SECTION B
PROGRAMMES/SUB-DISCIPLINE/ DISCIPLINE TO BE ACCREDITED
36.
Title of programme/sub-discipline/discipline to be accredited:
BACHELOR OF TECHNOLOGY DEGREE
IN PURE AND APPLIED CHEMISTRY
TYPE OF ACCREDITATION REQUIRED
37.
Indicate below the type of accreditation required
Please tick ( ) one
Initial Accreditation
37.2
38.
Re-accreditation
Has any NUC Accreditation Panel visited your University to determine
if the programme/sub-discipline/discipline can be accredited.
Please tick ( ) one
Yes
No
39.
If answer to item 38 is YES, please attach to the completed Form a
photocopy of main decision and recommendations of the Commission?
40.
Name of Faculty/School/College in which the programme/sub-discipline/discipline to be
accredited is offered:
FACULTY OF PURE AND APPLIED SCIENCES
40.1
Name of Department: DEPARTMENT OF PURE AND APPLIED CHEMISTRY
41.
Date of establishment of Department: APRIL 1990
42.
Name and Qualification (s) of Dean of Faculty/or Provost/Dean of College/School:
PROFESSOR E. T. AYODELE, B.Sc., M.Sc., Ph.D.
43.
Name and qualification(s) of Head of Department offering the programme to be
accredited.
DR. I.O. ADEOYE, B.Sc., M.Sc., Ph.D.
1
44. HISTORY OF THE PROGRAMME/SUB-DISCIPLINE/DISCIPLINE
Write below, a brief history of the development of the Programme/Sub-discipline/Discipline
to be accredited.
Academic Programmes
The department of Pure and Applied Chemistry is one of the foundation departments of the
Faculty of Pure and Applied Sciences of Ladoke Akintola University of Technology
Ogbomoso, Oyo State, Nigeria, when it began in 1990. The Department teaches students for
the Degree of Bachelor of Technology in Pure and Applied Chemistry. The programme has
its developments based on providing the basic required exposure on both teaching and
research towards day-to-day growth in the field of Science and Technology viz-a-viz
Physical, Organic, Inorganic Chemistry, Industrial and Analytical Chemistry. It produced its
first batch of graduates in 1997 and in the 1997/1998 session its postgraduate programmes
began. Ever since, the department has continued to grow in quality and quantity. The student
population grew from the humble beginning of about 30 students at inception to 450 now and
has continued to grow. Equally, the staff strength grew from six to twenty-seven. It is also
pertinent to note that at the inception, there was only a single professor in the department,
while today six professors have emerged, with five of them being founding members.
Worthy of note also is that the department has two well equipped laboratories with the third
at about 90% completion on–going. It is expected that at completion, it is going to be one of
the best in the University.
ADMINISTRATION IN GENERAL OF PROGRAMME/
SUB-DISCIPLINE/DISCIPLINE
45.
Describe how the programme/sub-discipline/discipline is administered. Use separate
sheets. The description should highlight the following:
45.1 Personnel Administration
(a) Organization Structure: While the Head of Department is responsible for the overall
running of the Department, the academic staff that have been allocated specific
responsibilities such as Examination officer, Registration officer/ Level adviser,
Curriculum officer and so on assist him/her. Various committees are set up to assist the
Head. The Departmental Secretary oversees the running of the Departmental Office and
supervises the rest of the administrative staff. The Technical staff (who operate directly
under the Chief Technologist) assist the Laboratory Supervisors (Academic Staff) in the
running of the Laboratory practical, but is responsible to the Head of Department in
matters concerning procurement major repairs and maintenance and staff administration.
(See the Chart Below)
(b)
Head of Department
Academic
Technical
Administrative
Lecturers of
all cadres
Chief
Technologists
Secretary
Technologists
Laoboratory
Supervisors/ Assistants
2
Data Management
Officer
Office Assistant
Typist
(c)
How staff are involved in the decision-making process and in general
administration:
Staff members are involved in the decision making process through their participation in
departmental and various committee meetings. As shown in the organizational structure,
each staff is assigned some responsibilities directly or through membership of a committee
within the department or in representing the department in some Faculty/University
committee. In this way, the staff are involved in the general administration of the
department, the Faculty and the University at large.
