Programme Educational Objectives (PEOs)
Preamble:
The Mechanical Engineering Program, M.Tech-MSE is a four semester course and will provide
the advanced building blocks for conceptualizing, understanding and manufacturing systems
integrated with computer based applications. These will include advanced materials, traditional
and non-traditional manufacturing methods, advanced manufacturing techniques, advanced
foundry technology, computer aided design, product data and management, rapid prototyping,
advanced metal joining processes etc. The course includes individual project work carried out by
a student to help him understand and demonstrate his learning capability, apply the principles to
practical real time situations and would enable him to be technically and professionally equipped
and improve for taking up challenging task in the industrial sector, government organization,
research organization and pursue higher studies and to become an entrepreneur.
Programme Educational Objectives:
The Post Graduates of Manufacturing Science and Engineering will:
1. Apply the technical skills gained to model and analyze real time projects in the
field of manufacturing science and engineering.
2. Able to take up profession in industries, R&D activities, management and teaching
activity in the field of mechanical engineering.
3. Engage in industry institute interaction and lifelong learning by adhering to
ethical and environmental conditions.
Programme outcomes (POs)
The post graduates shall possess the following abilities and skills:
a) Advanced knowledge in manufacturing methods and their industrial applications.
b) Identify, formulate and solve mechanical engineering problems related to
manufacturing.
c) Design and conduct experiments, analyze the data, and interpret the experimental
results.
d) Design a system, components, or process and meet specific objectives keeping in
view the economical approaches, availability of materials and manufacturability
with increased life.
e) Visualize, work in laboratory and take up multidisciplinary tasks.
f) Skills to use modern engineering tools, software and equipment to analyze and solve
problem, will imbibe and demonstrate knowledge of ethical responsibility.
g) Good communication skills to effectively communicate both verbally, written form and
through drawings.
h) Understand the impact of engineering solutions or society in global and economic
context.
i) Motivated to engage them in continuous learning process and develop confidence
for self-education and ability for lifelong learning.
j) Knowledge and ability to respond to the happenings/ contemporary issues of the
country.
k) Succeed in the competitive examinations and research work.
l) Manage project and finance effectively.
M.S.RAMAIAH INSTITUTE OF TECHNOLOGY, BANGALORE-54
(Autonomous Institute Affiliated to VTU)
M.Tech ( MSE ) SCHEME OF TEACHING
BREAK DOWN OF SUBJECT WISE CREDIT DISTRIBUTION
BREAKDOWN OF SUBJECT WISE CREDIT DISTRIBUTION
Semester
/ Total
I
II
III
IV
Total
Core
Subjects
17
14
31
Electives
08
12
12
32
Project
Work
09
22
31
Seminar
Total
02
02
02
06
27
28
23
22
100
I SEMESTER M.Tech (Manufacturing Science & Engineering)
Sl
No
Subject
Code
1
MMSE 11
2
MMSE 12
3
MMSE 13
4
MMSE 14
5
MMSE 15
6
Elective-I
7
Elective-II
Subject
Computational Numerical
Methods
Finite Element Methods
Advanced Materials
Technology
Theory of metal cutting
Seminar-I
QUALITY AND
RELIABILITY
CBM
Teaching Dept
Mathematics
Dr P D
Dr CSR
Dr NDP
Mechanical
Engineering
Mr KLV
Dr CMR
Total
Credits
T P Total
L
3
1
0
4
4
0
0
4
4
0
0
4
4
0
1
5
0
2
0
2
4
0
0
4
4
0
0
4
23
3
1
27
II SEMESTER M.Tech (Manufacturing Science & Engineering)
Sl
No
1
2
3
4
Subject
Code
MMSE
21
MMSE
22
MMSE
23
MMSE
Teaching
Dept
Subject
Statistical modelling and
experimental methods in
Manufacturing
Advances in Non Traditional
Machining
Advanced Foundry Technology
Seminar-II
L
Credits
T P Total
4
1 0
5
4
0 0
4
4
0 1
5
0
2 0
2
Mr BPH
Mr KLV /
Dr MKN
Dr NDP
Mechanical
Engineering
24
5
6
7
ElectiveCOMPO SITE MATERIALS
III
ElectivePDM
IV
ElectiveROBOTICS
V
Dr CSR
4
0 0
4
4
0 0
4
4
0 0
4
Total 24 3 1
28
Mr SBS
Mr SBL
III SEMESTER M.Tech (Manufacturing Science & Engineering)
Sl
No
1
Subject
Code
MMSE 31
2
MMSE 32
3
4
5
Subject
Teaching Dept
Seminar-III
Project Preliminaries
THEORY OF METAL
Elective-VI
FORMING
ElectiveADDVANCED METAL
VII
JOINING PROCESSES
SURFACE
ElectiveTREATMENT AND
VIII
FINISHING
L
0
0
9
0
9
4
0
0
4
4
0
0
4
4
0
0
4
12
11
0
23
Mr NSN
Mr TAK
Credits
T P Total
2 0
2
Mechanical
Engineering
Dr CSR
Total
IV SEMESTER M.Tech (Manufacturing Science & Engineering)
Sl
No
1
Subject
code
MMSE 41
Subject
Teaching Department
L
0
Project work
Total
*L: Lecture
T= Tutorial
0
Credits
T
P Total
0 22 22
0
22
22
P=Practical
Scheme of examination: In all theory courses students are required to answer one question
from each unit.
LIST OF ELECTIVES
Subject
NO.
