh University,
SA
10
Dr. S. Basu
Feb,2011
Rome, Italy
11
Dr. S. Basu
Oct, 2011
NUS,Singapur
12
Dr. S. Sahoo
Attendance in
7 days
activities such as
workshops, seminars,
etc.
Attendance in
7 days
activities such as
workshops, seminars,
etc.
Improving research 6 days
capabilities
13th – 18th
December, 2010
LNM Institute of
Information
Technology, Jaipur .
13
Dr. M. K. Mandal Improving research
capabilities
December,2010
International center
for Radio
Science,Jodhpur,Raj
asthan
vi)
10 days
HoD/Dean:
Name of staff
Prof. A. K. Mitra
Area of training/
development
Duration (Days)
General
7 days
administration, IT
infrastructure project
Convenient
(tentative) date
Nov, 2010
Trainer
organization
MIT, USA/ Oxford
University, UK
I
Computer Centre
i)
Class IV Staff: NIL.
ii)
Support Staff: NIL.
iii)
Technical Staff:
Name of staff
member
1
2
Sri. Sabyasachi
Banerjee
Sri. Dipankar
Chatterjee
Area of training/
development
Database / Client Server 14 days
Database / Client Server 14 days
iv)
Administrative and Finance Staff: NIL
v)
Faculty:
Name of faculty
Duration
(Days)
Area of training/
development
Image Processing
Duration (Days)
30
Convenient
(tentative) date
1st Nov to 14th Nov
2010
1st Nov to 14th Nov
2010
Convenient
(tentative) date
May 2011
Trainer
organization
NTTF Bangalore
NTTF Bangalore
Trainer
organization
1
Dr. C. Saravanan
ANU college of
Engineering &
Computer Science,
Canberra,
Australia.
2
Dr. C. Saravanan
International
Conference on
Graphic and Image
Processing
2
December 4-5, 2010 International
Association of
Computer Science
& Information
Technology,
Singapore.
3.
Dr. C. Saravanan
International
Conference on
Software Engineering
and Computer
Systems
3
27 to 29 June 2011
Universiti Malaysia
Pahang.
J
Workshop
i)
Class IV Staff: NIL.
ii)
Support Staff: NIL.
iii)
Technical Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
1 ASHOK ROY
Gas welding, Non-ferrous
welding, Nondestructive
testing, Dissimilar metal
Arc Welding
Four weeks
each
Winter 2010,
Summer 2011
________
2 RAJIB DEY
Operation and maintenance Two weeks
of Modern equipments and each.
laboratories, Short term
course on Attitudinal and
mindset change
Winter 2010,
Summer 2011
________
3 SUKHENDU PAUL
CNC/VMC/FMS/CAD/CA
M
Development of Teaching
and Communication skills,
Hydraulic and pneumatic
systems.
Short term course on Atti
tud inal and mindset
change. Computing skill
enhancement programme,
Non-destructive
ultrasonographic testing.
CAD/CAM, Operation and
Maintenance of ECM
Two weeks
each.
Winter 2010,
Summer 2011
________
Two weeks
each.
Winter 2010,
Summer 2011
________
Two weeks
each.
Winter 2010,
Summer 2011
________
CAD/CAM, CNC,
Hydraulic and Pneumatic
systems, Development of
Teaching and
Communication skills,
Rapid Prototype machine,
Injection moulding
technique, Metal casting
technology, Training on
Solid Works/ Catia
Two weeks
each.
Winter 2010,
Summer 2011
________
Two weeks
each.
Winter 2010,
Summer 2011
Skill development on Airconditioning, Refrigeration
and Fitting jobs
CAD/CAM, CNC
programming and
machining, Machine tools
maintenance, ISO.
Two weeks
each.
Winter 2010,
Summer 2011
________
Two weeks
each.
Winter 2010,
Summer 2011
________
4 PRANAB KUMAR
GHOSH
5 APURBA
CHAKRABORTY
6 TEMAN LAL
THAKUR
7 SUMON SARKAR
8 TUHIN DUTTA
9 SUBRATA RANA
iv)
Administrative and Finance Staff: NIL.
v)
Faculty: NIL.
vi): HoD/Dean NIL.
M-TAB
Chennai,
CIPET,
Annexure – III
18-month Procurement Plan for Works and Goods
II
PG
R&D
1
1
P.G.
Laboratory
R&D
Project
1.30
Shopping
1.10
Shopping
Ultrafiltration unit
0.70
Shopping
Air compressor with
suction pump
Moisture analyzer
0.20
Shopping
0.80
Shopping
Softwares; LCD
projector
DNA/protein gel
electrophoresis units;
semi-dry transfer
apparatus; power
packs
Pipettes (3 sets)
3.50
Shopping
2.00
Shopping
0.50
Shopping
Thermal Cycler (PCR
machine)
Milli Q water
(integral) purification
system
Inverted microscope
2.40
Shopping
4.00
Shopping
1.50
Shopping
- 86 degree freezer
3.50
Shopping
Scintillation Counter
3.00
Shopping
9
10
Nov., 2010
Dec., 2010
Jan.,
2011
Date of Completion
of Contract
Shopping
8
Contract Award
(Date/
Value)
2.0
7
Opening
(Date)
Spectrophotometer
(VIS/UV)
Rotating Disc
Filtration unit
Homogenizer
6
Bids
Invitation
(Date)
5
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Estimated Cost
(Rs in lakhs)
4
Preparation of Bid
Document
(Date)
Description of
Works/
Goods
3
Estimate
Sanctioned
(Date and Value)
Activities
2
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Sl No.
1
Method
of Procurement
Package No.
Department of Biotechnology
11
12
13
14
Jan.,
2011
Mar.,
2011
June,
2011
Nov., 2011
III
Gel Documentation
System
4.00
Shopping
Floor Model
Centrifuge
4.00
Shopping
Sonicator
2.00
Shopping
Spectrophotometer
for metal ion
analysis
3.00
Shopping
Ice Flake machine
3.00
Shopping
Cold room & Dark
room facilities
Tissue culture lab
facilities (plant &
animal)
3.00
Shopping
4.50
Shopping
IV
PG
Surface area analyzer
4.75
Shopping
Automatic film
Applicator
Goniometer (contact
angle measurement)
2.50
Shopping
4.00
Shopping
Bioreactor
2.50
Shopping
UF Module
1.00
Shopping
Solar concentrator
with pyranometer
0.50
Shopping
Project -1
FTIR analyzer
9.50
Shopping
2
Project -2
Flow processing
component of 1-D
Dantac-make LDA
device
8.50
Shopping
11.50
NCB
3
Project -3
0.25
Shopping
1
1
R&D
6
Laboratory
TOC Analyzer
Autoclave
7
Nov., 2010
8
Dec., 2010
11
12
13
Jan.,
2011
Mar.,
2011
June,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Jan.,
2011
Bids
Invitation
(Date)
5
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Estimated Cost
(Rs in lakhs)
4
Preparation of Bid
Document
(Date)
Description of
Works/
Goods
3
Estimate
Sanctioned
(Date and Value)
Activities
2
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Sl No.
1
Method
of Procurement
Package No.
Department of Chemical Engineering
14
Nov., 2011
V
PG
1
1
Corrosion
testing and
monitoring
laboratory
Project -1
R&D
2
3
Project -2
Project -3
0.65
Shopping
0.65
Shopping
Polishing wheel
0.40
Shopping
Belt grinder
1.00
Shopping
Constant temp. water
circulator
Melting point
detector
0.50
Shopping
0.50
Shopping
Vacuum oven
0.50
Shopping
pH-meter
0.60
Shopping
Conductivity meter
0.65
Shopping
Flat cell
0.65
Shopping
GOLD Suite
package
1.00
Shopping
Biochemistry
Molecular Model
[ 5001 / Protein
Nucleic Acid Set “
set of 2 numbers]
1.00
Shopping
Sherwood Scientific
Magnetic Balance
4.00
Shopping
Dehumidifier
1.50
0.75
Shopping
1.00
Shopping
Nitrogen cylinder
with regulator
Turbidity Meter
including standard
Shopping
7
Nov., 2010
8
Dec., 2010
11
12
13
Jan.,
2011
Mar.,
2011
June,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Jan.,
2011
Bids
Invitation
(Date)
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
6
Preparation of Bid
Document
(Date)
5
Estimate
Sanctioned
(Date and Value)
4
Ultrapure water
system
Metal Abrasive
cutter
Design/
Investigation
Completion/
Specification
Finalization
(Date)
3
Method
of Procurement
Activities
2
Estimated Cost
(Rs in lakhs)
Sl No.
1
Description of
Works/
Goods
Package No.
Department of Chemistry
14
Nov., 2011
VI
4
5
Project -4
Project -5
6
Project -6
7
Project -7
Electrodes (CN-,
SO4-, NO3-, Cl-) for
existing Ion Meter
Peristaltic pump
with tubings of
different diameter.
Freez dryer
Chilling bath
(-40 oC)
Ice-O-Matic ice
machines
Freezer (-25 oC)
4 decimal digital
electronic balance,
(Metler)
Digital pH meter,
(Satorious)
Potentiometer
Software
/Programme
Gaussian’09 and
gaussView5 package
software (2 users)
Dip Coating Unit
1.00
Shopping
1.25
Shopping
5.50
Shopping
1.50
Shopping
1.00
Shopping
0.40
Shopping
0.80
Shopping
0.55
Shopping
0.75
Shopping
0.50
Shopping
2.00
Shopping
2.75
Shopping
VII
PG
1
PG
laboratory
6
7
Nov., 2010
4-ch Input Module
LAN-XI 51.2kHz
(CCLD, V)
LAN-XI is
hardware for Data
acquisition.
7.8
Shopping
PULSE FFT
Analysis, 1-2
Channel Node-locked
License Annual
Software
Maintenance and
Support Agreement
for PULSE FFT
Analysis, 1-2
Channel Node-locked
License
For Amplitude,
Natural frequency
& FFT.
3.4
Shopping
Piezoelectric IEPE
Acc, side
connector,
100mV/g, with
TEDS, 3 slots, cable
not incl.
0.80
Shopping
Reaction frame &
column for horizontal
actuator
3.0
Shopping
8
Dec., 2010
11
12
13
Jan.,
2011
Mar.,
2011
June,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Jan.,
2011
Bids
Invitation
(Date)
5
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Estimated Cost
(Rs in lakhs)
4
Preparation of Bid
Document
(Date)
Description of
Works/
Goods
3
Estimate
Sanctioned
(Date and Value)
Activities
2
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Sl No.
1
Method
of Procurement
Package No.
Department of Civil Engineering
14
Nov., 2011
VIII
1
2
3
Project -1
Project -2
Project -3
Actuator & sample
preparation
ABAQUS FEA
software (research
edition) with perpetual
license (Single user
network version)
INTEL Fortran
compiler (compatible)
Intel Pentium
processor 3.0Ghz,
4MB L2 Cache, 800
Mhz FSB, 19” color
monitor (TFT)
1kVA UPS
A4 color laser printer
ACS SASSI
Software
8.0
4.8
Shopping
Shopping
0.6
Shopping
0.35
Shopping
0.10
0.15
Shopping
4.0
Shopping
0.75
Shopping
1.25
Shopping
Shopping
MINOS
R&D
4
Project -4
LINDO/LINDO API
5
Project -5
Soil Erosion
Monitoring System
2.00
Shopping
6
Project -6
ADAPT ABI
software
Double Beam UV
Visible
Spectrophotometer
Peristaltic pump
Horizontal Migration
Tank
Digital pH meter
Centrifuge with Rotor
head
4.00
Shopping
3.0
Shopping
0.45
Shopping
0.12
Shopping
0.10
Shopping
0.16
Shopping
Muffle furnace
0.17
Shopping
7
Project -7
Sl No.
Activities
Description of
Works/
Goods
Estimated Cost
(Rs in lakhs)
1
2
3
4
5
PG
R&D
1
1
Laboratory
PhD
6
TNT-MIPS software
9.00
Direct Contract
Computers and
peripherals
2.25
Shopping
Furniture for computer
0.20
Shopping
Piezometers, read-out
units and accessories
1.75
Shopping
Ion Meter with
electrodes
1.80
Shopping
Gas-Chromatograph
with software
10.00
NCB
Nov., 2010
7
Dec., 2010
Jan.,
2011
9
10
Bids
11
12
13
Jan.,
2011
Mar.,
2011
June,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
Opening
(Date)
Invitation
(Date)
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
8
Preparation of Bid
Document
(Date)
Estimate
Sanctioned
(Date and Value)
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Method
of Procurement
Package No.
IX
Department of Geology
Nov., 2011
14
X
LCD Projector for
High Resolution, wire
less
1
Advanced
Programming
Laboratory
0.70
Shopping
Intra-LAN
Modification /
Implementation
1.00
Shopping
0.25
Shopping
PG
0.24
Shopping
0.765
Shopping
1.00
Shopping
2
Advanced
Operating
System
Laboratory
1.00
Shopping
2.20
Shopping
1.20
Shopping
0.25
Shopping
0.05
3.20
Shopping
Antivirus (Server
Edition) for LAN
Notice Board with
light and cabling
(6’X3’)
False Ceiling
Printer: Heavy Duty
Duplex and Network
Facility
Intra-LAN
Modification
Refurbishment of lab
Interactive Digital
Board for Presentation
Antivirus (Server
Edition) for LAN
Water Stand (3’X2’)
New PC
Shopping
Shopping
10
Dec., 2010
Jan., 2010
Feb.,
2011
Date of Completion
of Contract
Shopping
9
Contract Award
(Date/
Value)
6.29296
0.67
Document Camera
8
Opening
(Date)
Shopping
7
Bids
Invitation
(Date)
0.90
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
6
Preparation of Bid
Document
(Date)
5
Estimate
Sanctioned
(Date and Value)
4
New Display device
(TFT/LCD) Monitors
Refurbishment of lab
Design/
Investigation
Completion/
Specification
Finalization
(Date)
3
Method
of Procurement
Activities
2
Estimated Cost
(Rs in lakhs)
Sl No.
1
Description of
Works/
Goods
Package No.
Department of Computer Science & Engineering
11
12
13
14
Feb.,
2011
Apr.,
2011
July,
2011
Dec., 2011
XI
Cover sheet for highend server
Desktop Computers
(AMD Athlon™ II
processor with speed
2.8 GHz)
High Performance
server (6-Core AMD
Opteron™ processor)
Network Printers (BW
Laser with Wireless
Connectivity adaptor)
Wireless Switches
PG
3
Network
Simulations
Laboratory
10 KVA Online UPS
DUB-H7 7-Port USB
2.0 Hub
Network Cabling
Equipment
Wireless Access
Points/Routers
Operational Software
& Tools (Multi user
Quelnet, Cisco
Spectrum Expert,
Wireshark , WCS)
Software/Data
Workstation for PI
PC (2)
Consumables
0.08
Shopping
5.00
Shopping
6.00
Shopping
0.50
Shopping
0.30
2.00
Shopping
0.50
Shopping
0.20
Shopping
0.50
Shopping
15.00
NCB
8.50
Shopping
21.60
Shopping
Shopping
Contingency
R&D
1
Multi-objective Proj linked
Neuro-Fuzzy
persons(2)/Visiting
analysis of gene scientist
expression data
Computer
maintenance
Travel: national and
international,
registration
(conference)
XII
1
PG
2
R&D
1
6
7.00
Shopping
11.00
Shopping
2.00
NCB
14.00
NCB
16.00
Shopping
7
Dec., 2010
8
Jan., 2010
11
12
Feb.,
2011
Apr.,
2011
13
July,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Feb.,
2011
Bids
Invitation
(Date)
5
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Estimated Cost
(Rs in lakhs)
4
PSIM: Version: Latest
(For 05 user)
Machine set ups with
computer interfacings.
1) DSP Based Multilevel
Three Phase Induction
Motor Drive System
2) Switched Reluctance
Machine
Motor Drive System
Drives
3) Three Phase and
Laboratory Single Transformer
4) Three Phase
Synchronous Machine
and Synchronizing
module
5) Series Universal
Motor
6) AC Motor Speed
Control
Microcontroller/
Microcontrol Microcontroller boards
ler
and interfacing peripheral
Laboratory board, Compiler,
assembler, UPS
Power Systems
Software package(s) for
Advanced
different studies
Power
Systems
Desk top computers
Research
with UPS, computer
Laboratory
tables and other
accessories.
Preparation of Bid
Document
(Date)
Description of
Works/
Goods
3
Estimate
Sanctioned
(Date and Value)
Activities
2
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Sl No.
1
Method
of Procurement
Package No.
Department of Electrical Engineering
14
Dec., 2011
XIII
PG
1
Laboratory
2
Project -2
2.00
Shopping
Cognitive Radio
Trainer Kit
2.00
Shopping
2.00
Shopping
2.00
0.50
Shopping
10.00
NCB
1.00
Shopping
10.00
NCB
9.00
Shopping
2.00
Shopping
8.00
Shopping
FEKO EM Simulation
Software
Anechoic chamber
with measurement
facility
High end Computing
platform along with
accessories ( 2 nos.)
Wireless Sensor
Network simulator
using LABVIEW:
Shopping
7
Dec., 2010
11
12
Feb.,
2011
Apr.,
2011
13
July,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Feb.,
2011
Bids
Invitation
(Date)
Estimate
Sanctioned
(Date and Value)
8
Jan., 2010
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Shopping
Shopping
Workstation
R&D
15.00
1.50
Noise Generator
Agilent 4284A/4285A
precision LCR meter
for C-V measurement
of MOS device.
Project -1
6
Shopping
Wireless LAN Kit;
802.11/15/20
Wimax/ 3GPP LTE
Trainer Kit
MIMO Design Bench
1
5
5.00
Preparation of Bid
Document
(Date)
4
IE3D Software
Antenna and
Microwave circuit
fabrication machine
Microwave Laminate
Design/
Investigation
Completion/
Specification
Finalization
(Date)
3
Method
of Procurement
Activities
2
Estimated Cost
(Rs in lakhs)
Sl No.
1
Description of
Works/
Goods
Package No.
Department of Electronics & Communication Engineering
14
Dec., 2011
XIV
1
3.00
3.24
0.35
0.25
0.35
0.35
0.35
0.32
0.29
Shopping
Shopping
Shopping
Shopping
Shopping
Shopping
8.00
Shopping
2.00
Shopping
2.00
Shopping
1.00
Shopping
1.00
Shopping
1.50
Shopping
3.00
Shopping
Project -1
Computer
Tablet PC
Laser Printer
Router/Switch
Pen Tablet
Headset
Webcam
Table
R&D
2
3
4
Project -2
Project -3
Project -4
Books
Programmable
WDM Switch
Routing Switch
Embedded System
Design Kits
Sensor Development
Kits
Wireless Routers with
MIMO accessibility
LEDA Development
Tool
Mathematica for using
MathCAD
10
Dec., 2010
Shopping
Shopping
Shopping
Jan., 2010
Feb.,
2011
Date of Completion
of Contract
NCB
9
Contract Award
(Date/
Value)
20.00
8
Opening
(Date)
RISC Based Server,
PCs, Switch,
Furniture
Laboratory
7
Bids
Invitation
(Date)
6
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
5
Preparation of Bid
Document
(Date)
4
Estimate
Sanctioned
(Date and Value)
3
Design/
Investigation
Completion/
Specification
Finalization
(Date)
1
Method
of Procurement
PG
Estimated Cost
(Rs in lakhs)
2
Description of
Works/
Goods
Sl No.
1
Activities
Package No.
Department of Information Technology
11
12
13
14
Feb.,
2011
Apr.,
2011
July,
2011
Dec., 2011
XV
PG
1
Laboratory
0.90
0.35
Shopping
Comp. Table &
Chair, Flooring,
Curtain
A/C(3 pieces)
Printers(2 pieces)
Antivirus software
R&D
1
PhD
Shopping
Shopping
Shopping
0.20
Shopping
Comp. (5 pieces)
2.50
Shopping
Apple with MAC
1.00
2.50
1.50
Shopping
1.50
Shopping
0.90
Shopping
MATLAB
UPS
Comp. Table & Chair,
Flooring, Curtain
A/C(3 pieces)
Shopping
Shopping
10
Jan., 2011
Feb., 2011
Mar.,
2011
Date of Completion
of Contract
Shopping
UPS
9
Contract Award
(Date/
Value)
1.50
MATLAB
Shopping
8
Opening
(Date)
Shopping
7
Bids
Invitation
(Date)
2.50
1.00
2.50
1.50
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
6
Preparation of Bid
Document
(Date)
5
Estimate
Sanctioned
(Date and Value)
4
Comp. (5 pieces)
Apple with MAC
Design/
Investigation
Completion/
Specification
Finalization
(Date)
3
Method
of Procurement
Activities
2
Estimated Cost
(Rs in lakhs)
Sl No.
1
Description of
Works/
Goods
Package No.
Department of Mathematics
11
12
13
14
May,
2011
Aug.,
2011
Mar.,
2011
Jan., 2012
XVI
PG
R&D
1
1
Modernization
of Machine
Dynamics &
Control
R&D
Project
3D PIV with data
acquisition system
8.60
Shopping
7.00
Shopping
4.40
Shopping
12.00
Direct Contract
18.00
NCB
29.30
NCB
7
Jan., 2011
8
Feb., 2011
11
Mar.,
2011
12
13
May,
2011
Aug.,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Mar.,
2011
Bids
Invitation
(Date)
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
6
Preparation of Bid
Document
(Date)
5
Estimate
Sanctioned
(Date and Value)
4
Precision Modular
Servo Control Work
Shop
Dynamic Balancing
Machine
Auxiliary Equipments
(Gyroscope, Coriolis
component of
acceleration setup,
setup for universal
vibration, cam
analysis, whirling of
shaft, demonstration
board model, beam
vibration analysis)
Labview Professional
Software &
accessories (including
Control & Simulation,
Sound & vibration
measurement suite,
PID & fuzzy logic
suite)
Multi channel FFT
Analyzer with (a)
Transducers, (b) Pickups, (c) Micro-phones,
(d) Impact Hammer,
(e) Accelerometer
Design/
Investigation
Completion/
Specification
Finalization
(Date)
3
Method
of Procurement
Activities
2
Estimated Cost
(Rs in lakhs)
Sl No.
1
Description of
Works/
Goods
Package No.
Department of Mechanical Engineering
14
Jan., 2012
Sl No.
Activities
Description of
Works/
Goods
Estimated Cost
(Rs in lakhs)
1
2
3
4
5
6
PG
1
Materials
Engineering
Laboratory
Equipments and
Software
35.00
NCB
R&D
1
Industrial
Metallurgy
Equipments
15.00
NCB
Jan., 2011
7
Feb., 2011
Mar.,
2011
9
10
Mar.,
2011
11
Bids
12
13
May,
2011
Aug.,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
Opening
(Date)
Invitation
(Date)
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
8
Preparation of Bid
Document
(Date)
Estimate
Sanctioned
(Date and Value)
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Method
of Procurement
Package No.
XVII
Department of Metallurgical and Materials Engineering
Jan., 2012
14
XVIII
PG
1
Materials
Synthesis
Laboratory
R&D
1
PhD
6
2.50
Shopping
7.00
Shopping
Vacuum furnace up to
6000C
5.00
Shopping
Magnetic shaker with
freezing system
0.50
Shopping
Differential Thermal
Analyzer
12.00
Shopping
Laser Energy Meter
3.00
2.00
Shopping
1.00
Shopping
2.00
Shopping
Voltage source
Ultrasonic Bath with
temperature control
Ultrasonic Tip
7
Jan., 2011
8
Feb., 2011
Shopping
Department of Computer Centre
11
Mar.,
2011
12
13
May,
2011
Aug.,
2011
Date of Completion
of Contract
Contract Award
(Date/
Value)
10
Opening
(Date)
9
Mar.,
2011
Bids
Invitation
(Date)
5
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Estimated Cost
(Rs in lakhs)
4
Spectrometer
Materials
Characterization accessories
Laboratory
GM Counter
Preparation of Bid
Document
(Date)
Description of
Works/
Goods
3
Estimate
Sanctioned
(Date and Value)
Activities
2
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Sl No.
1
Method
of Procurement
Package No.
Department of Physics
14
Jan., 2012
PG
1
Laboratory
NCB
10.00
NCB
3.00
Shopping
0.20
Shopping
1.00
Shopping
9.00
Shopping
7.00
Shopping
Autocad, Borland
C++, MatLab,
Fluent, Aspen, Catia.
9
10
Jan., 2011
Feb., 2011
Mar.,
2011
Date of Completion
of Contract
28.00
8
Contract Award
(Date/
Value)
70 number Personal
Computers
6 number 10KVA
online UPS
Heavy Duty color
printer
A4 scanner 4
numbers
Wireless projectors 2
numbers with screen.
Servers for Domain,
Database, Software,
Print server, and
Backup purpose.
7
Opening
(Date)
6
Bids
Invitation
(Date)
5
Receipt of Bank’s
No Objection to
Bidding Document
(Date)**
Estimated Cost
(Rs in lakhs)
4
Preparation of Bid
Document
(Date)
Description of
Works/
Goods
3
Estimate
Sanctioned
(Date and Value)
Activities
2
Design/
Investigation
Completion/
Specification
Finalization
(Date)
Sl No.
1
Method
of Procurement
Package No.
XIX
11
12
13
14
May,
2011
Aug.,
2011
Mar.,
2011
Jan., 2012
SWOT ANALYSIS
2
A detailed SWOT analysis was carried out involving all the stakeholders including faculty, staff, students
and alumni. First it was conducted at the department level by all the Engineering Department as follows.
1.
2.
3.
4.
5.
6.
7.
8.
9.
Biotechnology
Chemical Engineering
Computer Science & Engineering
Civil Engineering
Electronics & Communication engineering
Electrical Engineering
Information Technology
Mechanical Engineering
Metallurgical & Materials Engineering
Besides, the following departments which also offer M. Tech. programmes separately carried out the
SWOT Analysis.
1.
2.
3.
4.
Physics
Chemistry
Mathematics
Geology
The departments’ faculty and staff members along with the students of Ph.D, Postgraduate and
Undergraduate levels assembled and after elaborate discussions prepared the analysis. The same was
communicated to the central committee for final report preparation.
The findings submitted by the departments were collated and placed before a meeting presided by the
Director of the Institute. In the meeting Deans, Head of the Departments, and representatives of Faculty,
staffs, students and alumni were present. Finally, a detailed SWOT analysis report of the Institute was
prepared for developing the strategic plan.
National Institute of Technology Durgapur
Sub- component 1.2
3
SWOT Analysis of National Institute of Technology Durgapur
Strength:
1. Nearly all eligible academic programmes accredited by NBA
2. Excellent quality of students selected through AIEEE and GATE examinations leading to good
academic results and excellent placement
3. Well-qualified and motivated faculty members with diverse background. Rich heritage of quality
teaching
4. An ideal mix of experience and youth in the faculty members
5. Knowledgeable, versatile and competent supporting staff
6. Regular revision of curricula and syllabi with the help of experts from academia and industries
7. Upgradation of laboratories through different Govt. funding agencies and availability of state-ofart instruments and utility software packages
8. Prevalence of open environment for student-teacher interaction
9. Good evaluation procedure of the performance of the students including continuous assessment
through regular class tests and quiz and regular performance evaluation of the teachers by the
students
10. Focus on research bringing about large number of publication and reviews by faculty members.
Large number of sponsored research in progress
11. Students encouraged to take up research early. A large number of pre-final year students engaged
in research projects in premier institutes, both in India and abroad. Students also encouraged to
present paper in the conferences/seminars.
12. Faculty development programmes given highest priority by way of collaborative research
programmes with premier institutes, both in India and abroad. The Institute organizes many
short-term courses/seminars/conferences
13. Formal collaboration with CERN Geneva, Caledonian College of Engineering Glasgow (Muscat
campus), Jawaharlal Nehru University New Delhi and many other premier institutions in the
world
14. WB Regional Centre of Excellence of Indo-US Collaboration for Engineering Education
(IUCEE), QIP center for M. Tech. for polytechnic teachers
15. Large number of community development projects taken up through NSS & TEQIP
16. Located in an industrial, research and educational hub
17. Presence of students’ professional chapters and clubs to strengthen extra-curricular activities
Weakness
1. Inadequate facilities for the post graduate laboratories and research
2. Limited number of research scholars in engineering disciplines
3. Limited number of students in some of the PG programmes, particularly in a few core
engineering disciplines
4. Inadequate number of technical and supporting staffs
5. Inadequate space for expansion of laboratories and setting up new laboratories
6. Inadequacy of departmental library
7. Limited access to full text research articles of international peer-reviewed journals
8. Inadequate number of equipped class rooms
National Institute of Technology Durgapur
Sub- component 1.2
4
9. Poor hostel management
Opportunities
1. Globalisation of education opening up huge opportunities for market driven courses and research
2. Enhanced internal revenue generation possible through sponsored research, consultancy &
testing and continuing education programme
3. With the benefits reaped from TEQIP-I, the Institute should embark upon the endeavour to
establish itself as a true international centre of excellence.
4. Enhanced participation of well placed alumni in different parts of the country and abroad
5. Collaboration with more universities of repute and research organizations in India and abroad
6. QIP centre for Engineering college teachers for both M. Tech and Ph. D. levels
7. More efficient procurement systems
8. Removal of obsolete machineries, increasing active space
9. Training of staff members in specialized areas
10. Enhanced participation of faculy / students in community services
Threat
1. Challenges from foreign technical institutions and private engineering colleges
2. Tendency of brighter students to join high paid jobs rather than research and education
3. Rapid increase of students’ intake putting pressure on infrastructure and quality of education
National Institute of Technology Durgapur
Sub- component 1.2
5
SWOT ANALYSIS OF
DEPARTMENTS
National Institute of Technology Durgapur
Sub- component 1.2
6
Department of Biotechnology
1. Give the details of SWOT analysis carried out.
(i)
Main Strengths
(a) Qualified faculty members of diverse background.
(b) Active research with ongoing sponsored projects.
(c) Good quality students, students are recipients of various scholarships like DAAD, NUS, IAS,
KVPY, JNCASR, etc.
(d) Good student teacher relationship.
(ii)
Main Weaknesses
(a) Shortage of water supply and electricity.
(b) Lack of space – department should have its own building/block to provide the space for
B.Tech. and M.Tech. classes, seminars, and laboratories.
(c) Not a single technical assistant/lab attendant for assistance in routine practical classes.
(d) No departmental classroom and seminar room, shortage of faculty rooms.
(e) High teaching load due to less faculty members.
(f) Inadequate funding for providing on hand practical training to individual students.
(g) Inadequate access to scientific journals.