(d) Policy and Practice of Staff Development:
The Department, in line with University policy on staff development strives always to
adopt a policy that provides conducive atmosphere for staff in the discharge of their
duties and is also involved in the following:
(i)
recruitment and training of graduate assistants
(ii)
in-service training of staff/ postdoctoral fellowship
(iii)
teaching and research
(iv)
granting of training and sabbatical leave.
(e) Staff Promotion
The process of appraisal of staff for promotion is as follows:
45.2
(i)
The staff is appraised by his/her immediate supervisor or Head of Department.
The staff reads and either endorses his acceptance or otherwise of the appraisal.
(ii)
The Departmental Review Committee discusses the individual staff appraisals and
forwards same with its recommendations to the Faculty Review Panel Committee.
(iii)
The Faculty Review Panel considers the Departmental recommendations and
forwards same with its own recommendations to the University Appointments and
Promotions Committee.
(iv)
The University Appointments and Promotions Committee gives the final approval
to recommendations from Faculty Review Panel, Administrative/ Technical Staff
Review Committee in respect of all promotions, except those to the ranks of
Associate Professor (Reader) and Professor, which are first sent out for external
assessment before approval.
Students’ Welfare
(a)
Handling of Academic Grievances:
Grievances of students which may involve the generality or a group of students
can be raised either through the representative of a class or by the leadership of
the Students’ Chemical Society of Nigeria (SCSN), LAUTECH Chapter.
Complaints are first made to the level coordinators or the student advisers, who
may be able to dispose of the matter or direct the students to the Head of
Department. An aggrieved individual student could also follow the same channel
for the resolution of his or her case. Students could also use either the
Departmental or Faculty student-staff forum to discuss their grievances.
3
(b)
Students Academic Advising:
Students could get advice on academic matters from any of the following: the
course lecturer, the class registration officer, the student adviser, level coordinator
or the Head of Department. The Counseling unit (Students Affairs Office) is also
available for general counseling, including academic.
45.3
Examination
(a)
Setting
The lecturers who taught the course set the examination questions. The questions
are read and moderated by a senior colleague within the department.
(b)
Conduct
Examinations are administered at the end of the semester during which the course
is taught. The examinations are conducted in accordance with the senateapproved university examinations regulations.
(c)
Evaluation Schemes
A student’s performance in a course is evaluated based on marks scored in the
final examination and in his continuous assessment. The continuous assessment
is given a weighting of 30% while the final examination has a weighting of 70%.
The minimum pass mark is 40% and the student who fails the course is allowed to
register for the course again and take the examination when next it is offered, in
accordance with the Grade Point System.
(d)
Moderation Schemes
100 level – 400 level examinations are moderated internally as described in (a)
above, while 500 level degree examinations are moderated by an External
Examiner from another university approved by Senate. The External Examiner
moderates both the question papers and marking schemes before the examination
is taken and reviews the students’ performance and grading after the examination
has been marked.
(e)
Issuance of Results
Results are first considered at the meeting of the departmental board of examiners
before presentation to the faculty board of examiners for recommendation to
Senate for Approval. After Senate approval, the Academic Office of the
University releases the results. Letter grades and Grade points are used in the
presentation of the results as follows:
% Score
Letter Grade
Grade Point
Remark
70-100
A
5
Pass
60-69
B
4
Pass
50-59
C
3
Pass
45-49
D
2
Pass
40-44
E
1
Pass
-------------------------------------------------------------------------------0 – 39
F
0
Fail
At the end of the session the Cumulative Grade Point Average CGPA, is
computed as per the National University Commission Minimum Academic
Standards Curriculum and released to the student: the class of degree of a
graduating student is determined as follows:
4
Class of Degree
1st Class
2nd Class Upper
2nd Class Lower
3rd Class
Pass
45.4
CGPA
4.50 - 5.00
3.50 - 4.49
2.40 - 3.49
1.50 - 2.39
1.00 - 1.49
Academic Atmosphere
(a)
Any policy adopted and practiced by the College/School/Faculty/Department in
pursuit of academic Standards and maintenance of academic atmosphere
Students who excel at the end of the academic session are recognized and
awarded prizes during the convocation. Staff and students meet at seminars,
presentation of project and SIWES reports.