Sub code
Credits
1
MMSE –E01
Theory of Metal Forming
4:0:1
2
MMSE –E02
Advances in Composite Materials
4:0:0
3
MMSE –E03
Automation in Manufacturing
4:0:0
4
MMSE –E04
Nano Technology
4:0:0
5
MMSE –E05
Ferrous & Non-ferrous foundry practice
4:0:0
6
MMSE –E06
Maintenance Engineering &Management
4:0:0
7
MMSE –E07
Product Development
4:0:0
8
MMSE –E08
Product Data Management
4:0:0
9
MMSE –E09
Smart materials & Structures
4:0:0
10
MMSE –E10
Agile Manufacturing
4:0:0
11
MMSE –E11
Rapid Prototyping ( Additive Manufacturing )
4:0:0
12
MMSE –E12
Modern Trends in Manufacturing Management
4:0:0
13
MMSE –E13
Advanced Metal Joining Processes
4:0:0
14
MMSE –E14
Surface treatment and Finishing techniques
4:0:0
15
MMSE –E15
Robotics
4:0:0
16
MMSE –E16
Condition Based Maintenance
4:0:0
17
MMSE –E17
Quality and Reliability Engineering
4:0:0
Students have to earn a total of 100 credits by choosing subjects from the above list of
electives
M.S. RAMAIAH INSTITUTE OF TECHNOLOGY, BANGALORE
(An Autonomous Institute, Affiliated to VTU)
M.Tech ( CIM ) SCHEME OF TEACHING
BREAK DOWN OF SUBJECT WISE CREDIT DISTRIBUTION
Semester
Core
Project
Electives
Seminar
/ Total Subjects
Work
17
08
02
I
14
12
02
II
12
9
02
III
22
IV
31
32
31
06
Total
Total
27
28
23
22
100
I SEMESTER M.Tech (Computer Integrated Manufacturing)
Sl.
No.
Subject
Code
1
MCIM 11
2
MCIM 12
3
MCIM 13
4
MCIM 14
5
MCIM 15
Elective –
IElective –
6
7
8
LA
B
II
LAB
Teachin
g Dept.
Subject
Computational Numerical
Methods
Finite Element Methods
Advanced Topics in
Manufacturing Management
CAD for Manufacturing
Dr PD
Mr PS
Mr BMR
Seminar-I
Credits
L
T P
Mathem
atics
3
1 0
Tota
l
4
4
0 0
4
Mechani
cal
Engineer
ing
4
0 1
5
4
0 0
4
-
2
-
2
AMT
Dr CSR
4
0 0
4
CBM
Dr CMR
4
0 0
4
M Tech LAB
Mr VK
Total 23 3 1
27
II SEMESTER M.Tech (Computer Integrated Manufacturing)
Sl.
No.
1
2
3
4
5
Subject
Code
MCIM
21
MCIM
22
MCIM
23
MCIM
24
Elective
– III
Teaching
Dept.
Subject
Statistical modelling and
experimental methods in
Manufacturing
Industrial Robotics
Flexible Manufacturing Systems
Seminar – II
BPH
SBL
JC
Mechanical
Engineering
Credits
L
T P Total
4
1 0
5
4
0 0
4
4
0 1
5
-
2
-
2
4
0 0
4
Elective
– IV
Elective
–V
6
7
4
0 0
4
4
0 0
4
Total 24 3 1
28
III SEMESTER M.Tech (Computer Integrated Manufacturing)
Sl.No.
Subject
Code
Credit
Teaching
Dept.
Subject
L
T
P
Total
1
MCIM 31
Seminar – III
0
2
0
2
2
MCIM 32
Project Preliminaries
0
9
0
9
3
ElectiveVI
ElectiveVII
ElectiveVIII
4
0
0
4
Mr VK
4
0
0
4
Mr KL
4
0
0
4
Total 12 11
0
23
4
5
REVERSE ENGG
RPT
TMA
Mechanical
Engineering
Mr JC
IV SEMESTER M.Tech (Computer Integrated Manufacturing)
Sl.
No.
Subject
Code
1
MCIM 41
Credits
Subject
Project Work
Teaching Dept.
Mechanical
Engineering
Total
L – Lecture Hours
T – Tutorial Hours
L
T
P
Total
0
0
22
22
0
0
22
22
P – Practical/Seminar
* Scheme of Examination: In all theory courses students are required to answer one
question from each unit
LIST OF ELECTIVES
NO.
Sub. Code
Subject
Credits
1
MCIM-E01
Computer Control of Manufacturing Systems
4:0:0
2
MCIM-E02
Management Information Systems
4:0:0
3
MCIM-E03
Tooling for Manufacturing in Automation
4:0:0
4
MCIM-E04
Condition Based maintenance
4:0:0
5
MCIM-E05
Advanced Topics in Manufacturing
4:0:0
6
MCIM-E06
Reverse Engineering
4:0:0
7
MCIM-E07
Automation in Manufacturing
4:0:0
8
MCIM-E08
Machine Tool Dynamics
4:0:0
9
MCIM-E09
Modelling and Simulation of Manufacturing Systems
4:0:0
10
MCIM-E10
Sensor Application in Manufacturing
4:0:0
11
MCIM-E11
Computer Aided Process Planning
4:0:0
12
MCIM-E12
Rapid Prototyping ( Additive Manufacturing )
4:0:0
13
MCIM-E13
Advances in Non – Traditional Machining
4:0:0
14
MCIM-E14
Industrial Design and Ergonomics
4:0:0
15
MCIM-E15
Advanced Material Technology
4:0:0
Students have to earn a total of 100 credits by choosing subjects from the above list of
electives.