(iii)
Opportunities
(a) If space is available funding could be brought in from diverse funding agencies from within
and outside the country.
(b) Collaboration with foreign universities and industries.
(c) Opportunities should be further increased for the placement in core companies.
(d) MOU with different universities/institutes/industries across the world should be increased for
students’ career development.
(iv)
Threats
(a) Space for the department
(b) Poor placement
2. (i) Structure of the academic staff
Professor – 02; Associate Professor-01 Assistant Professor – 08;
(ii) Students: initial conditions, development and final conditions
3. Describe briefly the participation of faculty members/students in the proposal preparation.
All the faculty members, research scholars and students have participated in proposal preparation.
4. Describe the objectives and expected results of the Development Proposal link with SWOT analysis.
National Institute of Technology Durgapur
Sub- component 1.2
7
5. Milestones to Evaluate Project Implementation
6. Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
Faculty members should be updated through refresher courses and trainings to mordenize and update
their subjects.
Research funding should be brought in to enhance the scientific infrastructure.
Physical space for the class rooms, seminar rooms and laboratories should be provided by the institute.
7. Provide the Action Plans for

Improving employability of graduates
MOU and collaboration should be developed between
universities/institutes/industries to improve employability of graduates.

Indian
and
foreign
Increased learning outcomes of the students
Students should be exposed to various academic and industrial trainings.
8. Provide an action plan for improving the academic performance of SC/ST/OBC/academically weak
students through innovative methods, such as, remedial and skill development classes for increasing
the transition rate and pass rate with the objective of improving their employability.
Special classes and trainings will be provided for improvement of such students
9. Provide an action plan for strengthening of PG programs, if any and starting new PG Programs, if
any.
New modern subjects and research projects on advanced fields will be introduced.
10. Provide an action plan for scaling‐up enrollment into Master and Doctoral programme (Include
measures to attract qualified students & maintain high quality standards)
Syllabus will be mordenized including advanced subjects, laboratory classes will be enriched by
introducing advanced technique based experiments, students will be exposed to industrial and academic
trainings provided by various Indian and foreign institutes.
11. Provide an action plan for improving interaction with industry.
Faculty members should collaborate with various industries and take up industrial problem related
projects.
12. Provide an action plan for :
(i) Quantitatively increasing and qualitatively improving research by faculty individually, jointly
and collaboratively.
Faculty members are currently involved in collaborative research with Indian universities/industries
like IIT, JNU, NIPGR, BPCL, GSI, JU, etc. and with foreign universities. This type of collaboration
will be increased in future.
National Institute of Technology Durgapur
Sub- component 1.2
8
(ii) Developing research interest among Under Graduate students
Under graduate students will be exposed to research projects based on frontier areas of modern
science and technology.
(iii) Collaborating with Indian and foreign institutions in academic and research area through MOUs
Faculty members will be involved in developing collaboration through MOU with Indian and foreign
institutions.
13. Describe the relevance and coherence of development proposal with State’s/National industrial /
economic development plan.
The proposal is highly relevant to State’s/National industrial / economic development plan.
National Institute of Technology Durgapur
Sub- component 1.2
9
Department of Chemical Engineering
A SWOT analysis was carried out involving all the stakeholders including faculty, staff, UG andPG
students and research scholars through an open house discussion. The findings were compiled and
summarized as given below.
SWOT
1. Well qualified, talented and experienced faculty members.
2. High degree of honesty, integrity and dedication of the faculty members.
3. Transparency in the functioning of the department.
4. Accredited B.Tech. & M.Tech. Programs.
5. Involvement of faculty members in research and sponsored projects.
6. Availability of fund under different Govt. of India Projects such as DST-FIST, DSTGREENTECH,
DST-SERC etc. for supporting research activities in the Department.
7. Availability of high valued analytical instruments like SEM, X-ray Diffractometer, AASHPLC etc. in
the Department or the Institute.
8. Strong research capability of the department as evident in good number of publications in peerreviewed international journals.
9. Research infrastructure in the areas of environment and membrane technology, combustion
engineering, fluid mechanics, control, modeling & simulation.
10. High valued experience of the faculty members through participation in national and international
training programs, collaborative research programs and conferences.
11. Availability of quality students at the B.Tech level through AIEEE.
12. Provision of regular revision of curriculum and syllabus to meet up the present day need of the
industries.
13. Prevalence of open environment for student-teacher interaction.
14. Brand name of the Institute as an Institute of National Importance vis-à-vis private institute.
Weakness
1. Very limited access to full text research articles of international peer-reviewed journals in chemical
engineering.
2. Very limited space hindering expansion of existing laboratories, development of new labs, setting up
of departmental library, departmental conference room, provision of seating rooms for faculty members
etc.
3. Limited utility services in terms of water and electricity seriously jeopardizing research activities in the
laboratories. Restriction on electricity supply hindering installation of new equipment, A.C.s., etc. in the
laboratories and seminar rooms.
4. Inadequacy of technically qualified supporting staff leading to hindrance in offering adequate number
of laboratory experiments to the students as well as maintenance of the laboratory set-ups.
5. Inadequacy of the experimental set-ups in some of the laboratories amidst difficulty in removal of
obsolescence due to space problem.
6. Complete absence of secretarial staff in coordination of office activities, procurement of materials and
equipment under various projects and Govt. schemes.
7. Lack of space and supporting staff leading to difficulty of running departmental library.
8. Lack of some analytical instruments such as AFM, Particle Size Analyzer, Mercury porosimeter, BET
Surface Area Analyzer, TOC analyzer, GC-MS etc. in the Department or the Institute.
9. Limited course on programming language, mathematical/numerical methods in course curricula.
10. Difficulty in getting quality PG students and research scholars in the face of tough competition from
IITs and foreign Universities.
11. Brand name of IITs in matters of fetching high valued industrial consultancy projects.
National Institute of Technology Durgapur
Sub- component 1.2
10
Opportunity
1. Reasonably good GDP growth rate, availability of huge domestic market leading to sustainable market
demand for the Chemical engineers produced by the department.
2. Recognition of the department through various government-sponsored research projects and
infrastructure development projects on a number of areas.
3. High potential of attracting bright students/faculty members due to the brand name of NIT vis-à-vis
private Institutes.
4. Scope of obtaining more sponsored research, consultancy & testing with the recently developed
infrastructure, administrative reform and enhanced faculty strength.
5. Well placed alumni in different parts of the country.
Threat
1. Rapid commercialization of education leading to difficulty in attracting meritorious and economically
backward students from across the society and the country.
2. Global competitive scenario in the field of education and employment.
3. Poor growth in the manufacturing sector vis-à-vis service sector.
4. Rapid emergence of some well-equipped private institutions supported by industrial houses.
5. Challenges from opening up of higher education sector to foreign universities.
6. Declining quality of the students and aggressive consumerism.
7. Possibility of gradual cut in central funding due to gradual shift in government policy.
National Institute of Technology Durgapur
Sub- component 1.2
11
Department of Civil Engineering
STRENGTHS, WEAKNESSES, OPPORTUNITIES AND THREATS (SWOT) ANALYSIS
SWOT analysis for Civil Engineering Department has been carried out on 27.07.2010 involving the
Students, Teaching and Non-Teaching staffs of the Department. All participants have assembled in the
seminar room of Civil Engineering Department and are briefed about the procedures and guidelines for
SWOT Analysis.
A.
Strength
1. Advantages of the Department
a) Students-teachers interactions are good
b) Motivated and Dynamic qualified Faculty members
c) Leadership role of HODs
d) Good R&D activities
e) Field specific design of Laboratory experiments and updating of curriculum
f) Good Computational facilities with advanced computational software
g) Internationally reputed faculty members, some of them are in editorial board of International
Technical Journals, some of them are working in internationally co-ordinated projects oriented to
Indian problems.
h) Faculty members are from diversified geographical and cultural background which helps in
assimilating students from different parts of the country and make their stay at the department a
memorable one.
i)
Faculty members have visions to foresee the problems our country is likely to face and give
solutions to those problems.
j)
Good academic Atmosphere
k) Well qualified experience technical staffs
l)
Faculty involved in the major Institute administrative and related works
2. The activities the Department can plan to do better
a) More Number of Educational/Industrial trips for students.
b) Initiate research oriented applied projects which would help in revising the course curriculum to
suit the need of the hour.
3. The relevant resources on which the Department has access to.
a) Central Computing Facilities,
National Institute of Technology Durgapur
Sub- component 1.2
12
b) Inter Library Loan,
c) Access to National and Institutional Research Institutions, Faculty and Students Interactions
exchange programme,
d) National and international funding agency for the projects
4. Vision of others about Departments strengths.
a) Society’s perception towards solving their applied problems by our department
5. Unique Selling Points (USPs)
a) Very Good placement scenario of the Department
b) Unique solutions to each problem referred.
6. Financial reserves of the Departments along with returns from fees and other sources
Nil
B. WEAKNESSESS:
1. The possibility of improvements
a) Less number of Classroom contact hours and more encouragement for innovative thinking and
self study for the students
b) Lack of working in a team for a multidisciplinary project.
c) Young faculties can be encouraged to bring projects and suitable award should be given for the
quantum of project earned.
d) Processing of official matters should be speeded up.
2. Weak processes and systems and inadequate facilities
a) Facilities, such as centralised office for students and faculty can be implemented
b) More Sponsored projects
c) Curriculum restructuring, modifications and continuous updating catering to the needs of the
Industries
d) Departmental Library facilities
e) Support for Ministerial works
f) Modernisations and removal of obsolesces
g) Class rooms are to be connected with modern teachings tools
h) Class rooms should be comfortable and provided with basic amenities to aid better teachinglearning processes.
National Institute of Technology Durgapur
Sub- component 1.2
13
i)
Independent Departmental building with modern facilities
j)
Lack of financial Support to the deserving students can be looked into.
3. Lack of competitive strengths
No incentives and awards to faculty as well as student members
4. Lack of industry/network partners
Being in the industrial hub, interaction with industries must be increased to have wide area
network.
5. Financial situation, cash flow and cash‐drain of the Department
a) No revenue generation,
b) No financial freedom of the Department,
c) Department should raise its own budget
6. Means to perform in a more effectively and efficient manner changes in the institutions to help them
function more efficiently
a) Decentralization of powers and functions
b) Lack of motivation for higher studies
c) Opening of more number of Postgraduate programmes
d) Inadequacy of qualified faculty members for running certain postgraduate programme
7) Method to stop each weakness
The Departments need to identify the weaknesses and take remedial measures to overcome them.
7. OPPURTUNITIES:
1. The good opportunities facing us
Huge scope for funding applied projects.
2. The interesting trends we are aware of
a) The Department is approached with more number of Industry problems as Consultancy works
b) Increase in the intake of number of civil engineering students
c) More inclination towards civil engineering trade
3. Technology development and innovation
Nil
4. Growing student demand
5. Increased attraction for qualified future faculty
National Institute of Technology Durgapur
Sub- component 1.2
14
6. Research in niche area system
Pursuing research area in decision support system for integrated water resource management and flood
mitigation,
Huge potential for Collaborative research/industrial partnership
7. Geographical expansion
Industries/Organizations from far and remote places are approaching for consultancy jobs. We are taking
field trips for on site assessment of the problem and solutions
8. Employment and industry trends
1) Increased placement facilities and opportunities for post graduate students
2) Employment opportunities through engagement in collaborative research projects and
consultancy jobs
9. Unique Selling Points (USPs)
NIL
10. Industry Institution partnership
Being situated amongst industrial hubs, ample opportunities for industrial interactions and taking of new
initiatives
11. Innovations, product development, patent, business development
Good number of papers in peer reviewed national and international journals,
Organizing international conferences on the current topics of climate change
12. Global influences, opportunities
MOUs with international universities for faculty and students exchange programme, Opportunities to the
faculty and students for visiting foreign university for academic activities, involvement in international
research projects
D. THREATS:
1. Obstacles faced by the Institution ‐ Social, Political and Managerial
2. Doings of the competitors
Arising of private institution
3. Change in the required specifications for services of the Department
4. Threats of changing technology threatening
Faculty are required to keep abreast with the latest development in the respective field for continuous
revision of the curriculum
National Institute of Technology Durgapur
Sub- component 1.2
15
5. Declining supply of qualified faculty
Nil
6. Loss of key staff
Day by day technical staffs are reducing, lack of unfilled technical staffs
7. Declining quality of students
Yes
8. Difficulty of sustaining internal capabilities
Abrasion among the qualified faculties
9. Lack of new ideas and access to fast‐changing technology
New ideas are there but by the time we are implementing the new idea, there is delay in catching the
technology
10. Lack of industry‐Institution partnership
Industries are not willing to take risk and invest in implementing new ideas.
National Institute of Technology Durgapur
Sub- component 1.2
16
Department of Computer Science Engineering
1. Give the details of SWOT analysis carried out.
Strengths
 Highly qualified and motivated faculty
 Well equipped laboratories.
 Strong research activity.
 Teamwork and cooperation among all members of the department.
Weaknesses
 Core Computer Science companies not coming for
 Placement interviews.
 Lack of motivation among students after obtaining jobs in
 campus placements.
 Space crunch in the department.
 Power distribution problem
 Lack of adequate technical staff
Opportunities
 Industry Institute collaborations
 Sponsored research projects
 Collaborations with foreign universities.
 Enhanced participation of the alumni in institute affairs.
Threats
 Students opting for taking up high paying jobs rather than research.
 Severe lack of highly qualified faculty
2. (i) Structure of the academic staff
Professors: 2
Asst. Professors: 3
Lecturers: 5
(ii) Students: initial conditions, development and final conditions
UG : Initial – Class 12 pass outs with no technical background whatsoever.
Final – Qualified Computer Engineers.
PG : Initial – Qualified Computer Engineers.
Final – Engineers with a deeper understanding of the advanced topics.
3. Describe briefly the participation of faculty members/students in the proposal preparation.
The SWOT analysis was prepared with full participation of all faculty members and research
scholars of the department.
4. Describe the objectives and expected results of the Development Proposal link with SWOT
analysis.
The SWOT analysis aided the process of identifying objectives and areas of possible development.
5. Milestones to Evaluate Project Implementation
 Enhanced student intake in UG and PG.
National Institute of Technology Durgapur
Sub- component 1.2
17



More research papers published by students and faculty of the department.
Upgradation of the infrastructure of the department.
Faculty self-appraisal and student feedback.
6. Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
 Immediate correction of the power problem in the department.
 Addressing the space crunch in the department.
 Make a concrete plan for the long term maintenance of the lab equipments and
infrastructure.
7. Provide the Action Plans for
(a) Improving employability of graduates
 More collaborative projects with industry
(b) Increased learning outcomes of the students
 Provision for adjunct professors.
 Motivate students to become members of professional bodies.
(c) Provide an action plan for improving the academic performance of
SC/ST/OBC/academically weak students through innovative methods, such as, remedial and
skill development classes for increasing the transition rate and pass rate with the objective of
improving their employability.
 Video lectures and distance learning.
 Summer internship in premier institutions of the nation.
(d) Provide an action plan for strengthening of PG programs, if any and starting new PG
Programs, if any.
 Giving more live projects and attaching MTech students with sponsored research projects in
the department.
 Offering more electives to the PG students.
(e) Provide an action plan for scaling‐up enrollment into Master and Doctoral programme
(Include measures to attract qualified students & maintain high quality standards)
 Increase opportunity for participating in live research projects in order to motivate students
to opt for research.
(f) Provide an action plan for improving interaction with industry.
 Organize seminars and interaction sessions with eminent researchers from industry.
 Joint mentoring of projects by faculty and members from industry.
Stronger alumni networking.
(g) Provide an action plan for :
(iv) Quantitatively increasing and qualitatively improving research by faculty individually, jointly
and collaboratively.
Regular seminars and workshops for exchange of ideas.
Provision for adjunct professor.
Sponsored research projects.
(v) Developing research interest among Under Graduate students
Involvement in research projects of the department.
Summer internships in premier research institutions.
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(vi) Collaborating with Indian and foreign institutions in academic and research area through MOUs
Improve foreign collaborations.
Organise conferences.
(h) Describe the relevance and coherence of development proposal with State’s/National
industrial / economic development plan.
Highly trained and confident engineers produced by the department are contributing and will
contribute to the development of the nation.
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Department of Electronics & Communication Engineering
1. Give the details of SWOT analysis carried out.
(v)
Main Strengths
The department of Electronics & Communication Engineering was started in 1983 with
an intake of 30 students. From the very first batch, the best students opted for Electronics
& Communication Engineering, so the intake was gradually increased to 60 in 2000 and
consequently to 92 in 2010.
The teaching faculties of the department are qualified and good. The have the potential to
elevate the department towards excellence. The faculty members have been working in
different field of electronics and communication engineering which can be broadly
classified in to three categories namely (1) microwave engineering and antennas (2)
microelectronics and VLSI (3) wireless and mobile communication. These are the three
areas of research where clusters could be formed to enhance the present standing of these
groups.
The department started two M. Tech courses namely Telecommunication Engineering
and Microelectronics and VLSI. The former was started in 2005 and the later in 2008. In
both these courses mostly GATE qualified candidates are admitted and they help in
conducting research activity through their M. Tech project work. So three groups of
teachers along with the research students and M. Tech students are doing active research
in the fields (1) microwave engineering and antennas (2) microelectronics and VLSI (3)
wireless and mobile communication A state of the art Microelectronics and VLSI lab
with all the major EDA tools are available in the department through SMDP project in
VLSI. B. Tech, M. Tech and PhD students belonging to this research area work with
these tools.
Presently there are 7 teachers with PhD degree and are taking part in active research.
Others 7 are pursuing for their PhD work. The faculty members are highly motivated
such that they carry out this tremendous work of teaching and research work despite a
shortfall in number.
(vi)
Main Weaknesses
Number of faculty members in the department is 14, wich is very less for carrying on
with a B.Tech courses with 92 students and two M.Tech courses with 24 students in each
stream. From the very inception of the department in 1983 the faculty strength was not
more than 9 till 2007. This has stranded the development of the department in terms of
research activity and teaching quality.
The department has serious problems in laboratory facility and space crunch. The
department is housed in a three-storied building. The ground floor and first floor was
made considering an intake of 30 students and the laboratories were designed
accordingly. The second floor of the building is dedicated of the postgraduate students of
two disciplines i.e. (i) Telecommunication and (ii) Microelectronics and VLSI. In the UG
class the number of students has been increased to 60 from 30 in 2000 and gradually in
steps to 92 in 2010. However the lab space has remained unchanged. The teachers and
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technical staff are somehow managing the routine by working in shifts as the laboratory
space is adequate only for 30 students. No. of students in the M.Tech class is also
increasing so there is a crunch in space and instruments. The teachers and technical staff
has to handle a large number of students which is degrading the standard of teaching as
well as research.
(vii)
Opportunities
Quality of faculty is good but less in number. Quality of students is also very good. If
adequate number of teachers could be recruited and if sufficient space is provided then
teachers and students could work in unison and produce worthy outputs. The M.Tech
students are mostly GATE qualified and have the potential to do good work which could
be fruitful to research Institute and to the industries. But due to lack of adequate faculty
members the scope for extensive interaction between them and members of research
Institutes as well as Industry is not possible. They require time off from their daily
routine job to go for such interactions. There are adequate opportunities for such
interactions process and have to be sustained if started. If given opportunity and
sufficient time then the faculty members can bring laurels to the department, which in
direct form can benefit the students.
(viii)
Threats
If proper steps are not taken in time to provide facilities to the students, with respect to
accommodation, departmental infrastructure and adequate number of teacher student
ratio together with maintaining faculty standard it would not be possible to attract top
student to join the institution. Interactions with industries have to be continued and
cannot be sporadic. If due to lack of faculty and infrastructure, interactions are not
prolonged, industries will lose interest in the institution and look for better options.
2. (i) Structure of the academic staff
The academic staff comprises of Professors, Associate Professors, Assistant Professors and
Technical Assistants. Presently the academic staff positions are as follows:
Professors :02, Associate Professors: 05, Assistant Professors: 07, Technical Assistants: 02
Project Staff (SMDP-II): Faculty: 02, Lab Engineer: 02
(ii) Students: initial conditions, development and final conditions
The students are selected through All India Engineering Entrance Examination (AIEEE) after
completing successfully the (10+2) course. The students go through eight semesters of theory
and sessional courses over a span of four years. The odd semesters start in July and end in
December and the even semester start in January and end in April. At the end of each semester
examinations are held and grades are awarded. After completing successfully all the eight
semesters B.Tech degree in the respective discipline is awarded with an accumulated average
grade point. The students are also placed in different organizations through campus selection
procedure and are also motivated to join research institutes as scientists.
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3. Describe briefly the participation of faculty members/students in the proposal preparation.
Some students (six from each year) from the final and pre-final years were picked up who were
regular in attendance and they along with the faculty members and academic non-teaching staff
were engaged in a one day informal seminar to discuss on some of the points. Students, faculty
members and academic staff members voiced their deliberations and on the basis of the acceptance
by the members present.
4. Describe the objectives and expected results of the Development Proposal link with SWOT
analysis.
It has been pointed out in the SWOT analysis that at present there are three main hurdles in the
development process, which could be listed as follows:
a) Large number of students sharing small resource
b) Faculty number is not adequate so far as number of student intake is concerned
c) Space for laboratory is very much inadequate.
The space presently available for the Electronics and Communication Engineering department was
meant for an intake of 30 students. However the intake has increased from 30 to 92 for B.Tech
course but laboratory space and other facilities have not increased to cater to the needs of an
increased number of students. This has led to severe resource crunch.
The development proposal is aimed at providing the infrastructure to the B.Tech students so that
they may learn the subject according to international standards. At the same time post-graduate
activity (M.Tech courses) in (i) Telecommunication (ii) Microelectronics and VLSI should continue
in the proper manner as well as the research activity in the department should improve. More
number of research scholars should be inducted and they should get the proper guidance from their
supervisors. For this to happen more number of faculty positions need to be created and existing
ones should be filled up. The number of technical support staff should increase to provide to cater to
the laboratory of the present intake. This will enable faculty members to have more interaction with
the students on a regular basis.
5. Milestones to Evaluate Project Implementation
Initially plans to be taken up are the following
(a) Funds to be provided for the development of the infrastructure so that the labs can cater to the
needs of 100 students as well as 50 M.Tech students together with the research scholars.
(b) Simultaneously equipments are to be procured as per the existing needs. At present equipments,
which are absolutely necessary and can be housed in the present infrastructure available are to be
procured. Further augmentation could be done with the coming up of new housing for the expanded
lab infrastructure. However these are absolutely necessary to train the students properly.
(c) Existing vacant posts are to be filled up on a war footing. However the number is not adequate, if
the institute has to excel in research and consultancy, more technical personnel and faculty members
are to be in place so that such activities could be carried on without much of a hindrance.
6. Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
To modernize and update the curriculum, funds are to be provided so that the lab set up could be
changed according to the requirement. New laboratories for optical communication, mobile
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communication, embedded systems, antennas and propagation and microwave circuit simulation lab
could be made for training the students. Academic staff comprising of both faculty and technical
assistants to be trained as per the requirement of present day technological development.
7. Provide the Action Plans for

Improving employability of graduates
The course needs to be modernized as per industry requirement. Students to be given in
house training in industry during their UG so that they can have an actual feel of industrial
conditions. This would improve employability.

Increased learning outcomes of the students
Applying theoretical knowledge in experimental works will certainly improve learning
outcomes of the students. Incorporating more laboratory classes in the syllabus can do this.
The students should be encouraged to undergo vocational training in a reputed industry/institute
or in research laboratory in India and abroad in order to upgrade their sphere of knowledge.
8. Provide an action plan for improving the academic performance of SC/ST/OBC/academically
weak students through innovative methods, such as, remedial and skill development classes for
increasing the transition rate and pass rate with the objective of improving their employability.
With adequate number of faculties if recruited, the schemes like extra preparatory classes, one-toone discussions and involving them in group projects would undertaken to improve academically
weak students. Use of audio visual aids in teaching would be used to have greater impact in
understanding of subjects in general.
9. Provide an action plan for strengthening of PG programs, if any and starting new PG Programs,
if any.
There are two PG programmes running in the department at present namely the M.Tech (Telecom)
and M.Tech (Microelectronics and VLSI). The postgraduate teaching should mainly focus on
nurturing innovative skills of the students by making them participate in mini projects. These can be
highlighted by more involvement of students in laboratory and project works. Participation of PG
students in funded projects of faculty members also can enhance their overall knowledge. The
collaborative projects with research Institutes of India can also help the students have a more clear
understanding of the respective disciplines.
10. Provide an action plan for scaling‐up enrollment into Master and Doctoral programme (Include
measures to attract qualified students & maintain high quality standards)
Master programme can be fine tuned to focus on offering various specializations like “microwave
engineering” and “wireless communication” in the telecommunication engineering paradigm as there
are a lot of shortage of manpower in these areas. A specialized course in Microelectronics and VLSI
is already in progress since 2008. The full time research scholar intake must be increased. This will
help departmental research output to proliferate. Periodic seminars and progress needs to be
discussed among faculty members regarding results obtained by a research scholar.
11. Provide an action plan for improving interaction with industry.
The first step towards reaching out to industry is to approach the alumni who are already serving
various core industries. Conferences, seminars at regular intervals need to be conducted where
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industry participation as invited speakers may be sought. For this as a first step government
sponsored industries like Bharat electronics Limited (BEL) and research centers like Central
Electronics Engineering Research Institute may be approached for MOU.
12. Provide an action plan for :
(i) Quantitatively increasing and qualitatively improving research by faculty individually,
jointly and collaboratively.
The initial seed money of 5 to 10 Lakhs may be provided to new faculties who are possessing
PhD for initial research boost. Institutional in house seminar series may be conducted for
motivating all faculties to write proposals for research funding. Workload directly affects the
qualitative aspect and quantitative development in research by faculty members. So to improve
this the foremost point that is to be satisfied is increasing the faculty strength in conjunction with
the number of students enrolled.
(ii) Developing research interest among Under Graduate students
UG students need to be involved in research performed by faculty members. The project handled
may include a blend of hardware and simulation so as to motivate them. In ECE department UG
students can be given projects, which they need to do if they opt for scientist job at DRDO and
ISRO.
(iii) Collaborating with Indian and foreign institutions in academic and research area through
MOUs
MOUs with Indian and foreign Institutions need to be explored so that UG and PG students can
have exposure to advanced laboratories. Faculty members may explore the initial talks and
collaboration scopes whenever they visit other institutes within India or abroad. Faculty members
may spend time in research collaboration with Indian research institutes during vacations.
Faculty member may apply for postdoctoral programmes in Institutions of repute outside India.
13. Describe the relevance and coherence of development proposal with State’s/National industrial /
economic development plan.
The development proposal has direct relevance to motivating UG and PG students of our
department to serve national research establishments by engaging them in similar research domains
during course of study. This automatically will be fruitful in economic development of our country.
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Department of Electrical Engineering
SWOT analysis for the Department has been carried out involving the Students, Teaching and NonTeaching staffs of the Department. All participants have assembled in the seminar room of the
Department and are briefed about the procedures and guidelines for SWOT Analysis and arrived at the
followings:
1. Give the details of SWOT analysis carried out.
1. Main Strengths
a) Advantages of the department:
 Qualified and widely experienced faculty members
 90% of the faculty members are PhD holders
 DST-FIST supported laboratories
 a notable number of on-going training and collaborative R&D projects
with Indian and Foreign Institutes
 adequate space
 laboratories are well equipped
 a large number of students get admission in foreign universities for post
graduate programmes
b) The activities the department can plan to do better:
 Collaborative work with industry
 consultancy and research with core industry
 More number of PhD guidance
c) The relevant resources on the department has access to:
 24 hours free of cost internet facility
 E-journals e.g. IEEE, IEE, Elsevier, Springer
d) Vision of others about department strength:
 One of the sincere department in respect of teaching, on-going R&D
projects and research activities
 Good placement of the students in core industry
e) Unique Selling Points (USP)
2. Main Weaknesses
a) Less number of supporting staff
b) Lacking departmental library
c) Lack of industry- institute partnership
d) The quality of under graduate students is average
e) The quality of post graduate students and research scholar are not upto the mark
f) Less number of research scholars
3. Opportunities
a) The good opportunities facing us:
 Availability of adequate fund from different central organization like
DST, CSIR, BRNS
 Possibility of more industrial collaboration with neighbouring industries
like SAIL, DPL, DVC, ECL
b) The interesting trends we are aware of:
 Publication in Peer-reviewed journals and Conferences
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 Organizing workshop/short term courses and summer/winter schools
c) Technology Development and innovation
 Innovative research which may be patented

d) Growing student demand :
 Summer internship in abroad
e) Increased attraction for qualified future faculty
 Departmental discipline and environment leads to attraction of qualified
faculty
f) Research in niche areas
g) Geographical expansion
h) Employment and industry trends
 More number of core companies including Public Sector are interested
in campus placement of the students
i) Unique Selling Points (USP)
j) Industry Institution partnership
k) Innovations, product development, patent, business development
l) Global influences, opportunities
4. Threats
a) Obstacles faced by the Institution ‐ Social, Political and Managerial
b) Doings of the competitors
c) Change in the required specifications for services of the Institution
d) Threats of changing technology threatening
e) Declining supply of qualified faculty
f) Loss of key staff
g) Declining quality of students
h) Difficulty of sustaining internal capabilities
i) Lack of new ideas and access to fast‐changing technology
j) Lack of industry‐Institution partnership
k) Financial status and sustainable financial backing of the Institution
4.
5.
6.
7.
8.
9.
2. (i) Structure of the academic staff
(ii) Students: initial conditions, development and final conditions
3. Describe briefly the participation of faculty members/students in the proposal preparation.
Describe the objectives and expected results of the Development Proposal link with SWOT analysis.
Milestones to Evaluate Project Implementation
Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
Provide the Action Plans for
 Improving employability of graduates
(i) Workshop may be arranged with experts from HR division of Multinational organization
 Increased learning outcomes of the students
(i) Video lecture procedure can be adapted
Provide an action plan for improving the academic performance of SC/ST/OBC/academically weak
students through innovative methods, such as, remedial and skill development classes for increasing
the transition rate and pass rate with the objective of improving their employability.
(i) Evening or week-end classes for weak students
(ii)Introduction of summer program for weak students
Provide an action plan for strengthening of PG programs, if any and starting new PG Programs, if
any.
(i) Two new PG program with different specialization
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10. Provide an action plan for scaling‐up enrollment into Master and Doctoral programme (Include
measures to attract qualified students & maintain high quality standards)
(i) Due to improvement in laboratory infrastructure
(ii)Screening of intake through entry level besides GATE
11. Provide an action plan for improving interaction with industry.
An Industry-Institute Collaboration Cell may be developed
12. Provide an action plan for :
(iv) Quantitatively increasing and qualitatively improving research by faculty individually, jointly
and collaboratively.
Collaborative research with pioneering institution
(ii)Developing research interest among Under Graduate students
(a) More number of research projects
(b) Students may be motivated for industry based developmental project work
(c) More number of elective courses based on modern/upcoming topics
(iii)
Collaborating with Indian and foreign institutions in academic and research area through
MOUs
Inspiring for post-doctoral research in abroad with at least of 6 months duration
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Department of Information Technology
Strengths










Excellent geographic location to provide service locally and regionally.
Access to National and International journals online.
Video conferencing facilities.
High quality academic programming at the graduate and postgraduate level with programs
accredited.
A strong focus on quality teaching with a faculty that excels in teaching students at graduate and
postgraduate levels.
Department has an excellent reputation within the university for its programming and work of
faculties.
The department has very active and very supportive alumni.
Multiple student scholarships and awards are available to support graduate students.
Dedicated, experienced and innovative faculty members and instructors.
A strong focus on research and development with dedicated faculty members.
Weakness
 Lack of off-campus and alternative programming (e.g., on line courses)
 Inadequate levels of personnel, facilities, and funding to meet growing student demand for
several programs.
 Too few summer schools and winter schools are offered in a calendar year.
 With the increasing number of students, it is difficult to connect with the students and to maintain
our student centered focus.
 Lack of interactions with industry.
 Space is highly inadequate for running both graduate and postgraduate course.
 Insufficient number of faculties.
 Book grants are limited in case of purchasing foreign edition.
Opportunities





We have the ability to connect and develop partnerships with the community and plenty of
organizations (e.g., medical, schools, businesses) around
Well placed to undertake cross-disciplinary collaboration (research, teaching, service) within and
beyond the department
The high level of interest in department programs provides an opportunity to translate high
student demand into more selective admission.
We have the opportunity to use our reputation for quality programming and our geographic
location to develop new programming opportunities and new modes of delivery.
With experienced and knowledgeable faculty members many innovative research work could be
taken up.
Threats
 Student growth has reached a point whereby we have no spare capacity (facilities and faculty) to
meet changing needs and demands.
 Lack of project handling may be a problem in the near future.
 Limited number of qualified applicants for faculty positions.
 Not adequate full text content available for international journals.
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Department of Mechanical Engineering
A SWOT analysis was carried out involving all the stakeholders including faculty, staff, UG and PG
students and research scholars through an open house discussion. The findings were compiled and
summarized as given below.
Strength
1. Faculty members are experienced and dynamic.
2. High degree of honesty, integrity and dedication of the faculty members.
3. The faculty members regularly pay attention or orient the course module to upgrade the quality
of teaching.
4. Presence of qualified, versatile and knowledgeable supporting staffs.
5. NBA accredited UG & PG course.
6. Breadth and depth of subjects for both the courses are relevant to the present world.
7. Quite a few faculty members are involved with sponsored projects, consultancy.
8. Sophisticated and advanced experimental setups such as robots, CNC machines, mechatronics
tool kits, computerized flow ducts, convective heat transfer unit, fluidized bed, petrol engine test
rig, surface roughness measurement device, microscopes, etc. are available.
9. Availability of high end computers and utility software packages such as ANSYS, CATIA,
NASTRAN, FLUENT, AutoCAD, etc.
10. Strong research capability of the department and a good number of publications in peer-reviewed
(SCI) journals.
11. Research infrastructure in the areas of Tribology, Manufacturing, Robotics, CFD, Composite
materials, Rotor Dynamics, Classical Thermodynamics, etc.
12. Knowledge sharing and up-gradation of the faculty members through participation in national
and international training programs, collaborative research programs and conferences.
13. Involvement of students with some premier Institutes, research laboratories and industries both in
India and in abroad through summer internships, collaborative projects, etc.
14. Availability of quality students at the B.Tech level through AIEEE and M. Tech. level through
GATE and from nearby renowned industries and institutions.
15. Regular and periodic revision of curricula and syllabii to cater the present day need.
16. Prevalence of open environment for student-teacher interaction.
17. Brand name of the Institute as an Institute of National Importance.
Weakness
1. Very limited access to full text research articles of international peer-reviewed journals in
Mechanical engineering.
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2. Very limited space hindering expansion of existing laboratories, development of new labs,
setting up of departmental library, departmental meeting room, provision of seating rooms for
faculty members etc.
3. Insufficient faculty student ratio for better interaction with students and opening of new PG
courses.
4. Insufficient specialized supporting staffs for running the specialized machines. No clear policy
and process for obsolescence, leading to under utilization of space.
5. In-existence of purchase cell in the Institute
6. Complete absence of secretarial set-up in coordination of office activities.
7. Difficulty in getting quality PG students and research scholars in the face of tough competition
from IITs and foreign Universities.
Opportunities
1. There is a huge demand for the Mechanical Engineering graduates and overall growth of the
entire Mechanical Engineering Department due to presence of renowned Steel Industries,
Thermal Power Plants, Research Laboratories.
2. High potential of attracting bright students/faculty members due to the brand name of NIT.
3. Scope of obtaining more sponsored research, consultancy & testing with the recently developed
infrastructure, administrative reform and enhanced faculty strength.
4. Well placed alumni in different parts of the country and abroad.
Threat
1.
Continuous increase in intake of UG students might lead to fall in quality of teaching and
research activities of the department.
2.
Rapid commercialization of education leading to difficulty in attracting meritorious students
from economically backward society and rural parts of the country.
3.
Global competitive scenario in the field of education and employment.
4.
Poor growth in the manufacturing sector vis-à-vis service sector.
5.
Rapid emergence of some well-equipped private institutions supported by industrial houses
might lead to nonavailability of quality teachers, supporting staff and motivated students.
6.
Challenges from opening up of higher education sector to foreign universities and aggressive
publicity by private universities.
7.
Declining quality of the students and aggressive consumerism.
8.
Absence of Infrastructure development policy for creation of new space and facility.
9.
Increase in non-academic/administrative responsibilities for the faculty members may lead to
deficiency in teaching and research.
10.
Idea of excessive inter-departmental activities might lead to non-specialization to the discipline.
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11.
Increase in involvement and interferences by the non-academic minded people causing
degradation of the educational system.
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Department of Metallurgical & Materials Engineering
1. Details of SWOT Analysis
Strength:
 One UG course(Metallurgical & Materials Engineering) and PG courses with two specializations
(1. Industrial Metallurgy and 2. Materials Engineering)
 Upgraded syllabus (at par with IITs).
 Well qualified and committed teaching faculty with adequate publications in International
Journals.
 Well equipped modern laboratories, as many as 14 nos with state-of-art equipments, namely,
Instron testing machine, Image Analysis system, XRD, Reducibility test set up, etc.
 Actively involved in research on sponsored projects, name by, (1) DST-FIST, (2) Naval
Research Board and (3) CSIR.
 Department has chair Professors: (1) awarded by the Ministry of Steel, Govt. of India and
(2) AICTE-INAE distinguished visiting Professor.
 Ministry of Steel, GOI sanctioned 05 no. scholarships to UG students of each academic year for
5 years.
 Collaborative project with industries (SAIL-DSP) and R&Ds (CMERI, Durgapur & TATA Steel)
 100% Placement of UG students.
 04 number faculties are Reviewer of International journals
Weakness:





Inadequate Technical Staff and nonteaching supporting staff.
Inadequate admission to PG programme.
Inadequate space for faculty and laboratory as well.
Inadequate and unequipped class rooms.
Inadequate computing facilities.
Opportunities:
 Enhanced fund generation is possible through sponsored research, consultancy, testing and
continuously educations programme.
 Augmentations in faculty position and laboratory facilities will lead the department to a centre of
excellence.
 More collaboration with industry and institute will boosts the present trend of research.
 To have more chair professor from Industries in order to provide better industrial exposure to
students.
Threat:
 Students intention for joining IT sector after B Tech course.
 Inadequate placement of M.Tech students and research scholars.
 Greater resource generation is mandatory.
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2. (i) Structure of academic staff.
Professor.
Assistance Professor
Lecturer
3
5
8
= 16 up to 2009
Professor + Asso. Professor + Asst. Professor
= 18 in 2010 onwards.
(ii) Students : initial conditions, development and final conditions.
UG: Sanctioned strength = 40 in 1960 – 2004
50 in 2005 – 2007
60 in 2008 onward.
PG: Sanctioned strength = 30 in 1966 – 2008
= 46 in 2009 onward.
3. All faculty and students are consulted to pin-point the major deficit or requirement of the department.
To formulate the ideas for future achievement, particularly on research, all faculties and students have
agreed to pay their maximum effort.
4. Objectives & Expected Results of the development proposal
Objectives: To develop academic excellence
 To change the UG and PG programmes through course modification and setting
laboratories with research facilities.
 To establish a cell to modify curricula and syllabi consisting of teachers of the
department, experts from neighboring IITs and industries and distinguished alumni.
 To pursue quality improvement programme of all teachers through training and contacts
with the state-of-art laboratories in India and abroad.
 To encourage supervision of PhD research work.
 To Modernize the existing laboratories (Materials Testing and Characterization, Phase
Transformation, Cryogenic set-up, corrosion and degradation of materials, Advanced
Computation)
Expected Results: Infrastructure will be available to foster research and consultancy in emerging areas of
metals and materials. Regular institute – sponsored PhD programme will be augmented.
 Available learning resources or teaching aid will shift the focus from teaching mode to
learning mode of education.
 research facilities in terms of available equipments and funds, will encourage the faculty
to engage in active research involving both UG and PG students.
 In addition, the training and mentor programme will surely result in human resource
development.
5. Milestone to evaluate project implementations
 Publishing research work in peer-reviewed journal with high impact factor.
 Our publications will obtain citation by other researchers.
 Quality UG & PG students will prefer joining NIT Durgapur.
6. See item (4)
7.(a)
 To introduce counseling service to guide students for possible opportunities to be nurtured after
completion of UG & PG courses.
 To undertake proper survey on employment opportunities in India and abroad.
 To motivate students for self-employment through conduct of related crash courses involving
local entrepreneurs and funding agencies.
(b)
 Modernize and update the existing laboratory facilities.
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 Arrange audio-visual programme highlighting the different avenues to pursue higher studies.
 To create an ambience for research and consultancy with active industry-institute interaction.
8. Action plan for improving academic performance of SC/ST/OBC students.
 To introduce exhaustive correctional courses (subject-wise) during summer vacation.
 To conduct personality development camp at regular interval in a year by organizations like NSS
in the institute or NGOs from out side.
 Successful action plan may be implemented, provided the poor students disclose their specific
deficiency to the concerned department without hesitation.
9. Action plan for strengthening of PG programmes
 To update institute website with regard to all possible facilities (faculty and laboratory related)
available in the department to under take a PG programme successfully.
 Research publications and specific research areas of all faculties to be uploaded in the website to
attract PG students.
 Flexibility with regard to availability of fund to attend conferences and seminars in abroad may
be a special attraction for PG students (M.Tech and PhD).
 TPSW needs to help for placement of PG students.
10.
See Item (9)
11. Action plan for improving interaction with industry.
To develop network with neighbouring industries inviting them to occasions in the institute.
To publicize the instrumental facilities by serving printed documents to the neighbouring
organizations.
To conduct UG & PG project thesis jointly with the experts from industries and R&D labs.
12. (i) Action plan for increasing and improving research by faculty individually & jointly
 Writing project proposals to different funding agencies of Government or Corporate nature.
 To prepare proposals jointly with neighbouring industries or research organizations.
 To requite essentially some scientific officers to take charge of the state-of-art equipments and
also some technical staff exclusively as operators of the said equipment.
(ii) Action plan for developing research interest among UG students
 Overall counseling in this regards is necessary.
 Incentive from contingency head of running projects may be offered to attract UG students for
research.
(iii) Action plan for academic and research collaboration with Indian and Foreign institutions.
 Mutual exchange of expert with national as well as foreign universities
 To submit joint research proposal to foreign funding agencies, such as Royal Society of UK and
others
13. Relevance and coherence of development proposal with state / national economic development
plan.
 The ultimate aim of this development proposal is to contribute fruitfully to the development of
the society and the nation. The aim is to provide continuing education facility to participants
from other organization for improvement of quality. There must be a scope for technology
infusion, up-gradation of knowledge and skill in informal sector, development of
entrepreneurship and community development.
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DEPARTMENT OF PHYSICS
1. Give the details of SWOT analysis carried out.
(ix)
Main Strengths
The department of physics has very well qualified faculty members. The department has active groups of
research workers who are engaged in research in different fields like Materials Science, Nanoscience &
Technology, and Low temperature characterization, Thin Film Technology, Lasers, Liquid Crystals,
Electronics and Theoretical High Energy Physics. The claim on these qualities of the faculty can be
substantiated by a large number of their publications in journals of international repute. Our faculty
members have published around 15 research papers in peer-viewed international & national Journals, and
12 papers in conferences during 2008-09, and around 31 research papers in peer-viewed international &
national Journals, and 18 papers in conferences during 2009-10. The faculty members have also been
invited abroad including countries like France, Germany, Japan, USA, UK, Switzerland and Taiwan
either for presenting papers in international conferences or on post doctoral assignments. Our faculty
members are continuing their collaborative research work with reputed institutions in abroad as well as in
India. Our faculty members regularly supervise the Ph.D. candidates and already a good numbers of
students have completed their Ph. D Degree. A good number of projects funded by DST and MHRD are
continuing by our faculty members. Our faculty members are continuously taking for B. Tech. M. Tech.
and M. Sc. Classes. We are taking many papers in B. Tech. like Engineering physics, Engineering
thermodynamics, Nuclear reactor technology, Strong materials & composite, Liquid crystals &
applications, Thin film technology, Electrical engineering materials, Semiconductor physics,
Electromagnetic field theory etc. M. Tech. Projects of the department are very high standards leading to
publish in International Conferences and Journals. A very good friendly environment is established in our
department by our faculty members. Our faculty members are motivating our students for higher studies.
(x)
Main Weaknesses
The main weakness of our department is the inadequate experimental facilities (e.g. instruments like
TEM, AFM, Raman Spectrometer, DTA-TGA, SQUID magnetometer etc.) for doing more advanced
research. There are no sufficient laboratory facilities for M. Tech and M. Sc. Students in our department.
Departmental library is not properly developed. We are not getting quality students for our M. Tech. and
M. Sc. Courses. We are not getting access of full text Journals. According to the view of our department
M. Tech. and M. Sc. students the computer facility is not adequate for them. At least 30 computers
required for our students in the computer laboratory. There is no sufficient space for faculty members and
laboratories which is very essential. Laboratory equipments should be improved. More number of special
papers should be included in our M. Sc. Syllabus. These are the weakness of our department and we
believe that it can be totally removed if the required facilities are made available to us.
(xi)
Opportunities
Present state of affairs which has wide scope of improvement will be capable to spread the technical
knowledge to the students of engineering institutions, local industry personnel by imparting training by
arranging seminar, summer/ winter schools and workshops . As the departmental faculty are theoretically
and technically well-equipped, their expertise will be best utilized for the service in imparting higher
training and education which will eventually help the growth of the nation as a whole. This great
opportunity lying ahead can be easily utilized if the materials science laboratory is provided with
experimental facilities sought in this proposal. All these opportunities are visualized in addition to the
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advancement of learning through the frontline research. We have opportunities to open new PG course
like M. Tech in Nanoscience & Technology and B. Tech. in Applied Physics in our department.
(xii)
Threats
As the scientific world is advancing at a global rate, the progress of research and consequent
development will be lying behind if the experimental facilities are not provided. This will not only affect
the advancement of learning but also the development of industry. Therefore, in the modern scenario of
globalization we have to perform and show our capability and prove our skill and otherwise we have to
perish in the march for national advancement and development. In the view of our M. Tech. and M. Sc.
Students there is lack of hostel facility and lack of placement facility for them. Admission fees should be
less from their present value. The department has to stand out in the global competition as the country
will globalize itself even in the education sector. Reputed foreign universities may set up their campus in
the country with state-of-art facility. So unless we improve ourselves in training and research adequately
we may loose our position as a leading department of a premier university.
2. (i) Structure of the academic staff: Professor, Assistant Professor, Lecturer, Technical Assistant,
Skilled Staff, and Office peon.
(ii) Students: initial conditions, development and final conditions
(a) M. Tech. students:
Initial Conditions: M. Sc., B. E./B. Tech.
Final Conditions: Oriented for research work pursuing Ph. D. Degree, Govt./Private Services etc.
(b) M. Sc. Students:
Initial Conditions: B Sc. Degree
Final Conditions: Oriented for GATE, NET. JEST, BARC & DRDO exams. etc.
3. Describe briefly the participation of faculty members/students in the proposal preparation.
All the faculty members of our department, All the M. Tech. and M. Sc. Students are actively taking part
for the preparation of this proposal.
4. Describe the objectives and expected results of the Development Proposal link with SWOT
analysis.
With the completion of the experimental facilities, designing of new experiments following the recent
trends in the electronics communication systems, both the UG and PG students will be able to align their
theoretical knowledge with practical implements.
The instruments procured in the Materials Testing laboratory will permit carrying out
experiments that will enhance the knowledge of the students in the area of the solid state physics
particularly in the low temperature Physics, Nanoscience & Technology, Electronics, Liquid crystals and
High energy physics.
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The department of Physics will be able to take up parallel UG and PG project from different
disciplines of the institute covering wide range of areas in solid state physics, Nanoscience &
Technology, Electronics, Liquid crystals and High energy physics.
5. Milestones to Evaluate Project Implementation
Time to time assessment of students to evaluate the knowledge imparted on them, their interest in the
subject and their valuable feed back.
6. Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
Regular updating of the subjects and their syllabi are adopted by the department as routine work,
introducing new experiments and allowing the students to have free hand in the experimental set up. The
academic staffs are engaged actively in research and faculty development programmes like summer &
winter schools.
7. Provide the Action Plans for
 Improving employability of graduates
 Increased learning outcomes of the students
Modernize the syllabus time to time so as to meet the market demand and organize seminars by students.
8. Provide an action plan for improving the academic performance of SC/ST/OBC/academically
weak students through innovative methods, such as, remedial and skill development classes for
increasing the transition rate and pass rate with the objective of improving their employability.
Weaker students belonging to general and also SC/ST/OBC etc. are free to the faculty for discussion and
if necessary special actions are taken for them.
9. Provide an action plan for strengthening of PG programs, if any and starting new PG Programs,
if any.
Our department has already started one M. Tech. course in Advanced Materials Science and Technology
from the session 2006 -07. We have also started M. Sc. in Physics programme from session 2009-10. We
are trying to develop advanced materials science laboratory such as Nanoscience laboratory, materials
characterization laboratory, thin film laboratory etc. for our new PG programs. We are also trying to
include some more special papers in our M. Sc. Syllabus. We are also trying to open new PG course like
M. Tech in Nanoscience & Technology in near future.
10. Provide an action plan for scaling‐up enrollment into Master and Doctoral programme (Include
measures to attract qualified students & maintain high quality standards)
We are planning to develop our departmental laboratories and library. We are arranging lectures regularly
by inviting some internationally reputed scientists to motivate our PG students. We are sending our
research scholars to different reputed institutions for doing some part of their research work. Our faculty
members are continuing a good numbers of projects funded by DST and MHRD. Our faculty members
have also applied some projects to DST, BRNS, DRDO, CSIR & MHRD. We are also trying to give
placement to our PG students.
11. Provide an action plan for improving interaction with industry.
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There are a number of industries around our Institute. We are trying to continue our collaborative
research work with them on industrial problems.
12. Provide an action plan for :
(v) Quantitatively increasing and qualitatively improving research by faculty individually, jointly
and collaboratively.
(vi) Developing research interest among Under Graduate students
Although we have no graduate students, many graduate students from different engineering discipline are
doing their projects under the guidance of our Department faculties.
(vii)
Collaborating with Indian and foreign institutions in academic and research area through
MOUs
Nil
13. Describe the relevance and coherence of development proposal with State’s/National industrial /
economic development plan.
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Department of Chemistry
1. Give the details of SWOT analysis carried out.
(j) Main Strengths
a) A department has a rich heritage of qualified teaching and research in the frontiers of chemistry.
Total 28 researchers got their Ph. D. degree working in this department in various fields
extending from material science to biological science. During the tenure of last five years, total
08 numbers of candidates were awarded Ph. D. degree. In addition to that, total 08 numbers of
research proposals got funded from various funding agencies like UGC, AICTE, and DST.
b) The Department is well equipped with qualified faculties, and other improved infrastructure.
c) Two P.G. courses are currently running in the department, one is the M. Tech. course in
“Corrosion Science and Technology” from 1986 and another is M. Sc. In Chemistry from 2009.
The M. Tech. program got accreditation from AICTE in 2008 for a period of 3 years with ‘A’
rating.
d) A coherent group of faculty with an ideal ratio of experience and youth.
e) Faculty with research exposure in Institutes of International repute.
f) Faculties are involved in collaborative research work with Institutes of National & International
repute as well as Industries.
g) Greater autonomy, both academic and financial, more reforms after introduction of NIT Act.
h) Dedicated PG students and research scholars.
i)
Well established M. Tech. pass outs both in academics and industry.
(ii)Main Weaknesses
a) Paucity of space currently hindering expansion of research and other academic activities to a
desired level.
b) Lack of sufficient number of technical and supporting staffs.
c) Financial constrains specially towards recurring costs to carry out daily research and academic
activities.
d) Insufficiency of research journals, periodicals hindering the pace of quality research work.
e) Lack of initiative to develop Department-Industry partnership.
(iii) Opportunities
a) The opportunities and possibilities of being situated in an industrial hub needs to be explored.
Immense possibilities exist for employment of students and Ph.D. scholars.
b) The courses offered by the department have immense potentiality to produce quality manpower
both for academics and for industry. This should attract good students in pursuing these courses.
c) With enhanced infrastructure from the past and expected TEQIP funds the department is
expected to be viewed as a good destination by the qualified future faculties as well as quality
students for their academic and research career.
d) The academic autonomy of the Institute to confer degree should attract more research scholars to
pursue their Ph. D.
e) Scope for geographical expansion of the department in near future.
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f) Through proper and effective implementation of TEQIP faculties and students, particularly
research scholars are expected to get more and more global exposure in frontiers of science and
technology.
g) Through this process there are opportunities to develop innovative ideas which will result in
product developments and getting patents etc.
(iv) Threats
a) Shortage of research resources and information to keep pace with fast advancement of
technology.
b) Gradually declining number of technical and non-technical support staffs.
c) Reluctance of surrounding industries to enter in quality collaborative work.
2. (i) Structure of the academic and support staff
Posts
Sanctioned
In Position
Vacant
Professor
02
01+01*
01
Asst. Professor
02
02+02*
00
Lecturer
07
07 -03*
00
(ii) Students: initial conditions, development and final conditions
Students in Initial
the Course
Condition
M. Tech.
M. Sc. in
Chemistry
M. Sc.
B.Sc. in
Chemistry
Development
Final conditions
Exposure in the field of science & Career in research &
technology of corrosion
development in reputed institutes
and industries
Exposure to recent advancement in
To be explored
chemistry: both theoretical and
practical
3. Describe briefly the participation of faculty members/students in the proposal preparation.
Extensive deliberation and constructive suggestions among all the faculty members, technical and
support staffs, research scholars, students of M.Tech. and M.Sc. courses has resulted in preparation of
this proposal.
4. Describe the objectives and expected results of the Development Proposal link with SWOT
analysis.
Objectives of the Department:
A. To make Chemistry Department a centre of excellence through effective teaching-learning
processes, Laboratory development, research activities in various fields and building close
cooperation with esteemed R&D Institutions and industries.
B. Augmentation of existing research laboratories with state of the art instruments, equipments
and furniture. This will benefit not only the research scholars but also the M.Sc and M.Tech
students.
C. Special emphasis towards development of (i) Material Science Laboratory including Corrosion
Science & Nanotechnology, (ii) Orgain & inorganic Synthesis Laboratory, (iii) Environment
Laboratory and (iv) Computational laboratory.
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D. As the intake of students is gradually increasing, augmentation of existing B. Tech., M.Tech.
and M.Sc. Laboratories are of utmost importance to impart quality teaching.
E. Procurement of advanced teaching learning materials including scientific books, course
materials and literatures.
F. To cultivate the opportunities of consultancy with improved infrastructure.
G. To enhance collaboration with esteemed research and academic institutes within India and
abroad which will help not only to upgrade the quality of research but also will benefit the PG
students in their future perspectives.
H. To participate in the Community Development programmes of the Institute.
All these objectives have been set through deliberation among all the stake holders for an
inclusive growth of the department in a near future. This will take care to exploit all the
opportunities that exist and to defend against the possible threats.
5. Milestones to Evaluate Project Implementation
6. Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
a. Regular up gradation of the existing courses in view of the needs of the industry and society as a
whole and the recent technological advancements in the relevant fields.
b. Modernizing and enhancing the facilities of all the existing laboratories.
c. Development of new laboratories with state of art instrumentations.
d. Regular training of academic and supporting staffs.
e. Attending seminars, symposiums, work shops and short term courses in India and abroad.
f. Geographical expansion of the department as a whole.
g. Enhancing the number of enrolment of students and research scholars.
7. Provide the Action Plans for
 Improving employability of graduates
In our courses there are components of industrial visits and scope for carrying out project
work in industries and R&D laboratories. More impetus has to be given so that the students
can fully utilize these opportunities. This will improve the employability of the graduates.
The Institute has a fully operational Training & Placement Cell. This will definitely help the
graduates of the newly introduced M.Sc. course.
 Increased learning outcomes of the students
Many pass outs of the M. Tech. course in “Corrosion Science and Technology” run by the
department is currently doing their Ph. D. and post-doctoral works in reputed Institutes in
India and abroad.
The syllabus and curricula of newly introduced M. Sc. in Chemistry is at par with those of
the premier Institutes of India. It will also be regularly updated.
Students will be exposed to modern instrumental facilities procured from plan grant, TEQIP
and sponsored projects. They can utilize these infrastructural facilities to have their project
work on emerging areas which will motivate them to pursue for the research works after
completion of the course.
8. Provide an action plan for improving the academic performance of SC/ST/OBC/academically
weak students through innovative methods, such as, remedial and skill development classes
for increasing the transition rate and pass rate with the objective of improving their
employability.
If adequate fund is available, department is ready to take all sorts of suitable measure to address
the problems of those category of students.
9. Provide an action plan for strengthening of PG programs, if any and starting new PG
Programs, if any.
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a. Improving the overall infrastructure of the department as described above.
b. Inviting experts of various relevant fields to give the students first hand exposure to those
subjects through direct interaction.
10. Provide an action plan for scaling up enrollment into Master and Doctoral programme
(Include measures to attract qualified students & maintain high quality standards)
a. Department has initiated proposal for setting new laboratories with modern instrumental
facilities.
b. Providing institutional fellowship Ph. D. students.
c. Extending scholarship to economically backward and meritorious students.
11. Provide an action plan for improving interaction with industry.
Through industrial training of the students and through allotting projects on industrial problems
with at least one supervisor from industry.
Through arrangement of seminar, workshop in collaboration with industry.
12. Provide an action plan for :
(k) Quantitatively increasing and qualitatively improving research by faculty individually,
jointly and collaboratively.
Utilizing the funds received from TEQIP and faculty development grants from MHRD the
faculty members will be encouraged to visit reputed laboratories in India and abroad, thereby
boosting the faculties for improving their research endeavor individually, jointly and
collaboratively.
(l) Developing research interest among Under Graduate students
By organizing various seminars, symposiums, work shops in the department by utilizing the fund
under TEQIP and involving the students actively in those programmes.
(m) Collaborating with Indian and foreign institutions in academic and research area
through MOUs
The Institute has autonomy to collaborate with Indian and foreign institutions in academic and
research area through MOUs. The process has started already and the department has one PhD
research scholar of a foreign Institute under this programme.
13. Describe the relevance and coherence of development proposal with State’s/National
industrial / economic development plan.
The main objective of the department of chemistry is to increase the percentage of higher
education and research in basic science in our country which is in accord with the present Govt.
policy. High quality of teaching and research will produce quality manpower who can contribute
to improve the economic development of the country through service in related fields.
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DEPARTMENT OF MATHEMATICS
1. Give the details of SWOT analysis carried out.
(xiii)
Main Strengths
The Department of Mathematics has very well qualified faculty members. The Department has active
groups of research workers who are engaged in research in different fields like Operations Research,
Computational Graph Theory, Fuzzy Mathematics, Information & Coding Theory, Statistical Analysis,
Finite Field Theory, Design Theory, Functional Analysis, Uncertainty Theory, Plasma Physics, Nonlinear Dynamics, Geodesy & Geophysics. The claim on these qualities of the faculty can be substantiated
by a large number of their publications in journals of national and international repute. Our faculty
members have published around 22 research papers in peer-viewed international & national Journals and
26 papers in conferences during 2008-10,. The faculty members have also been invited abroad like
China, Italy for collaborative research. Our faculty members are also continuing their collaborative
research work with reputed institutions in India. Our faculty members regularly supervise Ph.D. students
and some them are going to complete their Ph.D work. They are continuously taking B. Tech. and M.
Tech. Classes. We are taking many papers in B. Tech. like Engineering Mathematics, Operations
Research, Discrete Mathematics, Probability, Statistics & stochastic process etc. M.Tech. Projects of the
department are very high standards leading to publications in International Conferences and Journals.
Our faculty members and Research Scholars are motivating our students for higher studies. There is a
very good friendly environment among the faculty members and research scholars of our department.
The Department is progressing academically and trying to establish it as one of the leading Departments
of our institute.
(xiv)
Main Weaknesses
The main weakness of the department is the inadequate experimental facilities for doing more advanced
research. There are not sufficient laboratory facilities for M. Tech students in our Department.
Departmental library is not properly developed. We are not getting quality students for our M. Tech.
Course. We are not getting access of full text Journals. According to the view M. Tech students of our
Department the computer facility is not adequate for them. At least 20 more computers including 2-3
high speed computers are required for our students in the computer laboratory. Software like SPSS,
DISCRETA, GAP,MATHEMATICA etc are also required. There is no sufficient space for faculty
members and laboratories which is very essential. More number of special papers should be included in
our M. Sc and M tech syllabus. These are the weakness of our Department and we believe that it can be
totally removed if the required facilities are made available to us.
Opportunities
The faculty members of the department are highly qualified , capable and engaged in research.
This expertise may be utilized in arranging Seminars , Workshops, Summer/Winter schools ,
Conferences etc for the training and development of the faculties of engineering institutions or
executives of local industries which will eventually help the growth of the nation as a whole. The
M Tech(OR) program of the department can undoubtedly be considered beneficial for the local
industry personnel . Industry related problems have been solved during M. Tech projects .
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The M.Sc(Mathematics with Computer Applications) which is going to start from the session
2010-11 may be restructured as 5 year integrated MSc programme . A new integrated MSc,PhD
programme may also be started ( keeping in mind the case of post graduate students with good
academic background). The department seeks the opportunity to increase the research facility of
the department .
(xv)
Threats
As the scientific world is advancing at a global rate , more and more stress has to be given on
development of basic sciences because science and technology must have a good bonding ,
otherwise progress will be in threat . In the view of our M. Tech. students there is lack of hostel
facility and lack of placement facility for them. Admission fees should be less from their present
value. The department has to stand out in the global competition as the country will globalize
itself even in the education sector. Reputed foreign universities may set up their campus in the
country with state-of-art facilities. So unless we improve ourselves in training and research
adequately, we may loose our position as a leading Department of a premier university.
To put greater emphasis on research and teaching and also for expansion of the Department Lack
of supporting staff is a threat . For the vision of the department to be true , the limited resources
of the department must expand .
2. (i) Structure of the academic staff: Associate Professor, Assistant Professor, Assistant Professor
(contractual) and Office peon.
(ii) Students: initial conditions, development and final conditions
(a) M. Tech. students:
Initial Conditions: M. Sc., B. E./B. Tech.,MCA
Final Conditions: Oriented for research work pursuing Ph. D. Degree, Jobs for Govt./Private Services etc.
(b) M. Sc. students:
Initial Conditions: B Sc. Degree
Final Conditions: Oriented for GATE, NET. JEST, BARC & DRDO exams, for higher degree, Ph.D
program, Software Professional etc.
3. Describe briefly the participation of faculty members/students in the proposal preparation.
All the faculty members of our Department, and M. Tech. students are actively taking part for the
preparation of this proposal.
4.
With the proper set up of the laboratory facilities both the UG & PG students will be benefitted
.With the Institute-Industry collaboration PG students will be able to gain knowledge in real life
application problems.
5. Milestones to Evaluate Project Implementation
Regular assessment of students for evaluating the knowledge imparted on them, their interest in the
subject and their valuable feed back.
6. Specific Objectives, such as, modernize and update of subjects, enhancing the scientific
infrastructure, training academic staff, improving the physical space of the laboratories.
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Regular updating of the subjects and their syllabi are adopted by the Department as routine work,
(Numerical, Statistical, Optimization problems using software or MATLAB or C program in the
experimental setup). The academic staffs are engaged actively in research and faculty development
programme like summer & winter schools, workshops, short term course etc.
7. Provide the Action Plans for
 Improving employability of graduates
 Increased learning outcomes of the students
a. Updating the syllabus from time to time so as to keep pace with the new techniques and also to
focus on the application areas.
b. Seminars are organized where students deliver their presentations on different topics of their
interest. Assignments are given to students to increase their efficiency of solving problems.
8. Provide an action plan for improving the academic performance of SC/ST/OBC/academically
weak students through innovative methods, such as, remedial and skill development classes for
increasing the transition rate and pass rate with the objective of improving their employability.
Weaker students belonging to general and also SC/ST/OBC etc. are free to the faculty for discussion and
if necessary special actions are taken for them.
9. Provide an action plan for strengthening of PG programs, if any and starting new PG Programs,
if any.
The department is already running one M. Tech. course in Operations Research. We are also going to
start M. Sc. in Mathematics with Computer Applications. We are trying to include some more special
papers in our M. Tech as well as M. Sc syllabus.
10. Provide an action plan for scaling‐up enrollment into Master and Doctoral programme (Include
measures to attract qualified students & maintain high quality standards)
We are planning to develop our departmental laboratories and library. We are arranging lectures regularly
by inviting some internationally reputed scientists to motivate our PG students. We are sending our
research scholars to different reputed institutions/ research lab for doing some part of their research work.
We are also trying to provide placements to our PG students & planning to arrange some special lectures
for the preparation of NET, GATE, SET etc for PG students.
11. Provide an action plan for improving interaction with industry.
There are a number of industries around our Institute. We have plans to introduce summer projects/
training for the M. Tech students with the collaboration of local industries. Students are also encouraged
to do their projects using industrial data.
12. Provide an action plan for :
(n) Quantitatively increasing and qualitatively improving research by faculty individually,
jointly and collaboratively.
(o) Developing research interest among Under Graduate students
Although we have no graduate students, many graduate students from different engineering discipline are
doing their projects under the guidance of our Department faculties.
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(p) Collaborating with Indian and foreign institutions in academic and research area through
MOUs one.
13. Describe the relevance and coherence of development proposal with State’s/National industrial /
economic development plan.
We have plans to organize special lectures on advanced topics by inviting eminent professors from
universities/ institutes/ industry of national/ international repute which will be valuable for the postgraduate students.
National Institute of Technology Durgapur
Sub- component 1.2
TRAINING NEED ANALYSIS
Name of the Department/Section
: BIOTECHNOLOGY
Name of the Head of Department/Section
:Dr Apurba Dey
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
Previous trainings the faculty has undergone in last two years:
Name of faculty member
1 Dr. Surabhi Chaudhuri
2 Dr. Kaustav Aikat
Area of training/
Duration (Days)
development
Optimization
14 days
techniques
Probability,
12
Statistics, and
Optimization
Methods with
Applications
When (Date)
January 2009
19th to 30th
January 2009
3 Dr. Debjani Dutta
Microbial &
enzyme
Technology
25 days
December 125,2009
4 Dr. Debjani Dutta
Probability,
Statistics and
Optimization
Methods with
applications
14 days
January 19-30,
2009
5 Dr. Debjani Dutta
Enzyme
21 days
June 9-30, 2008
Technology, the
Technology of the
21st Century
15
June 09–14, 2008 SERC school
on Newer
Optimization
Techniques for
15
July 7–18, 2008
Summer school
Chemical
on Nonlinear
Engineers
Dynamics,
5
October 20–24, 2008. Application
Chaos and of
HYSYS
for
complexity
Simulation of
5
November 24– 28,
Mathematical
Process Plants –
2008
Modelling
Level – 1.
6 SERC school on Newer
Optimization Techniques for
Chemical Engineers
7 Summer school on Nonlinear
Dynamics, Chaos and
complexity
8 Application of HYSYS for
Simulation of Process Plants –
Level – 1.
9 Mathematical Modelling
10 Matlab for Engineers
5
December 15–19,
2008.
Matlab for
Engineers
11 Winter school on Advanced
Process Modeling and control
15
January 19–30, 2009 Winter school
on Advanced
Process
Modeling and
control
12 Industrial Hazard and Risk
Assessment”
2
13 Short Term
Training Programme on
Knowledge Discovery in
Databases: Data, Information &
Knowledge
(DInK’10)
5
February 5– 6, 2009
Industrial
Hazard and
Risk
Assessment”
January 11-15, 2010 Short Term
Training
Programme on
Knowledge
Discovery in
Databases:
Data,
Information &
Knowledge
(DInK’10)
Previous trainings the HOD/Dean has undergone in last two years: Nil
C.
Objectives / Priorities of the Department/Section:
1
To be as one the best in India.
5
To create better Job Opportunities for
students
2
Collaboration with other leading
Research and Industrial organizations
6
…………………..……………………………..……….
3
Look for Centre of Excellence
7
…………………..……………………………………….
Faculty:
Name of faculty
1 Dr. Surabhi
Chaudhuri
Trainer
Area of training/ Duration (Days)
Convenient
organization
development
(tentative) date
Nutraceuticals
One week
June/July
CFTRI Mysore or
any other relevant
organization
2 Dr. Surabhi
Chaudhuri
Bioseparation
One week
June/July
Biozeen
Bangalore or any
other relevant
organization
3 Dr. Surabhi
Chaudhuri
Bioreactor design
One week
June/July
IMTECH
Chandigarh or
any other relevant
organization
not yet decided
not yet decided
4 Dr. Kaustav Aikat Biofuels
(bioethanol & algal
biodiesel)
not yet decided
5 Dr. Kaustav Aikat Modern techniques not yet decided
such as molecular
biology, metabolic
engineering , and
instrumental
techniques as
applicable to
biofuels
not yet decided
6 Dr. Dalia
Dasgupta
Toxicological
assaessment of
waste water
delivery system and
delivery system and
design.
delivery systems
and design
15-30 days
yet to decide
yet to decide.
(Preferably during
vacation)
7 Dr. Dalia
Dasgupta
drug delivery
system /Tissue
culture technique
15-30 days
yet to decide
yet to decide.
(Preferably during
vacation )
8 Dr. Kazy Sufia
Khannam
Yet to decide
Yet to decide
American Society
for Microbiology
9 Dr. Kazy Sufia
Khannam
Bionanotechnology Yet to decide
Yet to decide
Yet to decide
10 Dr. Kazy Sufia
Khannam
Molecular biology Yet to decide
and
rDNA technology
Yet to decide
Yet to decide
11 Dr. Debjani Dutta Protein Engineering 2 month
Summer vacation
(May 15,2010 to
July 15,2010
CCMB,
Hyderabad
12 Dr. Debjani Dutta Nutraceuticals &
Nutrigenomics
15 days
13 Papita Saha
1 – 2 Months
Winter Vacation
(December 15,
December 30,
2010)
May – July
14 Papita Saha
v)
Molecular
Microbiology
not yet decided
Environment
Engineering
Yet to
decide
Modeling &
1 Months
Simulation and soft
computing
December
Yet to decide
HoD/Dean:
Name of staff
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Dr Apurba Dey
Bioinformatics
1-2 months
May June 2011
Indian Statistical
Institute/Bose
Institute/Science
College
Kolkata
Dr Apurba Dey
Bioinformatics
1-2 months
May June 2011
Jawaharlal Nehru
University, New
Delhi
Dr Apurba Dey
Plant Tissue
Culture
1-2 months
May June 2011
National
Chemical
Laboratory(NCL)
, Pune
Dr Apurba Dey
Plant Tissue
Culture
1-2 months
May June 2011
Indo Himalayan
Bioresource
Technology(IHB
T), Palampur
DEPARTMENT OF CHEMICAL ENGINEERING
Training need analysis of the Department of Chemical Engineering was carried out by compiling the
relevant information obtained from the faculty and staff members of the department. Faculty and staff
members were requested to furnish the relevant details in the standard formats. Keeping in view the
focused areas (as suggested by the Department of Science & Technology, Govt. of India and the
departmental academic committee) for development as centers of excellence, the training need was
focused in the areas as listed below.
(i) Environment & Membrane Technology;
(ii) Combustion Engineering;
(iii) Fluid Mechanics;
(iv) Modeling, Simulation, Optimization and Control;
(v) Biochemical Reaction Engineering.
The faculty members have given their opinion regarding their training requirement to fulfill their own
objectives as well as objectives of the institute. The proposals for training of faculty members in the above
mentioned focused areas are presented below:
i.
Environnent & Membrane Technology
Name of
Faculty
Prof.Member
P. Pal
Head of the
Department
1
Ms. Jaya Sikder
2
ii.
1
Areas of Training/
Development
Membrane Technology/
Sustainable Technology
Duration
30 days
Membranes in Clean and Green 45 days
Technology
Convenie
Trainer
nt
Organization
(tentative)
Summer
vacation University in
Date
Asia/Europe/USA
May-June 2012
University of Illinois,
Urbana, USA
Combustion Engineering
Name of
Faculty
Member
Prof.
S.
Haldar
2 Prof. Parthapratim
Gupta
Areas of Training/
Development
Combustion
Engineering
Modelling & Simulation of
combustion and pyrolysis
Duration
(Days)
45
Conven
ient
(tentative)
Summer
Date
2011
45
Summer 2011
Trainer
Organization
A
university
in USA/
Europe
A university in
USA/ Europe
3 Mr. Anup kumar
Sadhukhan
Experimental and modeling
studies on Combustion and
Pyrolysis of coal and biomass
45
Summer 2011 A university in
USA
iii) Fluid Mechanics
Name of Faculty
Member
Prof. J. P. Sarkar
Prof. K.C.Ghanta
Dr. Swapan Paruya
Areas of
Training/
Developm
Multiphase
ent
ow
Multiphase flow/CFD
modeling
Duration
(Days)
45 days
2 months
Multiphase flow/CFD
modeling
2 months
Multiphase flow/CFD
modeling
2 months
Multiphase flow/CFD
modeling
2 months
Multiphase
flow/Rheology
2 months
Multiphase flow/CFD
modeling
2 months
Multi-phase flow
modeling &
Experimentation in
Energy systems
20 days
Convenie
nt
(tentative)
Summer
Date
During vacation
Period
Train er
Organizati
on in
A university
USA
Dept. of
Chemical Engg.,
University of
Akron, OHIO
USA
During vacation State,
Dept. of
Period
Chemical Engg.,
Imperial College,
London
During vacation Dept. of
Period
Chemical Engg.,
University of
Alberta,
University of
Saskatwean,
During vacation Canada
University of
Period
Twente,
Netherland
During vacation Dept. of
Period
Chemical Engg.,
IIT-Kanpur
During vacation
Period
June, 2012
Dept. of
Applied
Mechanics, IITDelhi
CRIEPI, Tokyo,
JAPAN
iv. Modeling, Simulation, Optimization and Control
Name of Faculty
Member
Dr. Swapan Paruya
Areas of
Duration
(Days)
Training/
ControlDevelopme
& Optimization 20 days
nt
Conveni
ent
June,
2011
(tentative)
Date
Trainer
Organization
CMU, USA
v. Biochemical Reaction Engineering.
Name of Faculty
Member
Areas of
Training/
Development
Duration
(Days)
Convenient
(tentative) Date
Trainer
Organization
Mr. Tamal Mandal
Bio-remediation
30days
May-June
CRC, University of
south Australia
Adelaide Australia.
Dr. Susmita Dutta
Immobilized Enzyme
Technology
Bioremediation
45
Summer 2011
45
Summer 2012
A university in
USA/Europe/Asia
A university in
USA/Europe/Asia
OVERALL TRAINING NEED OF THE STAFF MEMBERS AS DESIRED BY THEM
The Department has only one Technical staff with B.Sc. qualification. This staff member is above
55 and did not express his desire for further training. Department has one skilled staff with Diploma in
Chemical Engineering. He has undergone training outside the Institute over the last three years in chemical
engineering laboratory related areas and has expressed his desire for undergoing further training in the
field of Chemical Reaction Engineering, Process Control and Instrumentation, Environmental Engineering
and Analytical Chemistry. Department has two supporting staff members with ClassVIII qualification and
they have not expressed desire for training.
FACULTY MEMBERS’ TRAINING OVER THE LAST 02 YEARS
A.
Faculty Members who have undergone training over the last 02 years:
1. Jaya Sikder:
Previous trainings, if undergone during last two years (Use additional sheet if required):
Areas of training/development
Duration (Days)
When (Date)
Workshop on Application of Hysys for
Simulation of Process Plants Level-I
Short-Term Training programme on
Mathematical Modelling
5
October 20-24, 2008
5
November 24-28, 2008
12
January 19-30, 2009
4
Winter School on Advanced process
Modelling and Control
Workshop on Industrial hazard and Risk
Assessment-an integrated Training
programme.
2
February 5-6, 2009
5
Membrane Technology
16
March 5-20, 2009
1
2
3
2. Dr. Swapan Paruya:
Areas of training/development
Duration
(Days)
When (Date)
1
DST-SERC School on Novel Artificial
Intelligence and Machine
e Learning Techniques for Chemical and
Petrochemical Industries, MIT Pune,
December 28, 2009 to January
2, 2010
6
IUCEE Faculty Leadership Institute – 2009, 5
Teaching with Matlab and Simulink, Global
Education Centre, Infosys Campus, Mysore,
June 22-26, 2009
2
Workshop on Application of Hysys for
Simulation of Process Plant – Level –I,
University of Calcutta,
October 20-24, 2008
3
DST-SERC School on Newer Optimization 6
Techniques for Chemical Engineering
Applications, IIT Kanpur,
June 09 – 14, 2008
4
ISTE STTP on Applications of Process
6
Simulators in Chemical Engineering, NIT,
Warangal
June 2-7, 2008
5
3. Dr. Tamal Mondal :
Previous trainings, if undergone during last two years (Use additional sheet if required):
Areas of training/development
Duration (Days)
When (Date)
1
Environmental Biotechnology
15 days
Feb 2009
4. Prof. K.C. Ghanta:
Previous trainings, if undergone during last two years (Use additional sheet if required):
Areas of training/development
1
Duration (Days)
Diesel Particulate Filter-A CFD
modeling
45
When (Date)
May-June 2008
5. Dr. Susmita Dutta:
Previous trainings, if undergone during last two years (Use additional sheet if required):
Areas of training/development
Duration (Days)
When (Date)
1
Laboratory training program on “2nd. 45 days
Generation Lipid Pyrolysis Based
Biofuel Technology”
February 03 – March 16,
2009
2
CEP Course on ‘Environmental 5 days
Management in Industries’
October 13 – 17, 2008.
3
Workshop on ‘Application of HYSIS 5 days
for Simulation of Process Plants – Level
-1’
October 20-24, 2008
4
Summer school on ‘Petroleum Refining 6 days
and Petrochemicals’
23rd June to 28th June,
2008
Name of the Department/Section
: CHEMISTRY
Name of the Head of Department/Section
: PROF. M. M. NANDI
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A.
Details of previous training
i)
Previous trainings the support staff has undergone in last two years: NIL
ii)
1
Name of support staff
member
Manik Lal Rakshit
2
Gopal Chandra Das
Area of training/
development
Duration (Days)
When (Date)
Previous trainings the technical staff has undergone in last two years:
1
Name of technical
Area of training/
staff member
development
Pankaj Ghosh Pursuing PhD in Low temperature
conductivity measurement in
conducting polymer system
2
Duration (Days) When (Date)
For last 3 years
Satinath Basu
iii)
Previous trainings the administrative and finance staff has undergone in last two years:
Not applicable
iv)
Previous trainings the faculty has undergone in last two years:
1
2
3
Name of faculty
member
Chakrabarty J.
Maji M.
Moi S.C.
Area of training/
development
Enhancing pedagogy skills
Nanoparticle-Science & Technology
Corrosion fundamentals, testing and
prevention
Environment management, testing and
monitoring
Quest for advanced materials
Waste management, effluent treatment and
recycling
Nanoparticle-Science & Technology
Corrosion fundamentals, testing and
prevention
Environment management, testing and
monitoring
The application of geo-information in national
disaster management
Quest for advanced materials
Research training and collaborative research
with North Dakota State University, Fargo,
USA under TEQIP Programme
Enhancing pedagogy skills
Duration
(Days)
7
14
14
When (Date)
March 16-20, 2009
January 2-15, 2009.
July 14-25, 2008
7
April 7-11, 2008
1
14
February 26, 2008
January 19-31, 2009
14
14
January 2-15, 2009.
July 14-25, 2008
7
April 7-11, 2008
1
March 24, 2008
1
31
February 26, 2008
14th June to 14th July,
2009
7
March 16-20, 2009
4
5
6
7
8
Nanoparticle-Science & Technology
Corrosion fundamentals, testing and
prevention
Environment management, testing and
monitoring
The application of geo-information in national
disaster management
Quest for advanced materials
Mukhopadhyay Waste management, effluent treatment and
B.P.
recycling
Corrosion fundamentals, testing and
prevention
Environment management, testing and
monitoring
Panja S.S.
Enhancing pedagogy skills
Waste management, effluent treatment and
recycling
Corrosion fundamentals, testing and
prevention
Environment management, testing and
monitoring
The application of geo-information in national
disaster management
Quest for advanced materials
Patra A.K.
Waste management, effluent treatment and
recycling
Corrosion fundamentals, testing and
prevention
14
14
January 2-15, 2009.
July 14-25, 2008
7
April 7-11, 2008
1
March 24, 2008
1
14
February 26, 2008
January 19-31, 2009
14
July 14-25, 2008
7
April 7-11, 2008
7
14
March 16-20, 2009
January 19-31, 2009
14
July 14-25, 2008
7
April 7-11, 2008
1
March 24, 2008
1
14
February 26, 2008
January 19-31, 2009
14
July 14-25, 2008
Environment management, testing and
monitoring
Research Training and Collaborative Research
with North Dakota State University, USA
Under TEQIP Programme.
MHRD/AICTE Sponsored Two weeks Summer School on Corrosion Fundamentals,
Testing and Prevention.
MHRD/AICTE Sponsored Two weeks –
Winter School on “Nanoparticles-Science and
Technology”.
Enhancing pedagogy skills
Waste management, effluent treatment and
recycling
Corrosion fundamentals, testing and
prevention
Environment management, testing and
monitoring
The application of geo-information in national
disaster management
14
April 7-11, 2008
30
(25.02.09-25.03.09).
14
(14.07.08-25.07.08)
14
(02.01.09-15.01.09)
7
14
March 16-20, 2009
January 19-31, 2009
14
July 14-25, 2008
7
April 7-11, 2008
1
March 24, 2008
Saha R.
Sukul, D.
v)
Previous trainings the HOD/Dean has undergone in last two years:
Name of the
HOD/Dean
Prof. S. B. Das
(Dean Academic)
B.
Area of training/
development
System management and capacity
improvement in Tech. Education under
TEQIP Training Programme at AIT
Bangkok
Duration
(Days)
7 days
When (Date)
November
24-29, 2008
Objectives / Priorities of the Institution:
1 To give more focus on students’ need/ customization and quality assurance on input and output
rather than process.
2 To frame policy for effective and suitable Tech. and general science education.
3 To design remedial strategies in education process.
C. Objectives / Priorities of the Department/Section:
1. To make Chemistry Department a centre of excellence through effective teaching-learning
processes, Laboratory development, research activities in various fields and building close
cooperation with esteemed R&D Institutions and industries.
2. Augmentation of existing research laboratories with state of the art instruments, equipments and
furniture. This will benefit not only the research scholars but also the M.Sc and M.Tech students.
3. Special emphasis towards development of (i) Material Science Laboratory including Corrosion
Science & Nanotechnology, (ii) Orgain & inorganic Synthesis Laboratory, (iii) Environment
Laboratory and (iv) Computational laboratory.
4. As the intake of students is gradually increasing, augmentation of existing B. Tech., M.Tech and
M.Sc. Laboratories is of utmost importance to impart quality teaching.
5. Procurement of advanced teaching learning materials including scientific books, course materials
and literatures.
6. To cultivate the opportunities of consultancy with improved infrastructure.
7. To enhance collaboration with esteemed research and academic institutes within India and abroad
which will help not only to upgrade the quality of research but also will benefit the PG students in
their future perspectives.
8. To participate in the Community Development programmes of the Institute.
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff and faculty
to be trained/developed.
i)
Class IV Staff:
Name of staff
member
1 Gopal Chandra Das
Area of training/
development
Personality
development
Qualification up
gradation
Duration
(Days)
30
Convenient
(tentative) date
May-July
30
May-July
Trainer
organization
ii)
iii)
Support Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
1 Manik Lal Rakshit
Personality development
30
Convenient
(tentative)
date
May-July
Qualification upgradation
30
May-July
Duration
(Days)
15
Convenient
(tentative) date
July – Aug
2010
July – Aug
2010
Trainer
organization
Technical Staff:
1
Name of staff
member
Pankaj Ghosh
2
Satinath Basu
Area of training/
development
Instrumental method of
different chemical analysis
Instrumental method of
different chemical analysis
15
Trainer
organization
iv) Administrative and Finance Staff: Not applicable
v)
Faculty:
Name of faculty
1
Chakrabarty J.
2
Maji M.
3
Moi S.C.
4
5
Mukhopadhyay
B.P.
Panja S.S.
6
Patra A.K.
7
Saha R.
8
Sukul, D
vi)
Area of training/
development
Post-doctoral research
abroad
Duration
(Days)
300
Characterization of Nanomaterials
Kinetic investigation in Bioinorganic systems
Quantum-chemical
computation
Quantum-chemical
computation
Synthetic methodology of
Bio-active molecules, its
characterization and
application
Environmental Chemistry
45
Convenient
(tentative) date
2013 (after
completion of
running DST
project)
May-June 2012
45
May-June 2011
45
May-June 2012
45
Nov-Dec 2011
45
May-June
(2013)
90
Application of Nanomaterials
on environmental
remediation.
Wastewater and Waste
Management
Development of
Anticorrosion methods and
materials
90
During MayJuly’2010
During MayJuly’2011
90
45
During MayJuly’2012
May-June 2011
Trainer
organization
Yet to
finalize
Yet to be
finalized
To be
finalized
Yet to
finalize
Yet to
finalize
Yet to be
finalized
Foreign
University/
Institute
preferably
USA and
Germany
Yet to
finalize
HoD/Dean:
Name of staff
Prof. S. B. Das (Dean)
Prof. M. M. Nandi
(Head)
Area of training/
development
Training related to
administrative work
Duration
(Days)
15 days
Convenient
(tentative) date
During vacation
Trainer
organization
To be finalized
Corrosion protection
Six weeks
June – July
Yet to finalize
Name of the Department/Section:
CIVIL ENGINEERING
Name of the Head of Department/Section:
Prof. Showmen Saha
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
1
ii)
Name of support staff
member
Sheru Ali
Area of training/
development
Job responibility
Duration (Days)
When (Date)
1 day
Previous trainings the technical staff has undergone in last two years: NIL
iii) Previous trainings the administrative and finance staff has undergone in last two years: NIL
iv) Previous trainings the faculty has undergone in last two years:
1
Area of training/
Name of support staff
member
development
Dr. Showmen Saha
Attended a collaborative
research programme in
Manchester with
Enhancing
ManchesterPedagogy
UniversitySkills
at
U.K
Enhancing Pedagogy Skills
2
Recent Trends in
Earthquake Structural
Dynamics and design
Dr. Dilip K. Singha Roy
NIL
3
Dr. Purnendu Ray
Effective Teaching,
Cooperative Learning,
effective Faculty
Development, Outcomes
Based education
Engineering Drawing Using
CAD
Engineering Drawing Using
CAD
4
Dr. K. Bhattacharya
5
Dr. Amlan Das
6
Dr. V. K. Dwivedi
Duration (Days)
When (Date)
17 days
5
16-20.03.2009
5
23-27.02.2009
3
21-23.07.2008
03 (Three)
June 29 to July
01, 2009
05(Five)
05(Five)
Attended a collaborative
research programme in
Manchester with
Manchester University at
U.K
NIL
17
Development of Decision
Support System in the field
of water Resource
Engineering
14
June 22- 26,
2009
July 14-18,
2008
12 - 26
Feb’2009
7
Dr. Aloke K. Datta
8
Dr. Soumya Bhattacharya Remote Sensing & GIS
(1st part of NNRMS course
at IIRS, Dehradun)
30
April-May,
2009
9
Dr. Atul K.Banik
15
Feb-March
2009
1
0
Dr. Radhikesh P. Nanda Disaster Mitigation
1
1
1
2
1
3
1
4
1
5
NIL
Compliant of Offshore
Structures, Perth, Australia
Area of training/
Name of support staff
member
development
Dr. Amiya K. Samanta Centre for Environmental
Risk Assessment and
Remediation
(CERAR),University of
South Australia, Adelaide.
Dr. Diptesh Das
Mr. Supriya Pal
Mr. Somanth Karmakar
Dr. Piyush Topdar
13
14.07.08 26.07.08
Duration (Days) When (Date)
12
March’ 2009
Teachers’ Training
Programme on ‘Enhancing
Pedagogy Skills’
NIL
5
23-27.02.2009
Health Monitoring, NonDestructive Evaluation and
Retrofitting of Structures
2
07.03.2008
Mathematical Modeling and
Mathematics
5
10.03.2008
Application of GeoInformation in National
Disaster Managemen
1
24.03.2008
Soft Soil Engineering
Recent Trends in
Earthquake Structural
Dynamics and Design
1
3
31.05.2008
21.07.2008
Application of GeoInformation in National
Disaster Managemen
1
24.03.2008
Recent Trends in
Earthquake Structural
Dynamics
Design
Teachers’ and
Training
Programme on ‘Enhancing
Pedagogy
Skills’
Induction Programme
on
IPR
3
21.07.2008
10
5
23.02.2009 &
16.03.2009
06-10.07.2009
5
5
3
16-20.03.2009
23-27.02.2009
21-23.07.2008
Enhancing Pedagogy Skills
Enhancing Pedagogy Skills
Recent Trends in
Earthquake Structural
Dynamics and design
1
6
v)
Dr. N. R. Samal
Optimization methods for
Water Resources Planning
and
Management
Enhancing
Pedagogy Skills
Engineering Dept. of IIT
Enhancing
Guwahati Pedagogy Skills
5
15-19.06.2009
5
16-20.03.2009
5
23-27.02.2009
Environmental management
in industries
Recent Trends in
Earthquake Structural
Dynamics and design
Limnological investigations
of some selected lakes in
Bangalore city in India
5
13-17.10.2008
3
21-23.07.2008
41
19.0530.06.2008
Previous trainings the HOD/Dean has undergone in last two years:
Name of the HOD/Dean
Dr. Showmen Saha
Area of training/
development
Attended a collaborative
research programme in
Manchester with
Manchester University at
U.K
Enhancing Pedagogy Skills
Duration (Days)
Recent Trends in
Earthquake Structural
Dynamics and design
B.
When (Date)
17days
10
3
16-20.03.2009
23-27.02.2009
21-23.07.2008
Objectives / Priorities of the Institution:
1.
2.
Improving competence in teaching – training
Development of modern learning resources /teaching aids
3.
Curricular development/updating, Introduction of new courses as per the present need
4.
Administrative reform to create better environment for teaching and learning process.
5.
6.
Resource generation through Consultancy services
Supporting /serving the institute through various administrative chairs /committees
7.
C.
Objectives / Priorities of the Department/Section:
1.
Maintaining high standard in teaching so as to groom the students to serve the society in this
changing world of economic opportunities.
2.
Improving competence in teaching – training
3.
4.
Development of modern learning resources /teaching aids
Curricular development/updating, Introduction of new courses as per the present need
5.
Develop up to date laboratory facility
 Carry out research in the field of structural concrete both with conventional & nonconventional (Bio & Non-Bio degradable) materials-FRC, Polymer concrete,
assessment & rehabilitation of damaged concrete structures etc.
6.
 To set a pace in R & D in the area of experimental mechanics of concrete structures,
biodeposition on concrete and development of low-cost material & housing.
 Setting up of a center of wind energy studies including wind tunnel testing facilities
 Earthquake Engg. lab facility development
Guiding Research Scholars leading to Ph.D.
7.
Administrative reform to create better environment for teaching and learning process.
8.
Consultancy services to community & industry
9.
D. Aligning the objectives/priorities of your Department/Section and Institution with those of
the individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff:
Name of staff
member
1
ii)
Sheru Ali
Area of training/
development
Duration
(Days)
Computer literacy
2 weeks
Convenient Trainer
(tentative) organization
date
Summer 2011India
Support Staff:
Name of staff
member
1 Sanatan Nandi
2 Faring Ruidas
Area of training/
development
Awareness program for skilled
staff
Awareness program for skilled
staff
Duration
(Days)
2 weeks
Convenient Trainer
(tentative) organization
date
Summer 2011India
2 weeks
Winter 2011 India
iii) Technical Staff:
Name of staff
member
1 Anup Kumar Sen
Area of training/
development
Duration
(Days)
Training in computer operated
mechanical equipments for testing
related to concrete lab
Training in equipment handling in
transportation laboratory
Training in construction project
implementation
Training in computer aided drafting
2 weeks
5 Aloke Kumar
Training in computer aided drafting
Bhattacharjee
6 Mriganka Shekhar Training in env. Laboratory &
Mukhopadhyay
instrumentation
2 Pallab Biswas
3 Ram Pranay
Gangopadhyay
4 Amitava Saha
Teaching & learning pedagogy
Soft computing in env. engg
Convenient Trainer
(tentative) organization
date
Winter 2011
India
2 weeks Summer 2012
India
2 weeks
Winter 2011
India
2 weeks Summer 2012
India
2 weeks
Winter 2011
India
15
Winter 2011
India
15
15
Summer 2012
Winter 2012
India
India
7 Avijit Saha
To get training in computer operated
mechanical equipments
2 weeks
Winter 2011
India
iv) Administrative and Finance Staff: NIL
v)
Faculty:
Name of faculty
1
Dr. Showmen
Saha
2
Dr. Dilip K.
Singha Roy
3
Dr. Purnendu
Ray
Convenient Trainer
(tentative)
org.
date
Application of data mining in
Two Weeks December CEAE,
Structural stability analysis
2010
University
of Colorado
at Boulder,
USA
Health Monitoring and Damage
City College
Assessment of Structures: Smart
May 2011 of New
Bridges and sensor technology, Non- 15 days
or
York
destructive evaluation
May 2012 , NY 10031
Area of training/
development
Use of instrumentation in the
2 months
experimentations of various concrete
structural elements with state-of-theArt equipments including Setting up
technique /instrumental facilities
related
to recent
advances applicable
in concrete 2 months
Biodeposition
techniques
structures
to concrete structures-rehabilitation
& retrofitting
Soft computing application in
Structural Engineering field
On the Technique of Setting up of a
center of wind energy studies
including wind tunnel testing
facilities
Recent developments in Analysis
and Design of Modern Structures
Computational Fluid Dynamics
Effective teaching – learning
(modern pedagogy) processes
Name of faculty
4
5
6
Duration
(Days)
Area of training/
development
2010
2011
Premier
Institution/O
rganisation
in India
/Abroad
-Do-
2 months
2010-11
-Do-
2 months
2011
-Do-
30 (thirty) Autumn 2010 Yet to be
/ Winter 2010 finalised
/ Summer
2011
15
Winter 2010 / Yet to be
(Fifteen) Summer 2011 finalised
15
Winter 2010 / North
(Fifteen) Summer 2011 Carolina
State
University
Duration Convenient Trainer
(Days)
(tentative)
org.
date
15
Winter (15- IIT Roorkee
30 Dec.)
Dr. K.
Bhattacharya
Dr. Amlan Das
Geotechnical centrifuse & reaction
wall design
NIL
Dr. V. K.
Dwivedi
Development of Real Time Decision One month May 2010
Support System in the field of Water
Resources Engineering
NIH,
Roorkee
Development of Real Time Decision One month June 2010
Support System in the field of Water
Resources Engineering
Dept. of
Water
Resources
Engg, Lund
University,
Sweden
Development of Real Time Decision Two Weeks December
Support System for forecast of
2010
rainfall
Development
of Real Time Decision Two Weeks December
Support System for forecast of
2010
rainfall
IITM, Pune
CEAE
Univ of
Colorado at
Boulder,
USA
Climate Change & Global Warming - One Month January 2011 Stockholm
its effect on Water resources of India
University,
Sweden
7
Dr. Aloke K.
Datta
Advanced research/Teaching in the
related field of specialization
90
Academic reforms/administration
30
8
Dr. Soumya
Bhattacharya
Exposure in urban & rural
applications of RS & GIS
9
Dr. Atul K.Banik Offshore Structures
Nonlinear Dynamics of Flexible
Structures
30 days
60 Days
60 Days
Deterministic & Stochastic Stability 60 days
of Floating Structures
1
0
PSDF Matrix of MDOF Offshore
Structure under Random Seas
Dr. Radhikesh P. Disaster Mitigation
Nanda
Low cost housing
Geopolymer Concrete
1
1
Dr. Amiya K.
Samanta
60 days
7
7
7
May-JuneJuly-2011
Concordia
Univ
CANADA
June - 2012
To be
decided
Outside
academic
semester
1st may_1st
July 2010
National
Organisatio
n
University
of Hawaii,
USA
15th Nov,
University
10_15th Jan, of Hamburg,
11
Germany
1st may_1st UWA, Perth
July 2011
15th Nov,
IIT Delhi
11_15th Jan,
12Oct./Dec.
MHRD/AIC
Oct./Dec. TE/Any
MHRD/AIC
TE/Any
Oct./Dec. MHRD/AIC
TE/Any
Setting up experimental /instrumental 2 months
facilities related to recent advances in
concrete structures.
Biodeposition techniques applicable 2 months
to concrete structures rehabilitation
Developing a multidisciplinary center 2 months
of Wind energy Studies (including
wind tunnel testing facility)
2010
IIT/IISC
/Abroad
2011
-Do-
2010
-Do-
Post Doctoral training
2012
-Do-
1 yr.
1
2
Dr. Diptesh Das Experimental studies in Structural
Control/ Earthquake Engineering
Advanced & new technologies in in
Structural Control/ Earthquake
Engineering
Post-doctoral studies
1
4
1
5
1
6
2010
6 months
2010-2011
1-1½ years
2012
Reputed
Foreign
Reputed
Institute/
Foreign
IIT/IISc
Institute/
IIT/IISc
Reputed
Foreign
Institute
Convenient Trainer
(tentative)
org.
date
Mr. Supriya Pal Geoenvironmental Engineering
Five days 23-27 May The Hong
2011
Kong
Geotech
Society and
Polytechnic
University
Geoenvironmental Engineering
Five days 2-6
The
October,2011 Canadian
Geotech
Society and
the
Intl
Society for
Soil Mech
and Geotech
Engg
Mr. Somanth
Improving Reliability and Safety 3
December 1San
Karmakar
Restoration, Renewal and
3, 2010
Antonio,
Replacement
Texas
Dr. Piyush
Advanced
practices of structural
30 days
Nov.-Dec.,
To be
Topdar
strengthening and health assessment
2010
decided.
Latest trends in application of smart
30 days
June 2011
IITs/
structures in Civil Engineering
reputed
foreign
Dr. N. R. Samal Climate Change and its effect on
7 days
May 16 – universities
NIH & IIT
Water Resources
21st May
Roorkee
2010
Hydrodynamical modeling in lakes
30 days
November
Portland
and rivers
2010
State
University,
USA
Name of faculty
1
3
2 months
Area of training/
development
Duration
(Days)
Soft computing application
30 days
May - June IIT or ISI
Or
2011
Advanced Subject knowledge on
Study of Hydrodynamic
Transport in One or Two 2011 - 2012 City Univ
Sediment
Transport
reservoirs
years
of
New York
USA
v)
HoD/Dean: NIL
Name of staff
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Name of the Department/Section:
Computer Science and Engineering
Name of the Head of Department/Section
: Dr. Suchismita Roy
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
Name of support staff
member
Area of training/
development
Duration (Days)
When (Date)
1
ii)
Previous trainings the technical staff has undergone in last two years:
1
Area of training/
Name of technical staff
member
development
Sabitabrata Maji
Linux Administration
Duration (Days)
When (Date)
6 weeks (3days per 1st February
week)
2010 to 15th
March 2010.
2
iii) Previous trainings the administrative and finance staff has undergone in last two years:
Name of
administrative/ finance
staff member
Area of training/
development
Duration (Days)
When (Date)
Duration (Days)
When (Date)
1
2
iv) Previous trainings the faculty has undergone in last two years:
1
Name of support staff
member
Dr.G.Sanyal
Area of training/
development
Computer Network,
Security
Computer Vision
2
Dr. T.Pal
45 days
September
2007
15 days
February 2009
“Data Structures” as part of 5
the
Indo-Us Engg Faculty
Leadership Institute at the
Infosys Mysore center,
india
June22-June26,
2009
Mood detection using soft 48
computing
techniques in KAIST,
Daejon, South Korea
March 14 –
May 2,
2008
3
Mr. Subrata Nandi
Training on Modeling and 10 days
Performance Analysis of
Unstructured Search
Algorithms at Center for
Information Services and
High Performance
Computing, TU Dresden,
Germany
- do-
4
Mr. P.Guhathakurta
5
Mr. S.Sadhu
6
Mr. B.Sen
65 days
10th March 20th March
2008
24th Aug – 28th
Oct 2008
29th June -3rd
July 2009
6th July, 2009
to 10th July,
2009
Teaching learning ,
Infosys, Mysore
Teaching learning
workshop , in Mysore
05days
Research Promotion
Workshop on Geometric
Computing
3 days
27th January,
2010 to 29th
January, 2010
Teaching cum Learning
5 days
6th July to 10th
July, 2009.
5 days
v)Previous trainings the HOD/Dean has undergone in last two years:
Name of the HOD/Dean
Dr. Suchismita Roy
B.
C.
Area of training/
development
Nil
Duration (Days)
When (Date)
Objectives / Priorities of the Institution:
1
………………………………………………………
3
……………………………………………………….….….
2
………………………………………………………
4
……………………………………………………..………
Objectives / Priorities of the Department/Section:
1 Industry Institute Interaction
4
To have a centre of Innovation ………………….……..
2 Emphasize Foreign collaboration in research………
5
…………………………………………………………...…
3 Organize International Conferences………………
6
……………………………………………………………...
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff:
Name of staff
member
1 Tapas Ghosh
Area of training/
Duration
development
(Days)
Computer Training on 2 months
Office application
Convenient
(tentative) date
Trainer
organization
2 Tarun Sinha
Computer Training on 2 months
Office application
3
ii)
Support Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Qualification
Upgradation
Setup and
Maintainance of
Modern Laboratories
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
1
2
iii) Technical Staff:
Name of staff
member
1 Sabitabrata Maji
2
iv) Administrative and Finance Staff:
Name of staff
member
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Machine Learning
Duration (Days)
Convenient
(tentative) date
Trainer
organization
1
2
v)
Faculty:
Name of faculty
1 Dr. G. Sarker
2 Dr. T.Pal
Soft Computing
Techniques on
different
applications
2-3months
June – July, 2010
Not yet fixed
Bioinformatics
(Gene
Expression Data)
10-12 month
(for Post Doc. )
Oct 2010 –
Oct 2011
Not yet fixed
Recent
advancement in
Optical Networks
One month
December of 2010
/ May-June of 2011
Ad hoc mobile
networks
4 Mr.Subrata Nandi Modeling and
performances
analysis of search
and information
dissemination
strategies
One month
Decemebr of 2011
45 days
15th May – 30th
June 2010
3 Dr. T. De
dissemination stra
ZIH, TU
Dresden,
Germany
5 Mr. P.
Guhathakurta
6 Mr. S. Sadhu
7 Mr. B. Sen
8 Ms. M. Dalui
Implementation of 30 days
Microblog
application in
Nokia N-95 mobile
phones
Study on NS2
45 days
software
1st Dec – 31st Dec
2010
SyNERGY
group, Duke
University, USA
15th May – 30th
June 2010
Abroad
Computational
2 month
Geometry and
Advance Algorithm
July-August, 2010
Abroad/India
Learning LEDA, 2 month
CGAL etc
(computational
geometry software)
May-June, 2010
India(IIT, ISI
Kolkata, TIFR) or
Abroad
To learn NS2
software
2 month
Nov-Dec, 2010
Abroad/ India
Nanotechnology
2 months
June-July, 2010
Abroad/India
VLSI Testing
1 week
December
India
Coursework on
QCA
Distributed
15 days
July or December
UBC (Canada)
7
During Summer
Vacation
7
During Summer
Vacation
Computing
Mobile Computing
9 Ms. S.
Bhattacharya
v)
IITs and Other
Premier Institutes
in India
IITs and Other
Premier Institutes
in India
Mobile Computing
10
During Summer
Vacation
IIT Kharagpur,
IIT Delhi
Distributed
Computing
7
During Summer
Vacation
IIT Kharagpur
HoD/Dean:
Name of staff
Dr. D.Ghosh
Trainer
Area of training/ Duration (Days)
Convenient
organization
(tentative) date
development
Computer
60 Days
June- July, 2010
Winona State
Applications
University, USA
Dr. G. Sanyal
Dr. S.Roy
Software
Engineering
30Days
May- June, 2011
Software
Engineering
Research Institute
Carnegi Millah
University, USA
Project
Management
15 Days
December - 2010
Galillee College
Israel .
High Performance 30 days
Computing
June 2011
Information/ Data 30 Days
Security
June 2012
Algorithms in VLSI 60 days
Design, Testing and
Verification.
Any reputable
and competent
organization in
India or abroad
High performance 60 days
Computing.
Any reputable
and competent
organization in
India or abroad
Satisfiability
Any reputable
and competent
organization in
India or abroad
30 days
Name of the Department/Section
: ELECTRICAL ENGINEERING
Name of the Head of Department/Section
: Prof. Siddhartha Sankar Thakur
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
1
ii)
Name of support staff
member
Mr. Sumanta Roy
Area of training/
development
Technical Workshop for
Group-D employees
(Organized by ITPR, New
Delhi)
Duration (Days)
When (Date)
03
29th July to 31st
July, 2009
Previous trainings the technical staff has undergone in last two years: NIL
Name of technical staff
member
Area of training/
development
Duration (Days)
When (Date)
1
iii) Previous trainings the administrative and finance staff has undergone in last two years: Not
Applicable
Name of
administrative/ finance
staff member
Area of training/
development
Duration (Days)
When (Date)
Duration (Days)
When (Date)
1
iv) Previous trainings the faculty has undergone in last two years:
Name of Faculty
Area of training/
development
1
Prof. S. P. Ghoshal
NIL
2.
Prof. S. K. Dutta
NIL
3.
Prof. S. Ghosh
NIL
4.
Prof. N. K. Roy
5.
Dr. S. Banerjee
6.
Dr. S. N. Mahato
7.
Dr. P. Acharjee
Activities related to
collaborative project at
CERN
Collaborative research at
UniAS, Australia
Activities related to
collaborative research at
NUS, Singapore
Power Electronics &
Machine Drives at NUS &
NTU Singapore
21
Sept. 1 to Sept.
21, 2008
15
March 08 to
March 21, 2009
May 3 to May
08, 2009
06
07
March 07, 2009
to March 14,
2009
Nonlinear Dynamics,
Chaos and Complexity
12
7th to 18th July,
2008
Analysis of algorithm
06
29th June to 3rd
Enhancing Pedagogy Skills
DCS Programming for
Process Control
Dr. C. Koley
Microprocessor
Hands on using LabView
9.
Dr. T. K. Saha
Energy System and Smart
Grid
Entrepreneurship Awarness
in Renewable Sources of
Energy
Modeling & Simulation of
Dynamic Systems
10
.
11
.
12
.
13
.
5
5
Mr. A. Das
Mr. P. S. Bhowmik
Mr. J. C. Barman
Dr. Jayati Dey
12
5th to 16th May,
2008
05
Nonlinear Dynamics,
Chaos and Complexity
8.
12
July, 2009
23rd to 27th
February, 2009
7th to 18th July,
2008
02
June, 2009
September,
2008
22th June to 27th
June, 2009
15-16 January,
09
13
21-23 August,
08
06
NIL
Probability, Statistics and
Optimization Methods with
Applications
12 days
January 19-30,
2009
Nan particles-science and
Technology
12 Days
January 2-15,
2009
Power & Energy Systems
25 Days
March 3-27,
2009
Frontiers in Power
Engineering and Energy
Sustainability
Nano particles-science and
Technology
19 Days
June 8-27,
2009
12 Days
January 2-15,
2009
MECHATRONICS
19 Days
June 1-20,
2009
VLSI Signal Processing
Entrepreneurship Awareness
in Renewable Source of
Energy (EARSE - 09)
VLSI Systems Design
Mechatronics using
LabVIEW
Advanced DSP Design
Techniques
02
22nd – 26th Dec,
2008
15th – 16th Jan,
2009
05
19th – 30th Jan,
2009
02
27th – 28th
March, 2009
05
1st – 5th June,
2009
05
Advanced Graphical system
design with Labview
v)
Previous trainings the HOD/Dean has undergone in last two years: NIL
Name of the HOD/
Dean
B.
C.
05
6th -10th July,
2009
Area of training/
development
Duration (Days)
When (Date)
Objectives / Priorities of the Institution:
1.
Further improvement of academic
standard
5. Enhancement of Institute-Industry
interactions and increase of sponsored
projects
2.
Encouragement to faculty members to
enhance research works.
6. To arrange workshops/seminars on
cutting edge topics
3.
Opening of new M. Tech courses on state
of the art topics
7. Encouragement to faculty members for
visiting abroad for further development.
4.
Collaborative research with esteemed
national and foreign institutes/
universities
Objectives / Priorities of the Department/Section:
1.
Establishing linkages with academic and
research institutions and industries
5. Knowledge sharing through seminar
and conferences
2.
Advanced R&D Activities
6. Continuous Efforts for doing Ph.D
research guidance with National and
Foreign Universities
3.
Laboratory/ Workshop Development for
R&D purposes in post graduate level
4.
Continuous Upgradation of Syllabus in
UG and PG level
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff and
faculty to be trained/developed.
i)
Class IV Staff:
Name of staff
Area of training/
member
development
1 Mr. Joydeb Dutta Training on various
measuring
instruments
Duration
(Days)
30
Trainer
Convenient
organization
(tentative) date
Winter, 2010
ITPR, New Delhi
Training on
maintenance of
laboratory
equipments
ii)
30
June, 2011
ITPR, New Delhi
Support Staff:
Name of staff
Area of training/
member
development
Mr.
Sumanta
Roy
Upgradation
of
1
Technical Skill
Promotion of
Laboratory Assistant
Duration
(Days)
30
Convenient
Trainer
(tentative) date
organization
Summer, 2011
ITPR, New Delhi
30
Summer, 2012 ITPR, New Delhi
iii) Technical Staff:
Name of staff
member
1 Mr. Sukumar
Sarkar
2 Mr. S. S. Bala
Area of training/
development
Computer
Application
Training on
Various
measuring
instruments
Duration
(Days)
30
30
PLC based
30
Industrial
Automation
Power Electronics 10
and switch mode
power supply
design
Microcontrollers 10
Programming &
Burning
PCB Designing 10
Convenient
Trainer
(tentative) date
organization
Winter, 2010
NIIT/ Aptech
Durgapur
Summer, 2010 ITPR, New Delhi
Summer, 2011
Winter, 2011
WEBEL/
IIATCA/CETE,
Kolkata
IDC
Technologies,
Singapore
Summer, 2012
NITTTR, Kolkata
Summer, 2014
Virya Infotech
Pvt. Ltd., Chennai
iv) Administrative and Finance Staff: Not Applicable
Name of staff
member
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
1
v)
Faculty:
Name of faculty
1
Prof. S. P.
Ghoshal
Area of training/
development
Collaborative
research/Project
Duration
(Days)
20 days
Advance
15 days
Technology (FACTS
Devices)
Convenient
(tentative) date
Summer Vacation,
2011
Trainer
organization
National University
of Singapore
Summer vacation,
2012
CPRI, Bangalore
Power System
(Smart Grid)
Collaborative
research/Project
2.
Prof. S. K. Dutta
3.
Prof. S. Ghosh
4.
5.
6.
Prof. N. K. Roy
Dr. S. Banerjee
15 days
10 days
Summer vacation,
2013
Summer vacation,
2014
IDC Technologies
Hong Kong Poly
technique
University
National Institute of
Singapore
University
Kebansaan
Malaysia
NIL
Collaborative
research/Project
30 days
May/ June, 2012
Collaborative
research/Project
30 days
Dec, 2012
High Voltage
Engineering
10 days
Dec, 2010
NEMA, Netherland
ICT Enabled
Technology and
learning
15 days
May-June, 2011
Higher Education
Department, USA
Laboratory
development on
Power Electronics
15 days
May-June, 2011
IISC, Bangalore/
Emerson Power
India Limited,
Bombay
Indo-US
Engineering
Faculty Leadership
Institute, Mysore,
India
University of
Minnesota,
Minneapolis/
National university
of Singapore
Lab View, MATLAB07 days
July, 2011
Collaborative
23 days
research on switched
mode converters
Dec 2011
Collaborative
30 days
research on ‘Six
Degree-of-Freedom
Positioning Stage
with Sub-micron
accuracy by
Magnetic Servo
Levitation’
15-06-12 to 14-07-12 Florida Institute of
Technology,
College of
Engineering,
Department of
Mechanical and
Aerospace
Laboratory/ NTU,
Singapore.
Dr. S. N. Mahato Lab View
05 days
Renewable Energy 21 days
Systems and Energy
harvesting
December, 2011
June, 2011
Indo-US
Engineering
Faculty Leadership
Institute, Mysore
NUS, Singapore
7.
8.
9.
10.
11.
Advancement of
20 days
Knowledge in Power
Electronics and
Drives and Energy
Systems
June, 2012
University of
Minnesota, USA
Research in
Electrical Drives
December, 2012
Indian Institute of
Science, Bangalore
14 days
Dr. P. Acharjee
Dr. C. Koley
Dr. T. K. Saha
Mr. A. Das
Mr. P. S.
Bhowmik
Lab View, MATLAB
10 days
July, 2011
Soft-computing
techniques
8 days
December, 2012
Indo-US
Engineering
Faculty Leadership
Institute, India
Operation
Technology, Inc,
India
Collaborative
research/Project
28 days
June/July, 2013
Hong Kong Poly
technique
University, Hong
Kong
Advance Technology
and laboratory
developments
14 days
Dec., 2014
Electric Power
Research Inst.
(EPRI), USA
Testing of
Insulators
Instrumentation
30 Days
Summer, 2011
ASU, USA
07 Days
ISA, Pune
High Voltage
07 Days
Summer/Winter,
2012
Winter, 2013
Renewable Energy
15 Days
Summer, 2014
Colorado State
University, Wind
Application Center.
Indo-US
Engineering
Faculty Leadership
Institute
Emerson Electric
Co.,
USA
MATLAB
7 days
June, 2011
Real time laboratory
assistantship
30 days
Aug 2011
Advance Technology
(FACTS Devices)
15 days
Laboratory
developments
8 days
Energy & Power
Systems
or
Collaborative
research/Project
20 Days
June,12 to July,12
Dec., 2014
NIL
May - June 2011
IISC Bangalore
Electric Power
Research Inst.
(EPRI)
Queensland
University of
Technology (QUT)
University of
Melbourne
Australia/ Portland
State University,
USA/
12.
13.
Soft computing
Application
or
Advanced Subject
knowledge on Power
& Energy Systems /
Advance
Technology (FACTS
Devices)
Collaborative
Research/Project
10 days
May - June 2012
IIT/ISI /
University/ Electric
Power Research
Inst. (EPRI)
20 days
June-July 2013
Advanced Subject
knowledge on Power
& Energy Systems /
Advance
Technology (FACTS
Devices)
10 days
June-July 2014
National University
of Singapore/
Humbolt
University, Berlin/
University of
Queensland,
Brisbane, Australia
IIT/ISI /
University/ Electric
Power Research
Inst. (EPRI)
Mr. J. C. Barman Collaborative
research/Project
Dr. Jayati Dey
10 Days
November 2010
IIT/ISI / University
Soft computing
Application
or
Advanced Subject
knowledge on
Electrical Machine
20 days
May - June 2011
City University of
New York &
New York City
Dept. Electrical
Engineering.
71 Smith Ave
Kingston, N.Y.
Collaborative
research/Project
Collaborative
Research/Project
10 days
December 2011
IIT/ISI
/ University
12401 USA
20 days
June-July 2012
National University
of Singapore/
Humbolt
University, Berlin
Indo-US
Engineering
Faculty Leadership
Institute, Mysore,
India
Department of
ECCS, University
of Michigan, Ann
Arbor, USA
Signal Processing
05 days
July, 2011
Research and
30 days
Collaborative works
on Periodic and
Robust Control
26th May, 2011 to
24th June, 2011
Advancement of
15 days
Knowledge in Power
Electronics and
Machine Drives
15th June to 30th
June, 2012
National University
of Singapore
(NUS), Singapore
Laboratory
developments on
Advanced Control
and Power
Electronics
v)
10 days
20-29 June, 2014
Indian Institute of
Science, Bangalore,
India
HOD:
Sl no.
Areas of Training/
Development
Duration
(Days)
Convenient
(tentative) Date
2.
Collaborative
research/Project
Lab View, MATLAB
07 days
Winter, 2012
National University of
Singapore
Indo-US Engineering
Faculty Leadership
Institute
3.
Power System (Smart Grid) 15 days
Winter, 2013
IDC Technologies
5.
Advancement of Knowledge 20 days
in Electrical power and
energy systems
Winter, 2014
Florida Institute of
Technology, USA
1.
15 days
Winter, 2011
Trainer
Organization
Name of the Department/Section:
Electronics and Communication Engineering
Name of the Head of Department/Section
: DR. GAUTAM KUMAR MAHANTI
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
1
Name of support staff
member
Area of training/
development
Duration (Days)
When (Date)
SURENDRA SINGH
--------
---------
-------
2
ii)
Previous trainings the technical staff has undergone in last two years:
Name of technical staff
member
Area of training/
development
Duration (Days)
When (Date)
1
TAPAS DAS
----------
-------
-------
2
ANUP KUMAR
ADHIKARY
--------
--------
-------
iii) Previous trainings the administrative and finance staff has undergone in last two years:
Name of
administrative/ finance
staff member
Area of training/
development
Duration (Days)
When (Date)
1
iv) Previous trainings the faculty has undergone in last two years:
Name of
faculty
member
ANUP
KUMAR
1 BHATTACHARJE
E
ASISH KUMAR
2
DE
BANSIBADAN
3
MAJI
DR. SUMIT
4
Area of training/
development
-----------------------------------
Duratio When
n
(Date)
(Days)
-------------
-----------------------------------
-------
-------
--------------------------
--------
---------
1. Wireless Comm (Univ. of Southampton, UK)
45 days
May –June
2008
2. Wireless Sensor Networks, University of Parma, Italy
15 days
January
2009
KUNDU
ASHIS KUMAR
5
MAL
6
7
DR. ROWDRA
GHATAK
RAJAT
MAHAPATRA
TAPAS
SADHUKHAN
8
9
DURBADAL
MANDAL
RAJIB KAR
10
11
12
ANIRUDHA
CHANDRA
SANJAY DHAR
ROY
13
AURPAN
MAJUMDER
14
SUJIT KUMAR
MANDAL
v)
1. Attended a short-term course, ‘India Chip Design’ organized by
Cadence, Dept. of EE, IIT Kanpur.
7
2. Attended a short-term course, ‘Biomedical Instrumentation’
organized by EE, IIT Madras.
6
3. Attended a short-term course, ‘Low Power, High Speed Digital
Subsystem Design from Specs to Test’ organized by E&ECE, IIT
Kharagpur.
Basic Electronic Measurement Techniques
May 30June 6,
2009
March 1520, 2010
12
March 213, 2010
01
31 st March
2008
-------------------------------
----------
----------
Short Term Course on Recent Advances in RF Techniques for
Wireless Communication
12
Short Term Research on Cognitive Radio at CTIF, Aalborg
University, Denmark
33
------------------------------------Advaces in RF
------------------1. Attended a short-term course, ‘Introduction to Robotics’
organized by ERTS Lab, Dept. of Computer Science, IIT
Bombay.
2. Attended a short-term course, ‘An introduction to RF
techniques for modern communication system’ organized by
KCSTC, IIT Kharagpur.
3. Attended a short-term course, ‘Recent advances in RF
techniques for wireless communication’ organized by KCSTC,
IIT Kharagpur.
July 01 –
12, 2008
Feb09Mar13,
2009
-------
-------
------
-------
2
January 29
-30, 2010
7
July 01-06,
2008
7
July 07-12,
2008
Radio Resource Management in Wireless Networks, University
15 days
of Parma, Italy
1. Attended a short-term course, ‘Automatic Speech Recognition’
2
organized by NERTU, Osmania University, Hyderabad
2. Attended a short-term course, ‘Soft and Evolutionary
Computation: Theory and Application’ organized by Dept. of
14
ECE, NIT Rourkela.
Attended a Workshop under U.K. India collaborative program on
“Photonic Devices and Systems for Mid and Long Wavelength
Infrared Application”, organized by Institute of radiophysics &
Electronics, C.U., Kolkata.
01
July 2009
August 2930, 2008
September
15-28, 2008
13th Dec,
2009
Previous trainings the HOD/Dean has undergone in last two years:
Name of the
HOD/Dean
GAUTAM KUMAR
MAHANTI, HoD, ECE
Dept.
Area of training/
development
Duration
(Days)
Application of soft computing tools in the field of
Engineering, in School of computing and communications,
University of Technology, Sydney, Australia
14days
When
(Date)
January 2009
B.
C.
Objectives / Priorities of the Institution:
1
Developing advanced laboratories
4
2
Attract funding through sponsored projects from industry.
3
Enhance research and journal publications
Improve R & D Activities
……………………………………………………….….….
5 To motivate students for doing research work at various research
Centers of our country
6 To make good quality students
Objectives / Priorities of the Department/Section:
1
To upgrade syllabus of UG and PG according to needs
4 To motivate students for doing research work at various research
Centers of our country
2
Attract funding through sponsored projects
………………………………………………………
Enhance research and journal publications
5 To set up advanced microwave and antenna laboratory
…………………………………………………………...…
6 ……………………………………………………………...
3
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
ii)
Class IV Staff:
1
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
SURENDRA
SINGH
Attitudinal and Mindset change
07 days
25.10.10 to
31.10.10
Attitudinal and
Mind-set change
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
iii) Support Staff:
Name of staff
member
1
iv) Technical Staff:
Name of staff
member
1
Duration
(Days)
Convenient
(tentative) date
Operation & Maintenance
07 days
of Lab. Equipment.
25.10.10 to
31.10.10
ANUP KUMAR Operation & Maintenance
07 days
ADHIKARY
of Lab. Equipment.
25.10.10 to
31.10.10
TAPAS DAS
2
Area of training/
development
iv) Administrative and Finance Staff:
Name of staff
Area of training/
member
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Operation &
Maintenance of Lab.
Equipment.
Operation &
Maintenance of Lab.
Equipment.
Trainer
organization
1
v)
Faculty:
Name of faculty
1.
2
3
Area of training/
development
Duration
(Days)
Advanced antenna arrays
1-2 weeks
ANUP KUMAR
design
BHATTACHAR Evolutionary computation
JEE
algorithms to optimize antenna 1-2 weeks
performances.
ASISH KUMAR
DE
BANSIBADAN
MAJI
4
KUNDU
6.
-do-
During summer
vacation
In any reputed
institute of our
country
Embedded Systems
15 days
During summer
vacation
-do-
Microwave Engg.
14 Days
During summer Any reputed Institute
vacation
in India
Power – line communication
07 Days
During summer
vacation
Do -
Do -
Do -
1. Wireless Communication
2 months ( 60
University of Parma,
May- July 2011
days)
Italy Parma
2 months ( 60
Nov- Dec 2011
days)
Dec.-Jan, 2010
VLSI Architectures for DSP
14 days
or May-Jul.,
Applications
2011
Wireless Communication
Carnegie Mellon
University, USA
Foreign Institutes,
IIT, IISc
14 days
-do-
14 days
-do-
-do-
Chip design Methodology for
Sub-Micrometer VLSI Circuits
14 days
-do-
-do-
Area Efficient VLSI
Architecture
14 days
-do-
-do-
Microwave Engineering
15
May June 2011 Foreign University
High power Microwaves
07
December 2010
Research institute in
India
ASHIS KUMAR Design of Embedded systems
MAL
for Biomedical Applications
DR. ROWDRA
GHATAK
Foreign Institutes,
15 days
Low Power VLSI Design
5
-do-
Trainer
organization
Signal Processing
Antenna
DR. SUMIT
Convenient
(tentative)
Jan- date
Feb, 2012
or Nov.- Dec.,
2012
-do-
7
RAJAT
MAHAPATRA
Device Modeling
2-3 weeks
Dec 2010-Jan
2011
IITs
8
TAPAS
SADHUKHAN
Broadband Wireless
Communication and
Convergence in Wireless
Communication
60 - 180
May – Dec,
2011
CTIF,
Aalborg University,
Denmark
9
DURBADAL
MANDAL
Advanced antenna arrays
design
2 months
Jan- Feb, 2011
or May-Jul.,
2011
Evolutionary computation
algorithms to optimize
antenna performances.
1 months
May-June, 2011
or Nov.- Dec.,
2011
Evolutionary computation
techniques to optimize the
performances of VLSI circuits.
1 months
-do-
-do-
Power line communication
1-2 weeks
Jan- Feb, 2012
or Nov.- Dec.,
2012
-do-
Underwater acoustic
communication
1-2 weeks
-do-
-do-
Robotics
1-2 weeks
-do-
-do-
2 months
Dec.-Jan, 2010
or May-Jul.,
2011
Foreign Institutes,
IIT, IISc
Mixed Signal VLSI
1-2 weeks
-do-
-do-
DSP in VLSI
1-2 weeks
-do-
-do-
Low power VLSI
1-2 weeks
-do-
-do-
Medical Electronics in VLSI
1-2 weeks
-do-
-do-
1. CMOS Device modeling
1
0
RAJIB KAR
1. Wireless relays and Space
time coding
1
1
2 months
2. Power line communication 1-2 weeks
ANIRUDHA CHANDRA 3. Underwater acoustic
1-2 weeks
communication
4. Statistical modeling and
1-2 weeks
advanced mathematics
5. Robotics
1-2 weeks
1 month ( 30
days)
1 month ( 30
SANJAY DHAR 2. Wireless Communication
days)
ROY
1 month ( 30
3. Wireless Communication
days)
1. Wireless Communication
1
2
13
AURPAN
MAJUMDER
Dec.-Jan, 2010
or May-Jul.,
2011
-do-
Foreign Institutes,
IIT, IISc
-do-
Foreign Institutes,
IIT, IISc
-do-
-do-
-do-
-do-
-do-
-do-
-do-
May- June,
2011
December,
2011
University of Parma,
Italy.
Carnegie Mellon
University, USA
July, 2011
Universit´e Libre de
Bruxelles, Belgium
Foreign Institutes,
IITs, IISc.
1-2 weeks
Dec.-Jan, 2010
or May-Jul.,
2011
-do-
1-2 weeks
-do-
-do-
1. Theoretical Bioinformatics
2 months
2. Data Mining
3. Statistical modeling and
advanced mathematics
-do-
1
4
SUJIT KUMAR
MANDAL
Microwave Engineering
VLSI Design
v)
15 Days
Any reputed Institute
Dec – Jan; 2010 or Organization in
India
15 Days Dec – Jan; 2010
-
do -
HoD / Dean:
Name of staff
GAUTAM KUMAR
MAHANTI
Area of training/
Convenient
Duration
(Days)
(tentative) date
development
Array Antenna synthesis
12 days
15.12.2010 to
using Evolutionary Algorithms
26.12.2010
Trainer
organization
University of
Technology, Sydney,
Australia
Reflect array antenna design
12 days
1.6.2011 to
12.6.2011
Hanoi University of
Technology,
Evolutionary Algorithms
10days
10.1.2011 to
19.1.2011
Vietnam
Nanyang Technological
University,
Singapore
Name of the Department/Section
: GEOLOGY
Name of the Head of Department/Section
: DR KALYAN ADHIKARI
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
ii)
Previous trainings the technical staff has undergone in last two years:
Name of technical staff
member
Area of training/
development
Duration (Days)
When (Date)
iii) Previous trainings the administrative and finance staff has undergone in last two years:
iv) Previous trainings the faculty has undergone in last two years:
v) Previous trainings the HOD/Dean has undergone in last two years:
Sl. No. Name of faculty
1
2
B.
Dr. A
Gangopadhyay
Duration (Days)
When (Date)
08 weeks
04.5.09 – 26.6.09
GIS and their Applications
05 days
Environmental Management in
Industries
05 days
27.01.09 –
31.01.09
13.10.08 –
17.10.08
Energy & Environment
03 days
March 19-21, 2009
Objectives / Priorities of the Institution:
1
C.
Dr. K
Adhikari
Areas of
training/development
RS & GIS Applications in
Geoscience
………………………………………………………
2
……………………………………………………….….….
Objectives / Priorities of the Department/Section:
1
Augmentation of lab. facilities
4
Interdisciplinary/collaborative research
2
Setting up of new laboratories
5
Use of modern learning resources & teaching aids
3
Revision of course/curricula based on market and societal needs.s 6
……………………………………………………..….
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
v)
Faculty:
1
Areas of Training/
Development
Basic Pedagogy
2
Advanced Pedagogy
Duration (Days)
One week
Convenient
(tentative) Date
Summer 2010
Trainer
Organization
NITTTR, Kolkata
One week
Summer 2010
NITTTR, Kolkata
vi) HoD/Dean:
Areas of Training/
Development
Duration (Days)
Convenient
(tentative) Date
Trainer
Organization
1
RS & GIS
Two weeks
NRSA or other
eminent Institutions/
Organisations
2
Environment
01 – 02 weeks
NEERI or other
eminent Institutions/
Organisations
3
Natural Hazard and Disaster 01 – 02 weeks
Management
GSI or other eminent
Institutions/
Organisations
4
Pedagogy
GSI or other eminent
Institutions/
Organisations
01 – 02 weeks
Name of the Department/Section
: INFORMATION TECHNOLOGY
Name of the Head of Department/Section
: Subhrabrata Choudhury
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i) Previous trainings the support staff has undergone in last two years: There is no permanent
support staff in the department
ii)
Previous trainings the technical staff has undergone in last two years: NIL
iii) Previous trainings the administrative and finance staff has undergone in last two years: There is
no permanent administrative staff in the department
iv) Previous trainings the faculty has undergone in last two years:
Name of support staff
member
Area of training/
development
Duration (Days)
When (Date)
1
Deepanwita Das
Second Indian Winter
School in Logic
13 Days
14-26th January,
2008
2
Deepanwita Das
Winter School on Media
Transport over IP Network
13 Days
5-17th January,
2009
3
Deepanwita Das
Winter School on
Cryptography and Network
Security
13 Days
19-30th January,
2009
4
Deepanwita Das
IUCEE Course on Analysis
of Algorithms
5 Days
June29-July 3,
2009
5
Deepanwita Das
Effective Teaching/Learning 13 Days
of Computer Programming
6
Nanda Dulal Jana
Workshop on Modeling and
Simulation of Wireless
network
3 Days
18-20
December,2008
7
Nanda Dulal Jana
Mathematical Methods in
Engineering
13 Days
19-31
January,2009
8
Nanda Dulal Jana
Data Mining and Data
Warehousing
4 days
24-27
March,2009
9
Nanda Dulal Jana
Workshop on Soft
Computing
5 Days
27-31 July, 2009
June 28-July 10,
2010
10
ADRIJA SEN
Winter School on Media
Transport over IP Network
13 Days
5th – 17th
January’09
11
ADRIJA SEN
Winter School on
Cryptography and Network
Security
13 Days
19th – 30th
January’09
12
ADRIJA SEN
IUCEE Course on Computer 5 Days
Engineering
29th June – 3rd
July’09
13
ADRIJA SEN
Insight09 Ver 2.0, Infosys
Bhuvaneswar
2 Days
14th -15th
Sept’09
14
ADRIJA SEN
Workshop on Modeling &
Simulation of Wireless
Networks
3 Days
18th – 20th
Dec’08
15
Animesh Dutta
IUCEE Course on Lab View 5 Days
29th June – 3rd
July’09
16
Animesh Dutta
Workshop on Modeling &
Simulation of Wireless
Networks
18th – 20th
Dec’08
3 Days
235
v)
Previous trainings the HOD/Dean has undergone in last two years:
Name of the HOD/Dean
Subhrabrata Choudhury
B.
C.
Area of training/
development
IUCEE Course on
Operating System
Duration (Days)
5 Days
When (Date)
29th June – 3rd
July’09
Objectives / Priorities of the Institution:
1
………………………………………………………
4
……………………………………………………….….….
2
………………………………………………………
5
……………………………………………………..………
3
………………………………………………………
6
………………………………………………………...….
Objectives / Priorities of the Department/Section:
1
To impart best of the class education and training.
4
To contribute towards the development of
institutes and industries in surrounding
region.
2
To carry out high quality research and
development work.
5
To contribute in community
development.
3
To build up collaborative research
activity with peer institutes and
industries.
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff: NIL
ii)
Support Staff: NIL
iii) Technical Staff:
Name of staff
member
1 Rupa Shaw
Area of training/
Duration
development
(Days)
VHDL Language for 7 days
FPGA programming
Embedded C
7 days
Programming
Convenient
(tentative) date
Summer/Winter
vacation
Summer/Winter
vacation
3 Narayan Murmu
Web Technology
1week
Dec, 2010
4 Narayan Murmu
Database
1week
Jan,2011
2 Rupa Shaw
Trainer
organization
iv) Administrative and Finance Staff: NIL
v)
Faculty:
Name of faculty
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
1
Jaydeep Howlader
Cryptography
1 week
Feb, 2011
IITs
2
SAJAL
MUKHOPADHYAY
Algorithms
1 week
Feb, 2011
IITs
3
Deepanwita Das
Distributed
Algorithms
2 Weeks or more June-July 2011
Any IIT or
Research
Organization
4
Deepanwita Das
Workshop on Robot 2 Weeks or more June-July 2011
Swarms
5
Mrs. Baisakhi
Chakraborty
Effected Object
Oriented Skills
6
Mrs. Baisakhi
Chakraborty
Java programming
7
Mrs. Baisakhi
Chakraborty
JSP,PHP
8
Mrs. Baisakhi
Chakraborty
C/C++
Programming
9
DEBASIS MITRA Pedagogical
training
10
June-July 2011
NITTR, Kolkata
DEBASIS MITRA Information
Security
2 weeks or more June-July 2011
Any IIT or CDAC
Kolkata
11
DEBASIS MITRA VLSI Testing
1 week
June-July 2011
Any IEEE
workshops/Tutori
als
12
DEBASIS MITRA Emerging
Technology
1 week
June-July 2011
Any IEEE
workshop
organized by any
IITs/ISI-Kolkata
13
Subhankar Maji
VLSI
14
Subhankar Maji
Digital Signal
Processing
15
Subhankar Maji
C/C++
Programming
16
Nanda Dulal Jana Pedogogical Traning
17
Nanda Dulal Jana
Workshop on
Genetic Algorithm
using MatLab
2 weeks
Any IIT or
Research
Organization/
Robosoft Systems
2 Weeks
June-July,2011
From NITTR
2Weeks or more
June-July,2011
From any IIT or
research
organization
v)
18
Nanda Dulal Jana
Workshop on
Bioinformatics
2Weeks or more
June-July,2011
From any IIT or
research
organization
19
ADRIJA SEN
Mobile Network
August – November IIT Kharagpur
2010
20
ADRIJA SEN
Programming
August – November
2010
21
ADRIJA SEN
Effective Teaching /
Learning
August – November
2010
22
Animesh Durra
Agent based System
Development
23
Animesh Durra
Media multicasting
over Internet
HoD/Dean:
Name of staff
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Subhrabrata Choudhury Stochastic
Modeling
1 week
Dec,2010
IIT/IISc
Subhrabrata Choudhury Computational
Geometry
1 week
June-July 2011
IIT/IISc/ISI or
Abroad
Name of the Department/Section
:
MATHEMATICS
Name of the Head of Department/Section
: Dr. Kajla Basu….…………………………..………
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
Name of support staff
member
Area of training/
development
Duration (Days)
When (Date)
1
ii)
Previous trainings the technical staff has undergone in last two years:
Name of technical staff
member
Area of training/
development
Duration (Days)
When (Date)
1
iii) Previous trainings the administrative and finance staff has undergone in last two years:
Name of
administrative/ finance
staff member
Area of training/
development
Duration (Days)
When (Date)
1
iv) Previous trainings the faculty has undergone in last two years:
1
Area of training/
Duration (Days) When (Date)
Name of support staff
member
development
Dr.Anita Pal
International Conference on 03
16-18 January,
“Frontier of Mathematics
2008
and
International Conference on 02
“Mathematics and
Computer
5-6 January,
2009
International Conference on
“Recent trends in
Mathematics and
applications”
03
13-15 January,
2010
National Workshop on
“Some recent research
directions in Graph Theory”
05
26-30 May,
2008
Summmer School on “Non
Linear Dynamics, Chaos
and Complexity”
12
7-18 July,2008
2
Mr. Goutam Panigrahi
3
Dr. Kajla Basu
4.
Dr Laxmi Kanta Dey
5.
Dr Pinaki Pal
6.
Dr. Samarjit Kar
Workshop on “Modelling
and Simulation of Dynamic
Systems”
03
21-23
August,2008
Silver Jubilee workshop on
“Introduction to Geometric
Algorithms”
03
31 October to
2nd November
,2008
Winter School on “Advance
Process Modeling and
Control”
12
19-30
January,2009
Workshop on “Management
of Software projects”
01
27 February
2009
International collaborative
research work with
Department of
Mathematics, University of
Calabria,
WorkshopItaly
on “ discrete
Structures”
16
5-20 March,
2009
3
17-19 March
2010
Data warehousing Concepts
& Tools
03
29 th Sep to 1 st
Oct 2008
Modeling & Simulation of
Dynamic system (MSDS08)
3
Aug.2123,2008
Relevance of Physics
Education in Present
Technological scenario
2
Jan.18-19,2009
Logic and Applications of
Logic
Teaching Pedagogy
05
05
12.01.09-16.01.09
Feb. 23 - 27,
2009
Optimization Methods and 03 days
its Financial Applications,
High Frequency Finance
Short-term Training
05 days
Programme on Soft
Computing
10 – 13 March
2010
Winter School on Logic and 05 days
Applications of Logic
(LAAL 2009) Part - II
12-16 January
2009
Winter School on Logic and 05 days
Applications of Logic
(LAAL 2009) Part-I
05 – 09
January 2009
27 - 31 July
2009
7.
Dr. Sarit Maitra
Mr. Satya Bagchi
8.
UGC sponsored orientation 29 days
programme
conducted by Academic
staff college, Jadavpur
University
National seminar on ‘recent 2 days
trends in operations
programme
research
and its
computational challenges’
organized
Workshopby
onDept.
Groupof
19
Applied
Mathematics,
Theory: Classification of
University of
Calcutta
Respective
Algebraic
Group- II
Annual Foundation School
25
in Mathematics - I
Teachers Training
Programme on ‘Enhancing
Pedagogy Skills’
9
Dr. Seema Sarkar Mondal
17.11.200815.12.2008
17.11.200918.11.2009
May 12-30,
2008.
December 0327, 2008
5
February 23-27,
2009
Management of software
Projects
1
Feb,27, 2009
Media Transport over IP
Network
13
Jan.,5-23,2009
Modeling & Simulation of
Dynamic system (MSDS08)
3
Aug.2123,2008
Recent trends in Earthquake
Structural dynamic &
design
3
July 21-23,2008
Relevance of Physics
Education in Present
Technological scenario
2
Jan.18-19,2009
v) Previous trainings the HOD/Dean has undergone in last two years:
Name of the HOD/Dean
B.
Area of training/
development
Objectives / Priorities of the Institution:
1
C.
2
Objectives / Priorities of the Department/Section:
1
2
3
Duration (Days)
When (Date)
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff:
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
1
ii)
Support Staff:
Name of staff
member
1
iii) Technical Staff:
Name of staff
member
1
iv) Administrative and Finance Staff:
Name of staff
member
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
1
v)
Faculty:
Name of faculty
1
v)
HoD/Dean:
Name of staff
Name of the Department/Section
: MECHANICAL ENGINEERING
Name of the Head of Department/Section
: DR. INDRAJIT BASAK
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years: NO SUPPORT STAFF
Name of support staff
member
Area of training/
development
Duration (Days)
When (Date)
1
ii)
Previous trainings the technical staff has undergone in last two years: NIL
Name of technical staff
member
Area of training/
development
Duration (Days)
When (Date)
1
iii) Previous trainings the administrative & finance staff has undergone in last two years: None
Name of
Area of training/
Duration (Days) When (Date)
administrative/ finance
development
staff member
1
iv) Previous trainings the faculty has undergone in last two years:
1
Name of faculty
Area of training/development
Manik Chandra
Majumdar
Lubrication of Artificial Joints
2
Biswajit Haldar
3
Nilotpal
Banerjee
4
Amarnath
Mallick
5
Apurba Layek
6
Asit Baran Puri
7
Nirmal Baran
Hui
Ranajan Kumar
Mitra
Asim Kumar
9
Das
10 Animesh Patari
8
Duration
(Days)
45
When (Date)
June-July 2007
Mechanics and Dynamics
AutoCAD Basic Applications
AutoCAD Mechanical Applications
Pedagogy
Automobile Engieering (Vehicle Dynamics)
at University of Michigan-Dearborn, USA
Visited Northern Illinois University
for collaborative work in CFD
Visited Virginia Tech University for
training of Flow Measurement by Multi-hole
Pressure Probe
Automobile Engieering (Vehicle Dynamics)
at University of Michigan-Dearborn, USA
Micro machining
Micro machining
Robotics
Teachers Training Program
10
07
07
07
07
07
02
05
15th May 2008 to 05th July
2008
February, 2009
April, 2010
January 29-30, 2010
March 16-20, 2009
Statistical Modeling of Systems
07
May 28 - June 4, 2010
07
December 25-31, 2009
05
June 8-12, 2009
05
February 23-27, 2009
Short Term Course on Estimation and
Control
STC on CFD for chemical and Petroleum
Engineers
Technical Teachers’ Training Program-
52
March,2009
14-18 July 2008
22-26 June 2009
29th June - 3rd July 2009
15th May 2008 to 05th July
2008
10
14.06.09 – 24.06.09
07
25.06.09 – 2.07.09
52
Phase-I
Technical Teachers’ Training ProgramPhase-II
Short Term Course on Fluid Power Circuits
and Controls
v)
C.
March 16-20, 2009
06
July 13-18, 2009
Previous trainings the HOD/Dean has undergone in last two years: NIL
Name of the HOD/Dean
B.
05
Area of training/
development
Duration (Days)
When (Date)
Objectives / Priorities of the Institution:
1
To accommodate larger number of students in UG course
2
Opening of new PG courses
3
Generation of more funds
Objectives / Priorities of the Department/Section:
1
Improve teaching condition and development of teaching aids
2
Develop existing laboratories and opening of laboratories in newer fields of research
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff:
Name of staff
member
Felaram Ruidas
Bidhan Chandra
Roy
1
2
3
Rajesh Tewari
4
SK Sahadot
ii)
Area of
training/development
Machine Shop, Engine
Duration
(Days)
7
Convenient
(tentative) date
December
Machine Shop, Engine
7
December
7
December /
January
30
Summer /
Winter
Metrological
Instruments
Maintenance and
operation of Hydraulics
laboratory equipments
and machines
Automobiles
Computer training
Trainer
organization
NITTR, Danish
Tool Room or
any such Govt.
Institutes
Support Staff: NIL
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
1
iii) Technical Staff:
Name of staff
member
Area of
training/development
Duration
(Days)
Convenient
(tentative)
Trainer
organization
date
1
Niladri Banerjee
2
Jayanta Podder
3
Prosanta Paul
4
Gopal Chandra Roy
Pradip Kumar
Mandal
Debaki Gopal
Banerjee
5
6
7
Partha Sarathi Panja
Automobile, Solid/3D
Modeling, IC Engine
IC Engine, Turbine,
heating and Cooling
devices, Automobile
Boiler, Automobile, IC
Engine
AutoCAD, Auto Solid,
ProE, Basic Computer
Software
21
December /
January
21
December
7
December
45 or
more
May / June
Hydraulics
7
March / April
Auto CAD
15
December
Latest development in
Metrology
Renewable Energy
resources
Automobile
Engineering
07 to 10
January April
January April
January April
07 to 10
30
NITTR, Danish
Tool Room or
any such Govt.
Institutes
iv) Administrative and Finance Staff: NIL
Name of staff
member
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
1
v)
Faculty:
Name of
faculty
Manik Chandra
1
Majumdar
2
Indrajit Basak
3
Biswajit
Haldar
Amitava
Sengupta
Arup Kumar
5
Biswas
Sumi
6
Mukhopadhyay
4
Area of training/development
Lubrication of Bearings, joints.
Machine Design/Ergonomics
Duration Convenient
(Days) (tentative) date
25
December,2010
30
June-July,2011
Vibration Analysis
20
December,2011
Software Applications
Management Skill
CFD Application
30
30
21- 28
Pedagogy
14
Renewable fuel development
07
Solid Mechanics
30
Vacation time
Control of Robotic Systems
Multibody Dynamic Analysis using
CAD tools
30 days
Dec. 2011
30 days
Dec. 2012
Trainer organization
NJIT,USA
NJIT,USA
NUS, Singapore
Nov-Dec' 2010
Any Institute in India
Nov-Dec' 2010
June 2011
USA University
June - July /
USA University
December 2011
ME Deptt., NIT
Summer 2011
Durgapur
IITs
Instt. Like IIT, IISc
7
8
9
Analysis and Design of Machines and
Mechanisms involving application FEM
30 days
Ambuj Kumar
and other computational tools and
Mitra
continuum mechanisms.
Nilotpal
Banerjee
Amarnath
Mallick
14
15
Nirmal Baran
Hui
Subhas Rana
60 days
June – July
2012
Modeling and Simulation of Dynamic
Systems
30-45
May-July 2011
Fluids in Mechanical Systems
15-20
15-Dec-11
CFD & Micro fluidics
21
Apr-11
AlabamaA&M
University, USA
AIAA/ASME/VTU/MIT
Solar Thermal System
21
Jun-11
NIU/Boston University
18
19
30 - 45 May - July 2011
3 weeks
Vacation time
3 weeks
365 days
June 2011
or more
onward
Embedded Systems, Communication
Systems, Image Processing and
Analysis
365 days
or more
May 2012
onward
Microprocessor
60 days
Jun-11
Computation related e.g. FDM, FVM,
FEM for numerical analysis.
Two
weeks
2012
Nanotribology
21
Biotribology
30
IC Engine Tribology
21
Biswajit Bera
Power Plant Engineering including CO2
sequestration
Energy
Coal combustion, gasification, Fluidized
Bed combustion
Thermodynamic
Modeling and Simulation of Dynamic
Jaganath De
Systems
Short Term/ Summer School on
DYNAMICS and CONTROL
Ranajan
Kumar Mitra
Training on MATLAB-SIMULINK
16 Sujit Karmakar
17
Shibendu
Shekhar Roy
Any suitable Indian
Institutes (preferably
IITs)
Do
10 Apurba Layek Enhancement of convective heat transfer
Non-conventional Machining
11 Asit Baran Puri
Micro machining
Achinta
12
Advanced research in Thermodynamics
Pramanick
13
June – July
2011
Multibody Dynamic Analysis using
CAD/CAE Softwares
Development of Intelligent Robotic
Systems
Modern Computational Methods
NUS, Singapore
NUS, Singapore
IITs
NUS, Singapore
Duke University or
elsewhere
NASA, USA Or
Robotics Laboratory,
Carnegie Mellon
University, USA Or
Robotics Laboratory,
KAIST, Korea
Any premier institutes in
India
NIT Durgapur
15.12.2010.IISc, Bangalore, India
7.1.2011
1.6.2011University of Leeds, UK
30.6.2011
15.12.2010.IIT Delhi, India
7.1.2011
1 month
September, IITs, TERI, ICSR Labs,
2010 or
Power Training
Institutes
1 month November 2010
1 month
15 days
30-45
May-July 2011
NUS, Singapore
6-15
days
November or
December, 2010
During Summer
Vacation next
year
Any reputed
organization
Short
Term
20
2011 - 12
60
2011 - 13
15
2011 - 12
Any reputed
organization
Dassault Systems/MSC
Software
CMU, OSU, TU
Dortmund, NUS etc.
IITs, IISC
20
CFD Software
Asim Kumar
Das
Modern Pedagogy
21 Animesh Patari
v)
Training on MATLAB-SIMULINK
Two
weeks
One
week
Short
Term
Summer
Vacation
Summer
Vacation
Fluent India Ltd, Pune
Summer 2011
NITTR,Kolkata
Any reputed
organization
HoD/Dean:
Name of staff
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Indrajit Basak
Software
Applications
30
Nov-Dec' 2010
Any premier
Institutes in India
Management Skills
30
Nov-Dec' 2010
METALLURGICAL AND MATERIALS ENGINEERING
Training need analysis of the Department of Metallurgical and Materials Engineering was carried out
by compiling the relevant information obtained from the faculty and staff members of the department.
Keeping in view the focused areas (as suggested by the Department of Science & Technology, Govt.
of India and the departmental academic committee) for development as centers of excellence, the
training need was focused in the areas as listed below.
(i) Materials Characterization, Structure- property co-relation
(ii)
Aueous and High Temperature Corrosion
(iii) Composite, ceramics and nano-materials
(iv) Modeling and Simulation in Metallurgical Process
(v)
Iron and steel making processes.
The faculty members have given their opinion regarding their training requirement to fulfill their own
objectives as well as objectives of the institute. The proposals for training of faculty members in the
above mentioned focused areas are presented below:
Name of the Department/Section
: Metallurgical and Materials Enginering
Name of the Head of Department/Section
: Dr. D. K. MONDAL
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years: NIL
Name of support staff
member
ii)
Area of training/
development
Duration (Days)
When (Date)
Previous trainings the technical staff has undergone in last two years: NIL
iii) Previous trainings the administrative and finance staff has undergone in last two years: NIL
iv) Previous trainings the faculty has undergone in last two years:
1
Name of support staff
Area of training/
member
development
Mr. R N Ray
Thermodynamics
Duration (Days)
45 days
When (Date)
Oct 11 – Nov
27, 2007
2
v)
Dr. K S Ghosh
Structure –Property corelation of Al-based alloys
35 days
Feb 16 – March
21, 2009
Previous trainings the HOD/Dean has undergone in last two years: NIL
Name of the HOD/Dean
Area of training/
Duration (Days)
When (Date)
development
B.
C.
Objectives / Priorities of the Institution: NA
1
4
2
5
Objectives / Priorities of the Department/Section:
1
To provide proper training to students as per the
need of the industry and society
2 To develop the curriculum for PG and UG
courses.
3 To build sate of art research facilities for carrying
out research works in the field of materials
characterization, corrosion, composite and
ceramics materials, modeling in metallurgical
processes, iron and steel making processes
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff: NIL
Name of staff
Area of training/
Duration
Convenient
Trainer
member
development
(Days)
(tentative) date
organization
Name of staff
Area of training/
Duration
Convenient
Trainer
member
development
(Days)
(tentative) date
organization
Name of staff
Area of training/
Duration
Convenient
Trainer
member
development
(Days)
(tentative) date
organization
1
ii)
Support Staff: NIL
1
iii) Technical Staff:
1
iv) Administrative and Finance Staff: NA
Name of staff
Area of training/
member
development
Duration (Days)
Convenient
Trainer
(tentative) date
organization
Convenient
Trainer
(tentative) date
organization
1
v)
Faculty:
Name of faculty
Area of training/
Development
Duration
(Days)
1
Dr. T K Sinha
Mech Metallurgy
60 days
2
Dr. D K Mondal
Phase
Transformation;
Administrative
Training
45 days
3
Dr. S K Mitra
Administrative
Training
Summer 2011
A University in
USA/UK
1 – 2 weeks
Summer 2011
A University in
USA/UK
Summer 2011
Univ of
Manchester, UK/
1 – 2 weeks
4
Dr A Bhattacharyay Mech Metallurgy
5
6
Mr. R Chakravorty Direct Reduction for 10-15 days
Iron making,
Mr. R N Ray
Modeling in Materials
7
Dr K S Ghosh
Structure –property
Co-relation,
Corrosion
IIT Madras
45 days
Corrosion of Nano- 45 – 60 days Summer 2012
materials and
amorphous alloy s
Phase
Transformation,
Diffusion Bonding,
Corrosion of Iron and 45 days
Summer/ Winter
Steel, Human
2011
Resource
Development
Micro-alloyed steel,
Composites
Mathematical
modeling of steel
making processes
Ohio State Univ,
USA
A Univ. Of
USA/UK/
Germany
8
Dr J. Maity
9
Mr. S Pramanik
10
Mr. B K Show
11
Mr. M K Mondal
12
Mr. M M Ghosh
Nanofluid, Physical
Metallurgy, Mechanical
Metallurgy, Nanomaterials
13
Mr. M Mallick
Composite, ceramics 45- 60 days Summer/winter
2012
45- 60 days Summer/winter
2012
A Univ. Of
USA/UK/ German
Dr. S Bera
14
v)
Physical Metallurgy, 45- 60 days Summer/winter
Nano-materials,
2011, 2012
Materials
Characterization
A Univ. Of
USA/UK/
Germany
HOD:
Name of staff
Area of training/
Duration (Days)
development
Dr. D.K.Mondal
Phase transformation
45 days
Convenient
Trainer
(tentative) date
organization
Summer 2011
A Univ in
UK.USA
Name of the Department/Section
: PHYSICS
Name of the Head of Department/Section
: ……Prof. S. K. Chatterjee………………….…………………………
Note: i) Strike out whichever is not applicable. ii) Additional sheets may be used wherever required.
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years: NIL
Name of support staff
member
Area of training/
development
Duration (Days)
When (Date)
1
ii)
Previous trainings the technical staff has undergone in last two years: NIL
Name of technical staff
member
Area of training/
development
Duration (Days)
When (Date)
1
iii) Previous trainings the administrative and finance staff has undergone in last two years: NA
Name of
administrative/ finance
staff member
Area of training/
development
Duration (Days)
When (Date)
Duration (Days)
When (Date)
1
iv) Previous trainings the faculty has undergone in last two years:
Area of training/
Name of support staff
member
development
Prof. A. K. Meikap
Preparation and
Characterization of
Polymer/CNT
Nanocomposites
45 days
2nd June -16th
July ,2008
2
Dr. P. Kumbhakar
Activities related to
collaborative project at
CERN, Geneva
21 days
1st -21st
Sep.,2008
3
Dr. P. Kumbhakar
Collaborative research
15 days
/Laboratory Training abroad
in the area of nonlinear
optics under TEQIP at
Japan
31st May-14th
June ,2008
4
Dr. S. Sahoo
High Energy Physics
14th – 18th
December,
2008
1
v)
5 days
Previous trainings the HOD/Dean has undergone in last two years: NIL
Name of the HOD/Dean
B.
C.
Area of training/
development
Duration (Days)
When (Date)
Objectives / Priorities of the Institution: NA
1
………………………………………………………
3
……………………………………………………….….….
2
………………………………………………………
4
……………………………………………………..………
Objectives / Priorities of the Department/Section:
1
To provide proper training to students as
per the need of the Institute and society
2
To develop the curriculum for PG and
UG courses.
………………………………………………………
3 To build sate of art research facilities for
carrying out research works in the field of
experimental condensed matter physics,
nanostructured materials, Nanophotonics,
Theoretical high energy physics. and
Gravitation & cosmology.
4 To motivate students towards basic science
and science education.
5
…………………………………………………………...…
6
……………………………………………………………...
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff: NIL
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
Area of training/
development
Qualification Up
gradation in
nanotechnology
Duration
(Days)
32 days
1
ii)
Support Staff: NIL
Name of staff
member
1
iii) Technical Staff:
Name of staff
member
1 Mr. Rajat Sarkar
Convenient
Trainer
(tentative) date
organization
1st -31st July ,2011 IIT, Kharagpur
& Princeton
University,
USA
iv) Administrative and Finance Staff: NA
Name of staff
member
Area of training/
development
Duration (Days)
Convenient
(tentative) date
Trainer
organization
1
2
3
v)
Faculty:
1
Name of
faculty
Prof. A. K.
Meikap
Trainer
Area of training/ Duration (Days)
Convenient
organization
development
(tentative) date
Preparation and
30 days
01.06.2011 to
Technology
Characterization of
30.06.2011
Center of
thin films
Nagasaki, Omura,
Nagasaki, Japan
Low temperature 30 days
01.12.2011 to
National Chaio
Characterization of
30.12.2011
Tung University,
Polymer/ NanoHsinchu, Taiwan
composites.
Preparation and
30 days
20.05.2012 to
University of
magnetic Character
19.06.2012
Ottawa, Ottawa,
ization of Polymer/
Canada
Multiferroic Nanocomposites
2
Prof. A. K.
Meikap
3
Prof. A. K.
Meikap
4
Dr. P.
Kumbhakar
Advanced R&D
activities
15 days
Nov-Dec.,2010
University of
ElectroCommunications,
Tokyo,Japan
5
Dr. P.
Kumbhakar
Advanced R&D
activities
15 days
May-June, 2011
National
University of
Singapur,Singapur
.
6
Dr. P.
Kumbhakar
Standard
Conferences
7 days
Nov 1-3,2010
Tokyo ,Japan
7
Dr. P.
Kumbhakar
Standard
Conferences
7 days
June 27-July
1,2010
or
July 16-21, 2010
Michigan USA
Or
Kauai,
Hawaii,USA
8
Dr. S. Basu
Advanced R&D
activities
21 days
June-July, 2011
Tyndall Ntional
Institute ,Ireland
v)
9
Dr. S. Basu
Advanced R&D
activities
14 days
Nov-Dec, 2011
Lehigh University,
SA
10
Dr. S. Basu
Advanced R&D
activities
14 days
May-June ,2012
PSU,USA
11
Dr. S. Basu
Standard
Conferences
7 days
Feb,2011
Rome, Italy
12
Dr. S. Basu
Standard
Conferences
7 days
Oct, 2011
NUS,Singapur
13
Dr. S. Sahoo
High Energy
Physics
6 days
13th – 18th
December, 2010
LNM Institute of
Information
Technology,
Jaipur .
14
Dr. M. K.
Mandal
Electronics &
Communication
10 days
December,2010
International
center for Radio
Science,Jodhpur,R
ajasthan
HoD/Dean:
Name of staff
Prof. A. K. Mitra
Area of training/
development
General
administration, IT
infrastructure project
Duration (Days)
7 days
Trainer
Convenient
organization
(tentative) date
Nov. 2010
MIT, USA/
Oxford
University,
UK
Name of the Department/Section
: WORKSHOP
Name of the Head of Department/Section
: Dr. PURNENDU RAY (Professor-in-Charge)
A. Details of previous training
i)
Previous trainings the support staff has undergone in last two years:
ii)
Previous trainings the technical staff has undergone in last two years:
1
Name of technical staff
member
APURBA
CHAKRABORTY
Area of training/
development
MACP's AND FAY
FIXATION
N.A.
Duration (Days)
When (Date)
03
JAN 07-09,
2010
iii) Previous trainings the administrative and finance staff has undergone in last two years: N.A.
iv) Previous trainings the faculty has undergone in last two years: N.A
v) Previous trainings the HOD/Dean has undergone in last two years:
Name of the HOD/Dean
PURNENDU RAY
Professor, Civil Engg. Deptt.
B.
Objectives / Priorities of the Institution:
1
C.
Area of training/
Duration (Days)
When (Date)
development
Furnished in TNA of Civil Engg. Deptt.
………………………………………………………
2
……………………………………………………….….….
Objectives / Priorities of the Department/Section:
1 Improving technical and pedagogical skill 3
2 Exposure to modern and sophisticated
machineries.
4
Developing training centre to enrich skilled
human resource.
Extending technical service to the Institute.
D. Aligning the objectives/priorities of your Department/Section and Institution with those of the
individual staff and faculty, identify the areas of training/development and suitable staff
and faculty to be trained/developed.
i)
Class IV Staff: N.A
ii)
Support Staff: N.A
iii) Technical Staff:
Name of staff
member
1 ASHOK ROY
Area of training/
Duration
(Days)
development
Gas welding, Non-ferrous Four weeks
welding, Nondestructive each
testing, Dissimilar metal
Arc Welding
Convenient
(tentative) date
Winter 2010,
Summer 2011
Trainer
organization
________
2 RAJIB DEY
3 SUKHENDU PAUL
4 PRANAB KUMAR
GHOSH
5 APURBA
CHAKRABORTY
6 TEMAN LAL
THAKUR
7 SUMON SARKAR
8 TUHIN DUTTA
9 SUBRATA RANA
Operation and maintenance Two weeks
of Modern equipments and each.
laboratories, Short term
course on Attitudinal and
mindset change
CNC/VMC/FMS/CAD/CA Two weeks
M
each.
Development of Teaching
and Communication skills,
Hydraulic and pneumatic
Short
term course on Atti Two weeks
systems.
tudinal and mindset
each.
change. Computing skill
enhancement programme,
Non-destructive
CAD/CAM,
Operation
ultrasonographic
testing.and Two weeks
Maintenance of ECM
each.
CAD/CAM, CNC,
Two weeks
Hydraulic and Pneumatic each.
systems, Development of
Teaching and
Communication
Rapid
Prototype skills,
machine, Two weeks
Injection moulding
each.
technique, Metal casting
technology, Training on
Solid Works/ Catia
Skill development on Air- Two weeks
conditioning, Refrigeration each.
and Fitting jobs
CAD/CAM, CNC
Two weeks
programming and
each.
machining, Machine tools
maintenance, ISO.
iv) Administrative and Finance Staff: N.A
v)
Faculty: N.A
vi) HoD/Dean: NA
Winter 2010,
Summer 2011
________
Winter 2010,
Summer 2011
________
Winter 2010,
Summer 2011
________
Winter 2010,
Summer 2011
Winter 2010,
Summer 2011
________
Winter 2010,
Summer 2011
________
M-TAB
Chennai,
CIPET,
Winter 2010,
Summer 2011
________
Winter 2010,
Summer 2011
________
Support Staff: PERSONNEL SECTION
Name of staff
member
Area of training/
development
Duration
(Days)
Convenient
(tentative) date
Trainer
organization
1
SRI GOURANGA S. i) Desk Top Publishing
ROY
ii) Hardware Maintenance
& Networking
Ramakrishna
Mission
Shilpamandira &
Community
Training Centre &
Computer Centre,
Belurmath
2
SMT. KABITA
MUKHERJEE
Any Govt.
Registered
Organization
experienced in
imparting such
training
i) Office Procedure
iv) Administrative and Finance Staff: PERSONNEL SECTION
Name of staff
member
Area of training/
development
1
SRI BIKASH DAS
i) Noting & Drafting
2
SRI SATYAJIT
NASKAR
i) Administrative rules
related to FR&SR
ii) MACP
iii) Service Books
3
SMT RUPALI DUTTA i) Noting & Drafting
ii) Recruitment Rules
iii) Reservation Policy
4
SRI GOUTAM
MUKHERJEE
i) Administrative rules
ii) Leave rules
5
SRI
RABINDRANATH
PAN
SRI JIBANKRISHNA
ROY
i) Noting & Drafting
ii) Medical rules under
CS(MA) 1944
i) MACP
ii) LTC
iii) Service Books
iv) VI CPC
v) Pay Fixation
7
SRI MANISANKAR
GANGULI
i) MACP
ii) LTC
iii) Pay Fixation
iv) VI CPC
8
SRI DHRUBAJYOTI i) Pay Fixation
RAY
ii) VI CPC
iii) MACP
iv) Disciplinary
proceeding
6
Duration (Days)
Convenient
(tentative) date
Trainer
organization
Any Govt. registered
Organizations
reputed/experienced in
imparting/conducting
training programme--training module may
be one month in total
for each member.
...QIPMME 10
II/NITD/1 Refrigerat
84
or
(180/200
L)
...QIPMME 11
II/NITD/1 Book
85
Shelf
...QIPMME 12
II/NITD/1 Notice
86
Board
fitted with
glass and
lamp
Improvement in
teaching, training and
learning facilities
Refrigerator (180/200L)
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Magazine/Book Shelf
Notice Board fitted with glass
and lamp (2m x 1m)
14,000.00 Shopping
...QIPII/NITD/1
99
...QIPII/NITD/2
11
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Steel Almirah
60,000.00 Shopping
PH 09
Almirah
13,000.00 Direct
Contractin
g
5,000.00 Shopping
CC 06
MatLab
Simulink
with tool
boxes
...QIPCC 07
Improvement in
II/NITD/2 Upgradati teaching, training and
12
on of
learning facilities
ANSYS
MatLab Simulink with tool
boxes
8,00,000.00 Direct
Contractin
g
Upgradation of ANSYS
academic teaching advance
(v11) to ANSYS academic
research CFD(v13), 5 users
perpetual
5,35,000.00 Direct
Contractin
g
...QIPII/NITD/2
13
...QIPII/NITD/2
14
...QIPII/NITD/2
15
...QIPII/NITD/2
16
Computer Table
1,50,000.00 Shopping
Computer Chair
70,000.00 Shopping
A4 scanner
Wireless projector.
10,000.00 Direct
Contractin
g
50,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Colour laser printer (A4).
50,000.00 Shopping
Improvement in
teaching, training and
learning facilities
10KVA online UPS
3,00,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Air Conditioners
2,83,000.00 Shopping
CC 08
Computer
Table
CC 09
Computer
Chair
CC 10 A4
scanner
Improvement in
teaching, training
learning facilities
Improvement in
teaching, training
learning facilities
Improvement in
teaching, training
learning facilities
CC 11
Improvement in
Wireless teaching, training
projector. learning facilities
...QIPCC 12
II/NITD/2 Colour
17
laser
printer
(A4).
...QIPCC 02
II/NITD/2 10KVA
18
online
UPS
...TEQIP- BT-M 01
II/NITD/2 Air
Condition
ers
and
and
and
and
...TEQIP- BT 02 Milli Improvement in
II/NITD/3 Q water
teaching, training and
(integral) learning facilities
purificatio
n system
Milli Q water (integral)
purification system
4,37,000.00 Shopping
...TEQIP- BT 08
II/NITD/9 Cold
cabinet
Enhancement of
Research and
Development and
Institutional Consultancy
activities
...EQIPBT 09
Enhancement of
II/NITD/1 CO2
Research and
0
incubator Development and
Institutional Consultancy
activities
...EQIPBT 10
Enhancement of
II/NITD/1 Tissue
Research and
1
Culture
Development and
Racks
Institutional Consultancy
activities
...EQIPBT 11
Enhancement of
II/NITD/1 Laminar
Research and
2
Air Flow
Development and
Hood
Institutional Consultancy
activities
...EQIPBT 12
Improvement in
II/NITD/1 Books
teaching, training and
3
learning facilities
...EQIPBT 13 Gel Improvement in
II/NITD/1 Imaging
teaching, training and
4
and
learning facilities
analysis
software
Cold cabinet
3,00,000.00 Shopping
CO2 incubator
2,50,000.00 Shopping
...EQIPII/NITD/1
5
...EQIPII/NITD/1
6
Tissue Culture Racks
60,000.00 Shopping
Laminar Air Flow Hood
60,000.00 Shopping
Books for respective courses
Gel Imaging and analysis
software
BT 14
Statistica
AGA
BT 15
Genomics
work
bench
...EQIPBT 16
II/NITD/1 Design
7
Expert 8.0
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Statistica AGA software
Improvement in
teaching, training and
learning facilities
Design Expert 8.0 software
...EQIPBT 17
II/NITD/1 Custom
8
made
work
benches
...EQIPBT 18
II/NITD/1 Stools for
9
the
laboratori
es
Enhancement of
Custom made work benches
Research and
for three laboratories
Development and
Institutional Consultancy
activities
Enhancement of
Stools for the laboratories
Research and
Development and
Institutional Consultancy
activities
Genomics work bench package
3,13,000.00 Direct
Contractin
g
71,000.00 Direct
Contractin
g
1,45,000.00 Direct
Contractin
g
1,50,000.00 Direct
Contractin
g
21,000.00 Direct
Contractin
g
1,92,000.00 Shopping
6,000.00 Shopping
...EQIPBT 19
Enhancement of
II/NITD/2 Customise Research and
0
d shelves Development and
Institutional Consultancy
activities
...EQIPBT 20
Enhancement of
II/NITD/2 Moisture Research and
1
analyser Development and
Institutional Consultancy
activities
...EQIPBT 21 Air Enhancement of
II/NITD/2 compress Research and
2
or
Development and
Institutional Consultancy
activities
...EQIPChE 01
Enhancement of
II/NITD/2 Surface
Research and
3
area
Development and
analyzer Institutional Consultancy
activities
...EQIPChE 02
Enhancement of
II/NITD/2 Bioreactor Research and
4
Development and
Institutional Consultancy
activities
...EQIPChE 03
Enhancement of
II/NITD/2 Flow
Research and
5
processin Development and
g
Institutional Consultancy
componen activities
t
...EQIPChE 04
Enhancement of
II/NITD/2 TOC
Research and
6
Analyzer Development and
Institutional Consultancy
activities
...EQIPChE 05
Enhancement of
II/NITD/2 Biomass Research and
7
Gasifier
Development and
Institutional Consultancy
activities
...EQIPChE 06
Enhancement of
II/NITD/2 Photocatal Research and
8
ysis unit Development and
Institutional Consultancy
activities
...EQIPChE 07
Enhancement of
II/NITD/2 Aspen
Research and
9
Plus
Development and
Institutional Consultancy
activities
...EQIPChE 08
Enhancement of
II/NITD/3 Design
Research and
0
Expert
Development and
Software Institutional Consultancy
activities
Making of customised shelves
2,000.00 Shopping
Moisture analyser
80,000.00 Shopping
Air compressor
20,000.00 Direct
Contractin
g
Surface area analyzer
4,50,000.00 Shopping
Bioreactor
2,50,000.00 Shopping
Flow processing component
2,00,000.00 Shopping
TOC Analyzer
Biomass Gasifier
Photocatalysis unit
11,50,000.00 National
Competiti
ve
Bidding
6,00,000.00 Shopping
50,000.00 Shopping
Aspen Plus software
1,60,000.00 Direct
Contractin
g
Design Expert Software
1,50,000.00 Direct
Contractin
g
...EQIPChE 09
Enhancement of
II/NITD/3 Digital
Research and
1
FORTRAN Development and
Institutional Consultancy
activities
...EQIPChE 10
Enhancement of
II/NITD/3 Statistical Research and
2
Software Development and
Institutional Consultancy
activities
...EQIPChE 11
Improvement in
II/NITD/3 Long
teaching, training and
3
Laborator learning facilities
y Table
...EQIPChE 12
Improvement in
II/NITD/3 Chair
teaching, training and
4
learning facilities
...EQIPChE 13
Improvement in
II/NITD/3 Almirah
teaching, training and
5
learning facilities
...EQIPChE 14
Improvement in
II/NITD/3 pH Meter teaching, training and
6
learning facilities
...EQIPChE 15
Improvement in
II/NITD/3 D.O.
teaching, training and
7
Meter
learning facilities
...EQIPChE 16
Improvement in
II/NITD/3 Balance
teaching, training and
8
learning facilities
...EQIPChE 17
Improvement in
II/NITD/3 Peristaltic teaching, training and
9
Pump
learning facilities
...EQIPCH 01
Improvement in
II/NITD/4 Ultrapure teaching, training and
0
water
learning facilities
system
...EQIPCH 02
Improvement in
II/NITD/4 Corrosion teaching, training and
1
Flat cell
learning facilities
...EQIPCH 03
II/NITD/4 Spectroel
2
ectroche
mical cell
kit
...EQIPCH 04
II/NITD/4 Dehumidif
3
ier
...EQIPCH 05 Ion
II/NITD/4 meter
4
Electrodes
Digital FORTRAN software
30,000.00 Direct
Contractin
g
Statistical Software
90,000.00 Direct
Contractin
g
Long Laboratory Table
33,200.00 Shopping
Chair
86,800.00 Shopping
Almirah
60,000.00 Shopping
pH Meter
20,000.00 Direct
Contractin
g
20,000.00 Direct
Contractin
g
15,000.00 Direct
Contractin
g
35,000.00 Shopping
D.O. Meter
Balance
Peristaltic Pump
Ultrapure water system
Corrosion Flat cell
Enhancement of
Spectroelectrochemical cell kit
Research and
Development and
Institutional Consultancy
activities
Improvement in
Dehumidifier
teaching, training and
learning facilities
Enhancement of
Ion meter Electrodes
Research and
Development and
Institutional Consultancy
activities
6,60,000.00 Shopping
70,000.00 Shopping
1,45,000.00 Shopping
75,000.00 Shopping
1,00,000.00 Shopping
...EQIPCH 06
II/NITD/4 Peristaltic
5
pump
with
tubings of
different
diameter.
Enhancement of
Peristaltic pump with tubings
Research and
of different diameter.
Development and
Institutional Consultancy
activities
...EQIPCH 07
Improvement in
II/NITD/4 Circulatin teaching, training and
6
g Chilling learning facilities
bath
Circulating Chilling bath (-40
oC)
...EQIPCE 01 2-4 Improvement in
II/NITD/5 ch.
teaching, training and
9
Hardware learning facilities
for
vibration
Data
acquisitio
n, PULSE
FFT
Analysis
2-4 ch. Hardware for vibration
Data acquisition, PULSE FFT
Analysis
1,50,000.00 Shopping
1,45,000.00 Shopping
12,00,000.00 National
Competiti
ve
Bidding
...EQIPCE 05
II/NITD/6 Double
0
Beam UV
Visible
Spectroph
otometer
Enhancement of
Double Beam UV Visible
Research and
Spectrophotometer
Development and
Institutional Consultancy
activities
3,60,000.00 Shopping
...EQIPCE 07
II/NITD/6 ABAQUS
1
FEA
software
...EQIPCE 08
II/NITD/6 Books-1
2
Improvement in
teaching, training and
learning facilities
ABAQUS FEA software
2,94,000.00 Direct
Contractin
g
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Improvement in
teaching, training and
learning facilities
Books rel. to Struc. Engg
50,000.00 Direct
Contractin
g
H/B of App. Hydrology-Chow
28,000.00 Direct
Contractin
g
Books on geotech. & water
res. engg
44,000.00 Direct
Contractin
g
Books on Bridges, Composites,
Comp. Mech.,
40,000.00 Direct
Contractin
g
Table
35,000.00 Shopping
...EQIPCE 09
II/NITD/6 Books-2
3
...EQIPCE 10
II/NITD/6 Books-3
4
...EQIPCE 11
II/NITD/6 Books-4
5
...EQIPCE 12
II/NITD/6 Table
6
...EQIPCE 13
Enhancement of
II/NITD/6 Book shelf Research and
7
Development and
Institutional Consultancy
activities
...EQIPCE 14
Enhancement of
II/NITD/6 Almirah
Research and
8
Development and
Institutional Consultancy
activities
...EQIPCSE 06
Improvement in
II/NITD/7 Wall
teaching, training and
9
Hanging
learning facilities
Screen
...EQIPCSE 07
Improvement in
II/NITD/8 Portable
teaching, training and
0
wireless
learning facilities
LCD
projector
(Light
weight)
...EQIPCSE 08
Improvement in
II/NITD/8 Miniteaching, training and
1
portable
learning facilities
Laptop
...EQIPCSE 09
Improvement in
II/NITD/8 Desk
teaching, training and
2
Interactiv learning facilities
e Panel
with 17”
LCD
Screen,
...EQIPCSE 11
Improvement in
II/NITD/8 XILINX
teaching, training and
3
(Latest
learning facilities
Version)
with ISE
Virtex
...EQIPCSE 12
Improvement in
II/NITD/8 Antivirus teaching, training and
4
(Server
learning facilities
Edition)
for LAN
...EQIPCSE 13
Improvement in
II/NITD/8 Computer teaching, training and
5
Table
learning facilities
...EQIPCSE 14
Improvement in
II/NITD/8 Network teaching, training and
6
Cabling
learning facilities
Equipmen
t
...EQIPCSE 15
Improvement in
II/NITD/8 LCD
teaching, training and
7
projector learning facilities
(light
weight)
Book shelf
64,999.98 Shopping
Almirah
60,000.01 Shopping
Wall Hanging Screen with auto
winding manually & size-4’ x 6’
20,000.00 Shopping
Portable wireless LCD projector
(Light weight)
1,50,000.00 Shopping
Mini-portable Laptop for
classroom/presentn session
54,000.00 Shopping
Desk Interactive Panel with
17” LCD Screen,
2,60,000.00 Shopping
XILINX (Latest Version) with
ISE Virtex software
3,25,000.00 Direct
Contractin
g
Antivirus (Server Edition) for
LAN
25,000.00 Direct
Contractin
g
Computer Table
Network Cabling
Equipment/Box/Stand
LCD projector (light weight)
1,95,000.00 Shopping
5,000.00 Shopping
1,00,000.00 Shopping
...EQIPEE 02
II/NITD/8 DSP
8
Based
Multilevel
Three
Phase
Induction
Motor
Drive
System
...EQIPEE 03
II/NITD/8 Switched
9
Reluctanc
e Motor
Drive
System
...EQIPEE 04
II/NITD/9 Brushless
0
DC motor
drive
system
Improvement in
teaching, training and
learning facilities
DSP Based Multilevel Three
Phase Induction Motor Drive
System
2,30,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Switched Reluctance Motor
Drive System
3,70,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Brushless DC motor drive
system
4,30,000.00 Shopping
...EQIPEE 05
Improvement in
II/NITD/9 Universal teaching, training and
1
drive for learning facilities
all motors
Universal drive for all motors
3,35,000.00 Shopping
...EQIPII/NITD/9
2
...EQIPII/NITD/9
3
FPGA kit
EE 06
FPGA kit
Improvement in
teaching, training and
learning facilities
EE 07
Improvement in
Microproc teaching, training and
essor/
learning facilities
Microcontr
oller
boards
and
interfacin
g
peripheral
boards,
Compiler,
assembler
, UPS
...EQIPEE 08
II/NITD/9 Cable
4
fault
locator
with all
accessorie
s
Microprocessor/ Microcontroller
boards and interfacing
peripheral boards, Compiler,
assembler, UPS
Enhancement of
Cable fault locator with all
Research and
accessories
Development and
Institutional Consultancy
activities
80,000.00 Shopping
2,00,000.00 Shopping
1,70,000.00 Shopping
...EQIPEE 09
II/NITD/9 AC/DC
5
current
probe for
Power
Quality
Analyzer
Enhancement of
AC/DC current probe for Power
Research and
Quality Analyzer
Development and
Institutional Consultancy
activities
1,20,000.00 Shopping
...EQIPEE 10
II/NITD/9 HVDC
6
Simulator
equipmen
t
Enhancement of
HVDC Simulator equipment
Research and
Development and
Institutional Consultancy
activities
1,60,000.00 Shopping
...EQIPEE 11
II/NITD/9 Num.
7
Distance
Protection
Relay
suitable
for PC
interfacin
g
...EQIPEE 12
II/NITD/9 Metal
8
Grinder
...EQIPEE 13
II/NITD/9 Mounting
9
Panel
Board
with
measurin
g
instrumen
ts
...QIPEE 14
II/NITD/1 Power
00
system
software
package
...QIPEE 15
II/NITD/1 Standard
01
Computer
Table
Enhancement of
Research and
Development and
Institutional Consultancy
activities
5,50,000.00 Shopping
Num. Distance Protection
Relay suitable for PC
interfacing incl. of all acc. &
tech. literature etc.
Improvement in
Metal Grinder
teaching, training and
learning facilities
Enhancement of
Mounting Panel Board with
Research and
measuring instruments
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
...QIPEE 16
Enhancement of
II/NITD/1 Experime Research and
02
ntal Table Development and
Institutional Consultancy
activities
...QIPEE 17
Enhancement of
II/NITD/1 Medium
Research and
03
low back Development and
rev. chair Institutional Consultancy
activities
Power system software
package
10,000.00 Direct
Contractin
g
90,000.00 Shopping
7,00,000.00 Direct
Contractin
g
Standard Computer Table
24,000.00 Shopping
Experimental Table
72,000.00 Shopping
Medium low back rev. chair
24,000.00 Shopping
...QIPEE 18
Enhancement of
II/NITD/1 Steel
Research and
04
Cupboard Development and
Institutional Consultancy
activities
...QIPEE 19
Enhancement of
II/NITD/1 Ammeter Research and
05
Development and
Institutional Consultancy
activities
...QIPEE 20
Enhancement of
II/NITD/1 Voltmeter Research and
06
Development and
Institutional Consultancy
activities
...QIPEE 21
Enhancement of
II/NITD/1 Wattmete Research and
07
r
Development and
Institutional Consultancy
activities
...QIPEE 22
Enhancement of
II/NITD/1 Tachomet Research and
08
er
Development and
Institutional Consultancy
activities
...QIPEE 23
Enhancement of
II/NITD/1 Rheostat Research and
09
Development and
Institutional Consultancy
activities
...QIPECE 01
Improvement in
II/NITD/1 Antenna teaching, training and
10
and
learning facilities
Microwav
e circuit
fabricatio
n machine
Steel Cupboard
80,000.00 Shopping
Ammeter
16,000.00 Direct
Contractin
g
Voltmeter
16,000.00 Direct
Contractin
g
Wattmeter
20,000.00 Direct
Contractin
g
Tachometer
18,000.00 Direct
Contractin
g
Rheostat
30,000.00 Shopping
...QIPECE 02
Improvement in
II/NITD/1 Microwav teaching, training and
11
e
learning facilities
Laminate
Microwave Laminate
1,50,000.00 Shopping
...QIPECE 03
II/NITD/1 Cognitive
12
Radio
Trainer
Kit
...QIPECE 04
II/NITD/1 Wimax(3
13
GPP LTE
Trainer
Kit)
...QIPECE 05
II/NITD/1 MIMO
14
Design
Bench
Improvement in
teaching, training and
learning facilities
Cognitive Radio Trainer Kit
2,00,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Wimax(3GPP LTE Trainer Kit)
2,00,000.00 Shopping
Improvement in
teaching, training and
learning facilities
MIMO Design Bench
2,00,000.00 Shopping
Antenna and Microwave circuit
fabrication machine
10,00,000.00 Shopping
...QIPECE 06
Improvement in
II/NITD/1 Noise
teaching, training and
15
Generator learning facilities
Noise Generator
...QIPECE 08
II/NITD/1 Anechoic
16
chamber
with
measure
ment
facility
...QIPECE 11
II/NITD/1 Books
17
Anechoic chamber with
measurement facility
Improvement in
teaching, training and
learning facilities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
...QIPECE 12
Enhancement of
II/NITD/1 Microwav Research and
18
e Office
Development and
software Institutional Consultancy
activities
...QIPECE 13
Enhancement of
II/NITD/1 Wireless Research and
19
Sensor
Development and
Network Institutional Consultancy
Simulator activities
LABVIEW
...QIPECE 14
II/NITD/1 Test and
20
measure
ment
Equipmen
t
mounting
Table
...QIPECE 15
II/NITD/1 Lab
21
Chairs
...QIPECE 16
II/NITD/1 Book case
22
...QIPECE 17
II/NITD/1 Collar and
23
goosenec
k
micropho
ne
...QIPECE 18
II/NITD/1 Notice
24
Board
Books
11,00,000.00 National
Competiti
ve
Bidding
60,000.00 Direct
Contractin
g
Microwave Office software
3,20,000.00 Direct
Contractin
g
Wireless Sensor Network
Simulator LABVIEW
6,00,000.00 Direct
Contractin
g
Enhancement of
Test and measurement
Research and
Equipment mounting Table
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
50,000.00 Shopping
1,50,000.00 Shopping
Lab Chairs
49,999.95 Shopping
Book case
79,999.98 Shopping
Collar and gooseneck
microphone
Enhancement of
Notice Board
Research and
Development and
Institutional Consultancy
activities
9,999.99 Direct
Contractin
g
10,000.00 Direct
Contractin
g
...QIPECE 19
Enhancement of
II/NITD/1 Antistatic Research and
25
mat
Development and
Institutional Consultancy
activities
...QIPECE 20
Enhancement of
II/NITD/1 Storage
Research and
26
device
Development and
Institutional Consultancy
activities
...QIPECE 21
Enhancement of
II/NITD/1 Isolation Research and
27
transform Development and
er
Institutional Consultancy
activities
...QIPGE 02
Improvement in
II/NITD/1 Colour
teaching, training and
28
laser
learning facilities
printer
...QIPGE 03
Enhancement of
II/NITD/1 GasResearch and
29
Chromato Development and
graph
Institutional Consultancy
with
activities
software
...QIPGE 04
Improvement in
II/NITD/1 TNT-MIPS teaching, training and
30
Software learning facilities
Antistatic mat
20,000.00 Direct
Contractin
g
Storage device
30,000.00 Shopping
Isolation transformer
70,000.00 Shopping
Colour laser printer (A4)
25,000.00 Shopping
...QIPII/NITD/1
31
...QIPII/NITD/1
32
...QIPII/NITD/1
33
...QIPII/NITD/1
34
Steel Almirah
25,000.00 Shopping
Chair
25,000.00 Shopping
Tables (Working)
50,000.00 Shopping
Balance
35,000.00 Shopping
GE 05
Steel
Almirah
GE 06
Chair
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
GE 07
Improvement in
Tables
teaching, training and
learning facilities
GE 08
Enhancement of
Balance
Research and
Development and
Institutional Consultancy
activities
...QIPGE 09
Enhancement of
II/NITD/1 Kjeldahl
Research and
35
Apparatau Development and
s
Institutional Consultancy
activities
...QIPGE 10
Enhancement of
II/NITD/1 Micro
Research and
36
Pipette
Development and
Institutional Consultancy
activities
...QIPGE 11
Enhancement of
II/NITD/1 Filter
Research and
37
Assembly Development and
Institutional Consultancy
activities
Gas-Chromatograph with
software
8,00,000.00 Shopping
TNT-MIPS Software
8,50,000.00 Direct
Contractin
g
Kjeldahl Apparataus
4,000.00 Direct
Contractin
g
Micro Pipette
7,000.00 Direct
Contractin
g
Filter Assembly
4,000.00 Direct
Contractin
g
...QIPIT 05
Enhancement of
II/NITD/1 Tablet PC Research and
38
Development and
Institutional Consultancy
activities
...QIPIT 06 Mini Enhancement of
II/NITD/1 Note Book Research and
39
Development and
Institutional Consultancy
activities
...QIPIT 07
Enhancement of
II/NITD/1 Laser
Research and
40
Printer
Development and
Institutional Consultancy
activities
...QIPIT 08
Improvement in
II/NITD/1 Switch
teaching, training and
41
learning facilities
...QIPIT 09
Improvement in
II/NITD/1 Wireless teaching, training and
42
Routers
learning facilities
...QIPIT 10 Pen Enhancement of
II/NITD/1 Tablet
Research and
43
Development and
Institutional Consultancy
activities
...QIPIT 11
Enhancement of
II/NITD/1 Headset
Research and
44
Development and
Institutional Consultancy
activities
...QIPIT 12
Enhancement of
II/NITD/1 Webcam Research and
45
Development and
Institutional Consultancy
activities
...QIPIT 13
Enhancement of
II/NITD/1 Scanner
Research and
46
Development and
Institutional Consultancy
activities
...QIPIT 14
Enhancement of
II/NITD/1 3KVA
Research and
47
Online
Development and
UPS
Institutional Consultancy
activities
...QIPIT 15
Enhancement of
II/NITD/1 Embedde Research and
48
d System Development and
Design
Institutional Consultancy
Kits
activities
...QIPIT 16
II/NITD/1 Sensor
49
Developm
ent Kits
Tablet PC
1,50,000.00 Shopping
Mini Note Book
35,000.00 Shopping
Laser Printer
42,000.00 Shopping
Switch
Pen Tablet
12,000.00 Direct
Contractin
g
12,000.00 Direct
Contractin
g
75,000.00 Shopping
Headset
35,000.00 Shopping
Webcam
35,000.00 Shopping
Scanner
9,500.00 Shopping
Wireless Routers
3KVA Online UPS
Embedded System Design Kits
Enhancement of
Sensor Development Kits
Research and
Development and
Institutional Consultancy
activities
60,000.00 Shopping
2,00,000.00 Shopping
1,00,000.00 Shopping
...QIPIT 17
II/NITD/1 Wireless
50
Routers
with
MIMO
accessibili
ty
...QIPIT 18
II/NITD/1 LEDA
51
Developm
ent Tool
...QIPIT 19 Mini
II/NITD/1 Net Book
52
...QIPIT 20
II/NITD/1 Swarm
53
Robot
Developm
ent Kit
...QIPIT 21
II/NITD/1 Mathemat
54
ica for
using
MathCAD
...QIPIT 22
II/NITD/1 Books
55
...QIPIT 23
II/NITD/1 Computer
56
Table
...QIPIT 24
II/NITD/1 Computer
57
Chair
...QIPIT 25
II/NITD/1 Book shelf
58
...QIPIT 26
II/NITD/1 Wire less
59
Router
...QIPIT 27 PC
II/NITD/1 Wireless
60
Adapter
Enhancement of
Wireless Routers with MIMO
Research and
accessibility
Development and
Institutional Consultancy
activities
1,00,000.00 Shopping
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
1,50,000.00 Shopping
LEDA Development Tool
Mini Net Book
35,000.00 Shopping
Swarm Robot Development Kit
3,00,000.00 Shopping
Mathematica for using
MathCAD
3,00,000.00 Direct
Contractin
g
Books
4,00,000.00 Direct
Contractin
g
Computer Table
80,000.00 Shopping
Computer Chair
20,000.00 Shopping
Book shelf
1,00,000.00 Shopping
Wire less Router
50,000.00 Shopping
PC Wireless Adapter
50,000.00 Shopping
...QIPII/NITD/1
61
...QIPII/NITD/1
62
M 06
Books
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Books
M 07
SPSS
19.0 for
10 users
...QIPM 08
Enhancement of
II/NITD/1 Computer Research and
63
table
Development and
Institutional Consultancy
activities
...QIPM 09
Enhancement of
II/NITD/1 Computer Research and
64
chair
Development and
Institutional Consultancy
activities
...QIPM 10
Enhancement of
II/NITD/1 Almirah
Research and
65
Development and
Institutional Consultancy
activities
...QIPME 01
Improvement in
II/NITD/1 Precision teaching, training and
66
Modular
learning facilities
Servo
Control
Work
Shop
...QIPME 02
Improvement in
II/NITD/1 Dynamic teaching, training and
67
Balancing learning facilities
Machine
SPSS 19.0 for 10 users
30,000.00 Direct
Contractin
g
4,00,000.00 Direct
Contractin
g
Computer table
32,000.00 Shopping
Computer chair
28,000.00 Shopping
Steel Almirah
20,000.00 Shopping
Precision Modular Servo
Control Work Shop
8,60,000.00 Shopping
Dynamic Balancing Machine
6,70,000.00 Shopping
...QIPME 03
Improvement in
II/NITD/1 Auxiliary teaching, training and
68
Equipmen learning facilities
ts
Auxiliary Equipments
(Gyroscope, Coriolis
component of acceleration
setup, setup for universal
vibration, cam analysis,
whirling of shaft,
demonstration board model,
beam vibration analysis)
2,20,000.00 Shopping
...QIPME 04
II/NITD/1 Multi
69
channel
FFT
Analyzer
...QIPME 05
II/NITD/1 Course
70
CD
...QIPME 06
II/NITD/1 NPTL
71
Video
Lectures
...QIPME 07
II/NITD/1 Books
72
Multi channel FFT Analyzer
with (a) Transducers, (b) Pickups, (c) Micro-phones, (d)
Impact Hammer, (e)
Accelerometer
Course CD
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
NPTL Video Lectures
Books
12,50,000.00 National
Competiti
ve
Bidding
2,00,000.00 Direct
Contractin
g
2,00,000.00 Direct
Contractin
g
50,000.00 Direct
Contractin
g
...QIPII/NITD/1
73
...QIPII/NITD/1
74
ME 08
Tables &
chairs
ME 09
Laborator
y
accessorie
s&
consumab
les
...QIPMME 01
II/NITD/1 Planetary
75
Ball Mill to
produce
nano
particles
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Tables & chairs
2,00,000.00 Shopping
Laboratory accessories &
consumables
1,00,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Planetary Ball Mill to produce
nano particles
10,00,000.00 Shopping
...QIPMME 02
II/NITD/1 Micro76
hardness
Tester
...QIPMME 03
II/NITD/1 Gas
77
Chromato
graph
Improvement in
teaching, training and
learning facilities
Micro-hardness Tester
11,50,000.00 National
Competiti
ve
Bidding
13,50,000.00 National
Competiti
ve
Bidding
Enhancement of
Research and
Development and
Institutional Consultancy
activities
...QIPMME 04
Enhancement of
II/NITD/1 ASM
Research and
78
handbook Development and
s
Institutional Consultancy
activities
...QIPMME 05
Improvement in
II/NITD/1 Steel
teaching, training and
79
Almirah
learning facilities
...QIPMME 06
Improvement in
II/NITD/1 Steel
teaching, training and
80
Almirah
learning facilities
with glass
doors.
Gas Chromatograph
ASM handbooks
25,000.00 Direct
Contractin
g
Steel Almirah
60,000.00 Shopping
Steel Almirah with glass doors.
48,000.00 Shopping
...QIPMME 07
Improvement in
II/NITD/1 Secretary teaching, training and
81
table with learning facilities
chair
Secretary table with chair
38,000.00 Shopping
...QIPII/NITD/1
82
...QIPII/NITD/1
83
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Computer table
15,000.00 Shopping
Chair with cushion
20,000.00 Shopping
Improvement in
teaching, training and
learning facilities
UPS Double Battery 800 VA
15,000.00 Direct
Contractin
g
MME 08
Computer
table
MME 09
Chair with
cushion
...QIPMME 13
II/NITD/1 UPS
87
Double
Battery
800 VA
...QIPMME 14
II/NITD/1 Laser
88
Printer
B/W
...QIPMME 15
II/NITD/1 Belt
89
Grinder
...QIPPH 01
II/NITD/1 Spectrom
92
eter
accessorie
s
...QIPPH 02
II/NITD/1 Vacuum
93
furnace
up to
600oC
...QIPPH 03
II/NITD/1 Differenti
94
al
Thermal
Analyzer
...QIPPH 04
II/NITD/1 Laser
95
Energy
Meter
Laser Printer B/W (A4)
32,000.00 Shopping
Improvement in
teaching, training and
learning facilities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
...QIPPH 06
Improvement in
II/NITD/1 Books
teaching, training and
96
learning facilities
...QIPPH 07
Improvement in
II/NITD/1 VEE S/R
teaching, training and
97
learning facilities
...QIPPH 08
Improvement in
II/NITD/1 LAB-VIEW teaching, training and
98
S/R
learning facilities
Belt Grinder
40,000.00 Shopping
...QIPII/NITD/2
00
...QIPII/NITD/2
01
...QIPII/NITD/2
02
...QIPII/NITD/2
03
Book Rack
40,000.00 Shopping
Table
32,000.00 Shopping
Chair
8,000.00 Shopping
Diamond saw blades (high
density)
6,000.00 Direct
Contractin
g
Mortar pestle
7,000.00 Direct
Contractin
g
PH 10
Book
Rack
PH 11
Table
PH 12
Chair
PH 13
Diamond
saw
blades
(high
density)
...QIPPH 18
II/NITD/2 Mortar
08
pestle
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training
learning facilities
Improvement in
teaching, training
learning facilities
Improvement in
teaching, training
learning facilities
Improvement in
teaching, training
learning facilities
and
and
and
and
Improvement in
teaching, training and
learning facilities
Spectrometer accessories
2,50,000.00 Shopping
Vacuum furnace up to 600oC
1,50,000.00 Shopping
Differential Thermal Analyzer
13,00,000.00 National
Competiti
ve
Bidding
Laser Energy Meter
2,00,000.00 Shopping
Books
1,90,000.00 Direct
Contractin
g
50,000.00 Direct
Contractin
g
2,50,000.00 Direct
Contractin
g
VEE S/R software
LAB-VIEW S/R software
...QIPCC 04
Improvement in
II/NITD/2 Complete teaching, training and
09
Protection learning facilities
for PC
...QIPII/NITD/2
10
...EQIPII/NITD/6
9
Complete Protection for PC
(200 nodes)
CC 05
Partition
magic
CE 15
Computer
Chair
2,50,000.00 Direct
Contractin
g
Improvement in
Partition magic software
teaching, training and
learning facilities
Enhancement of
Computer Chair
Research and
Development and
Institutional Consultancy
activities
...EQIPCE 16 A4 Improvement in
A4 color laser printer
II/NITD/7 color laser teaching, training and
0
printer
learning facilities
10,000.00 Direct
Contractin
g
20,000.00 Shopping
...EQIPII/NITD/7
1
...EQIPII/NITD/7
2
20,000.00 Direct
Contractin
g
28,000.00 Shopping
CE 17
Needle
vibrator
CE 18 A4
scanner
Improvement in
teaching, training and
learning facilities
Enhancement of
Research and
Development and
Institutional Consultancy
activities
...EQIPCE 19
Enhancement of
II/NITD/7 Horizontal Research and
3
Migration Development and
Tank
Institutional Consultancy
activities
...EQIPCE 20
Enhancement of
II/NITD/7 Digital
Research and
4
camera
Development and
Institutional Consultancy
activities
...EQIPCSE 02
Improvement in
II/NITD/7 Wireless teaching, training and
5
LCD
learning facilities
Projector
...EQIPCSE 03
Improvement in
II/NITD/7 Printer:
teaching, training and
6
Heavy
learning facilities
Duty
Duplex
and
Network
Facility
...EQIPCSE 04
Improvement in
II/NITD/7 Interactiv teaching, training and
7
e
learning facilities
Projector
...EQIPCSE 05
Improvement in
II/NITD/7 LCD
teaching, training and
8
Projector learning facilities
Needle vibrator
A4 scanner
Horizontal Migration Tank
Digital camera
22,000.00 Direct
Contractin
g
12,000.00 Direct
Contractin
g
8,000.00 Direct
Contractin
g
Wireless LCD Projector
75,000.00 Shopping
Printer: Heavy Duty Duplex
and Network Facility
15,000.00 Shopping
Ultra-Shot/interactive
Projector
LCD Projector
2,20,000.00 Shopping
90,000.00 Shopping
...QIPCC/CE/CS Improvement in
II/NITD/2 E/EE/ECE/ teaching, training and
19
GE/IT/M/ learning facilities
PH
Computer
Computers etc.
...QIPII/NITD/2
20
...QIPII/NITD/2
21
...QIPII/NITD/2
22
...QIPII/NITD/2
23
...QIPII/NITD/2
24
UPS 10KVA
1,50,000.00 Shopping
A4 scanner
25,000.00 Shopping
Laser printer
65,000.00 Shopping
...QIPII/NITD/2
25
...QIPII/NITD/2
26
...QIPII/NITD/2
27
...QIPII/NITD/2
28
...EQIPII/NITD/4
7
...EQIPII/NITD/4
8
...EQIPII/NITD/4
9
...EQIPII/NITD/5
0
M 01 UPS Improvement in
teaching, training and
learning facilities
M 02
Improvement in
Scanner
teaching, training and
learning facilities
M 04
Improvement in
Laser
teaching, training and
printer
learning facilities
IT 03
Improvement in
Scanner
teaching, training and
learning facilities
CE 08A
Enhancement of
Software Research and
Development and
Institutional Consultancy
activities
CE 08B
Enhancement of
Antivirus Research and
Development and
Institutional Consultancy
activities
CE 10A
Improvement in
Satellite
teaching, training and
Imagery learning facilities
CE 11A
Enhancement of
Software Research and
Development and
Institutional Consultancy
activities
CE 11B
Enhancement of
Antivirus Research and
Development and
Institutional Consultancy
activities
CH 08 Ice Improvement in
flaker
teaching, training and
learning facilities
CH 09
Improvement in
Potentiom teaching, training and
etric
learning facilities
titrator
CH 10
Enhancement of
Spin
Research and
Coating
Development and
Unit
Institutional Consultancy
activities
CH 11
Enhancement of
GOLD
Research and
4.1.2
Development and
Program Institutional Consultancy
activities
Scanner
Adobe Creative Suite
107,86,000.00 National
Competiti
ve
Bidding
9,500.00 Shopping
1,00,000.00 Direct
Contractin
g
Antivirus
18,000.00 Direct
Contractin
g
Satellite Imagery from NRSA
40,000.00 Direct
Contractin
g
10,000.00 Direct
Contractin
g
Modelsmart software
Antivirus
Ice flaker
6,000.00 Direct
Contractin
g
40,000.00 Shopping
Potentiometric titrator
2,15,000.00 Shopping
Spin Coating Unit
2,00,000.00 Shopping
GOLD 4.1.2 Program software
96,000.00 Direct
Contractin
g
...EQIPCH 12
II/NITD/5 Gaussian
1
09
Program
Enhancement of
Gaussian 09 Program software
Research and
Development and
Institutional Consultancy
activities
Improvement in
GaussView 5 Program software
teaching, training and
learning facilities
...EQIPCH 13
II/NITD/5 GaussVie
2
w5
Program
...EQIPCH 14
Improvement in
II/NITD/5 OriginLab teaching, training and
3
Professon learning facilities
al V8.5
...EQIPII/NITD/5
4
...EQIPII/NITD/5
5
...EQIPII/NITD/5
6
...EQIPII/NITD/5
7
...EQIPII/NITD/5
8
...TEQIPII/NITD/4
...TEQIPII/NITD/5
...TEQIPII/NITD/6
...TEQIPII/NITD/7
...TEQIPII/NITD/8
CH 15
Books
Improvement in
teaching, training and
learning facilities
CH 16
Improvement in
Fume
teaching, training and
hood
learning facilities
CH 17
Improvement in
Steel rack teaching, training and
learning facilities
CH 18
Enhancement of
320L
Research and
5star
Development and
rating
Institutional Consultancy
double
activities
door
refrigerat
or
CH 19
Enhancement of
Microwav Research and
e oven
Development and
Institutional Consultancy
activities
BT 03
Improvement in
Deep
teaching, training and
freezers
learning facilities
BT 04 Gel Enhancement of
Document Research and
ation
Development and
System
Institutional Consultancy
activities
BT 05
Enhancement of
Spectroph Research and
otometer Development and
Institutional Consultancy
activities
BT 06
Enhancement of
Fluorimet Research and
er
Development and
Institutional Consultancy
activities
BT 07 Ice Enhancement of
Flake
Research and
machine Development and
Institutional Consultancy
activities
OriginLab Professonal V8.5
software
Books
1,68,000.00 Direct
Contractin
g
84,000.00 Direct
Contractin
g
62,000.00 Direct
Contractin
g
Fume hood
10,000.00 Direct
Contractin
g
1,00,000.00 Shopping
Steel rack
20,000.00 Shopping
320L 5star rating double door
refrigerator
48,000.00 Shopping
Microwave oven
12,000.00 Direct
Contractin
g
Deep freezers(-86°C)
4,50,000.00 Shopping
Gel Documentation System
4,00,000.00 Shopping
Spectrophotometer
4,00,000.00 Shopping
Fluorimeter
1,00,000.00 Shopping
Ice Flake machine
3,00,000.00 Shopping
...QIPII/NITD/2
04
...QIPII/NITD/2
05
...QIPII/NITD/2
06
PH 14
Centrifuge
head
PH 15
Magnetic
stirrer
PH 16 Dia
set of
hydraulic
press
...QIPPH 17
II/NITD/2 Vacuum
07
pump
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Improvement in
teaching, training and
learning facilities
Centrifuge head
Improvement in
teaching, training and
learning facilities
Vacuum pump
Magnetic stirrer
Dia set of hydraulic press
15,000.00 Direct
Contractin
g
15,000.00 Direct
Contractin
g
15,000.00 Direct
Contractin
g
12,000.00 Direct
Contractin
g
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15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 15/10/20 11
11
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
###### ###### ###### 15/10/20
11
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 15/10/20 11
11
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 15/10/20 11
11
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 15/10/20 11
11
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
###### ###### ###### 15/10/20
11
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
16/08/20 11
-
15/11/20 15/12/20 15/02/20 14/06/20
11
11
12
12
Post
Review
16/08/20 11
-
15/11/20 15/12/20 15/02/20 14/06/20
11
11
12
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
16/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
15/08/20 11
-
31/10/20 15/12/20 31/01/20 15/05/20
11
11
12
12
Post
Review
15/08/20 11
-
31/10/20 15/12/20 31/01/20 15/05/20
11
11
12
12
Post
Review
15/08/20 11
-
31/10/20 15/12/20 31/01/20 15/05/20
11
11
12
12
Post
Review
15/08/20 11
-
31/10/20 15/12/20 31/01/20 15/05/20
11
11
12
12
Prior
Review
16/08/20 15/09/20 11
11
15/11/20 15/12/20 15/02/20 14/06/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
16/08/20 11
-
15/10/20 15/11/20 31/12/20 15/05/20
11
11
11
12
Post
Review
30/06/20 11
-
16/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
16/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
16/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
16/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
16/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/05/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
30/06/20 11
-
15/08/20 15/09/20 30/09/20 31/01/20
11
11
11
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
Post
Review
15/09/20 11
-
15/11/20 15/12/20 16/01/20 15/05/20
11
11
12
12
1
Revised Category-wise Budget for Key Activities under TEQIP-II
Activities
Rupees in crores
Approved
Allocation
Proposed
Allocation
S. No
Improvement in teaching, training and learning facilities
(i) Equipment
(ii) Furniture
(iii) Books & LRs & Software
(iv) Minor Items
5.000
5.000
(v) Refurbishment (Minor Civil Works)
(vi) Consultancy Services
2
3.600
3.600
3
Providing Teaching and Research Assistantships for significantly increasing
enrolment in existing and new Masters and Doctoral programmes in
Enhancement of R&D and institutional consultancy activities
0.625
0.625
4
Faculty and Staff development for improved competence based on TNA
1.525
1.675
5
Enhanced interaction with Industry
0.325
0.325
6
Institutional Management Capacity enhancement
0.250
0.100
7
8
Implementation of institutional reforms
Academic support for weak students
0.425
0.250
0.425
0.250
9
Incremental Operating Cost
0.500
12.500
0.500
12.500
TOTAL
Technical Education Quality Improvement Programme (TEQIP) Phase-II
Action Planning for July 2015 to October 2016
Name of the Institution: NATIONAL INSTITUTE OF TECHNOLOGY DURGAPUR Sub-component :1.2
Financial figures to be furnished in Rs. Lakh
Jul-Sep 2015 Oct-Dec 2015 Jan-Mar 2016 Apr-Jun 2016 Jul-Sep 2016
Equipments for Institutional TEQIP unit.
0
0.00
Civil Work
0
0.00
Others
0
0.00
0
0.00
0
0.00
132
135.00
0
0.00
132
135.00
0
0.00
Financial Estimate
(Rs. Lakh)
0.00
Physical Target
(Nos.)
0.00
0
Financial Estimate
(Rs. Lakh)
0
Digital/Virtual learning
Physical Target
(Nos.)
membership of online journals & consortium
Financial Estimate
(Rs. Lakh)
0.00
0
Physical Target
(Nos.)
0.00
0
Library i.e. books,e-books, journals, e-journals
course specific softwares
Financial Estimate
(Rs. Lakh)
0.00
0
Physical Target
(Nos.)
0
New laboratory for existing PG programs
Financial Estimate
(Rs. Lakh)
New laboratory for new PG programs
Physical Target
(Nos.)
0.00
Financial Estimate
(Rs. Lakh)
0
Physical Target
(Nos.)
Procurement
Total
ICT enabled learning, related softwares & hardware.
Sub-total
Assistantships
Oct-16
Financial Estimate (Rs.
Lakh)
Sub-Activities
Physiacl Target (Nos.)
Activities
0
0
0.00
0
0.00
0
0.00
0
0.00
0
0.00
Masters students enrolled with TEQIP teaching
assistantship
PhD students enrolled with TEQIP research
assistantship
22
25
22
25
22
25
22
25
22
25
22
10
Others
Sub-total
22
25.00
22
25.00
22
25.00
22
25.00
22
25.00
22
10.00
Financial figures to be furnished in Rs. Lakh
Physiacl Target (Nos.)
Financial Estimate (Rs.
Lakh)
35
35.00
1
50
5.00
Organising conferences on R&D topics
0
0.00
Patenting of technologies
0
0.00
10
10
10
1
10
10
5
1
10
10
10
5
5
1
10
Financial Estimate
(Rs. Lakh)
5
10
10
Research publications in engineering in refereed
journals
10
Physical Target
(Nos.)
5
1
Seed grants for research by faculty
10
Physical Target
(Nos.)
5
10
Financial Estimate
(Rs. Lakh)
50.00
10
Physical Target
(Nos.)
50
10
Financial Estimate
(Rs. Lakh)
10
Physical Target
(Nos.)
10
Financial Estimate
(Rs. Lakh)
10
Research projects taken by UG /PG students
Others
0
0.00
135
90.00
Enrollment of faculty with BTech for MTech degree
0
0.00
Enrollment of faculty with MTech for PhD degree
0
0.00
Sub-total
30
21.00
30
21.00
25
16.00
25
16.00
25
16.00
0
0.00
Faculty training in subject domain
FSD
Total
Financial Estimate
(Rs. Lakh)
Oct-16
Physical Target
(Nos.)
Jul-Sep 2015 Oct-Dec 2015 Jan-Mar 2016 Apr-Jun 2016 Jul-Sep 2016
Financial Estimate
(Rs. Lakh)
Sub-Activities
Physical Target
(Nos.)
R&D
Activities
Faculty training in pedagogy
Organising inhouse training workshops in
teaching/research subjects
Paticipation of faculty in outstation seminar/
conferences/ workshops etc
1
Training/Development of technial/support staff
1
Others
Sub-total
2
50
3
1
3
2
0.5
2.50
2
53
2
1
7.00
7
2
5
4
2
4
120
1
5.00
3
125
3
7
1.5
13.50
3
7.00
0
0.00
0
0.00
170
10.00
9
21.00
0
0.00
8
4.00
0
187
0.00
35.00
Financial figures to be furnished in Rs. Lakh
Capacity
development
Financial Estimate
(Rs. Lakh)
Physical Target
(Nos.)
Financial Estimate
(Rs. Lakh)
3
Students internship at industry
Joint activities with industry
0
0.00
2
2
Support to academically weak students to
enhancement their knowledge and skills
Others (Communication Skill developments)
Sub-total
13
125
128
IOC
3
197
0.00
0
0.00
6.50
3
0.9
3
0.9
3
0.9
9
2.70
37
15.20
10
5.00
2
4.00
3.40
14
2
1
1
2
3
3.00
6.40
2
2
10
1
1.00
5.40
0
2
1
1
2
3
3.00
0.00
2
2
0
0.00
1
1.00
0
0
125
0.00
0
1.00
125
0.00
0
1.00
125
0.00
0
1.00
125
0.00
0.00
0
1.00
0.60
6 1.20
8 1.60
5 1.00
5 1.00
1.60 131 2.20 133 2.60 130 2.00 130 2.00
86.10
0
26
4
GRAND TOTAL
0.00
1.5
35
1.00
0
6
13
35.00
6.00
2.5
Activities / Innovations aiming at improvement in
quality of education
Others
Sub-total
2
10
1
1.00
13
0.00
2.5
Others (Inhouse Training)
Sub-total
0
10
Others (Industry visits)
Exposure/Training of senior teaching/non-teaching
members in management capacity development
Financial Estimate (Rs.
Lakh)
1
Physical Target
(Nos.)
Financial Estimate
(Rs. Lakh)
Physical Target
(Nos.)
Physical Target
(Nos.)
Financial Estimate
(Rs. Lakh)
Financial Estimate
(Rs. Lakh)
3
Total
Academic networking with industry/research
institutions including industry-exposure to teachers
Campus placements of graduates (UG & PG)
Fee for NBA accreditation
Reforms
1
Oct-16
Physiacl Target (Nos.)
Industry Institute Interactions
Collaborative academic programs:
BTech/MTech/PhD with industry
Short term workshops with industry
Sub-total
Academic
Incremental
support for
operating
weak
cost
students
Physical Target
(Nos.)
Jul-Sep 2015 Oct-Dec 2015 Jan-Mar 2016 Apr-Jun 2016 Jul-Sep 2016
Financial Estimate
(Rs. Lakh)
Sub-Activities
Physical Target
(Nos.)
Activities
4
252
61.60
5
200
56.00
5
315
64.90
0.00
51.00
9.00
13
35.00
0
0.00
0
0.00
13
35.00
45
0.36
670
5.36
4
0.80
1.16
31
701
6.20
11.56
0
23.00
1217
330.76
49
4
182
12
1
71
11.16