DEGREE OFFERED:
Bachelor of Technology, B.Tech (Pure and Applied Chemistry)
REQUIREMENTS FOR THE AWARD OF THE DEGREE
To be eligible for the award of the B.Tech (Pure and Applied Chemistry) degree, a
candidate must spend the minimum number of semesters prescribed by the University and must
in addition, pass all University/ Faculty compulsory courses and all departmental compulsory
courses as well as the option/ restricted electives and free electives as prescribed for the degree.
EVALUATION OF STUDENTS’ PERFORMANCE EXAMINATIONS:
Examinations are conducted in accordance with regulations approved from time to time
by the University Senate. To sit for any end-of-course examination, candidates must be duly
registered for the course and attain 75% point in attendance at the course lectures/ laboratory
practical/ tutorials. Students who are absent from lectures/ laboratories/ tutorials must
communicate their reasons to their course lecturers. Every course shall be examined during the
academic semester for which it is taken. End of course examination will consist of one or more
of the following:
(a)
written examination – 70%
(b)
practical and/or continuous assessments – 30%
Note that continuous assessment is for all courses taught.
GRADING SYSTEM
The following letters grades are attached for the examination scores:
% MARK
70 – 100
60 – 59
50 – 59
45 – 49
40 – 44
39 – 0
LETTER GRADE
A
B
C
D
E
F
GRADE POINT
5
4
3
2
1
0
The minimum pass mark for each course is 40% that is grade “E”.
5
CREDIT LOADS REQUIREMENTS
The maximum credit hour for any one session is 48 and the minimum is 36 or as
specified in the curriculum.
AWARD OF DEGREE
For the award of the B.Tech. Degree in Chemistry, a student must successfully complete
the prescribed courses and obtain a cumulative grade point average (CGPA) not less than 1.00.
GRADE POINT AVERAGE (GPA) AND CUMULATIVE GRADE POINT AVERAGE
(CGPA)
For each year of study, except in the first year of study when only the GPA will be used
the CGPA of a student shall be calculated. Any student whose CGPA is less than 1.00 is placed
on probation. If after one year (that is two consecutive semesters) the CGPA is still less than 1.00
the student shall be advised to withdraw from the Department.
CLASSES OF DEGREE
The classes of degree are divided as follows:4.50 – 5.00
First Class Honours
3.50 – 4.49
Second Class Honours (Upper Division)
2.40 – 3.49
Second Class Honours (Lower Division)
1.50 – 2.39
Third Class Honours
1.00 – 1.49
Pass
EXAMINATION REGULATIONS AND CONDUCT OF STUDENTS AT
EXAMINATIONS:
Students shall:
(a)
Use or consult, during an examination, only such books, papers notes, instruments or
other materials or aids as are specifically permitted or provided by the Department whose
examination is being taken.
(b)
Not introduce nor attempt to introduce any books, papers notes, instruments or other
materials or aids into the examination room.
(c)
Not pass or attempt to pass any information from one person to another during an
examination.
(d)
Not Contact another person to write exam for him (impersonation)
MISCONDUCT
(a)
Failure to observe any of the above rules shall, prima facie, constitute misconduct;
(b)
At the discretion of the Chief invigilator a candidate may be required to leave the
examination room when his conduct is judged to be disturbing or likely to disturb the
examination. The Chief Invigilator shall report any action taken to the Dean immediately.
(c)
Senate shall decide the penalty in cases of proven misconduct which may include
(i)
Suspension for one semester
(ii)
Suspension for one academic session and
(iii)
Expulsion from the University for beaching the provisions of examination.
STUDENTS’ CHEMICAL SOCIETY OF NIGERIA (SCSN)
All registered students in the department are members of the LAUTECH branch of the
Students’ Chemical Society of Nigeria (SCSN). SCSN, LAUTECH Chapter is actively engaged
in activities that promote the understanding of Chemistry and the physical environment as well
as generating interest in the study of Chemistry among secondary schools students in the
immediate area of the University.
6
WELFARE, GUIDANCE AND COUNSELING
STAFF / STUDENTS FORUM
In addition to the Faculty forum, the Department organizes a departmental staff/ students
forum at least one every academic year. The Forum provides avenue for discussion, exchange of
ideas and the opportunity for hearing cases and complaint. Opportunity for disseminating official
information, rules and regulations especially those that relate directly to our affected students are
also discussed. Students are normally encouraged in such forums to raise issues of significance.
The policy is to be seen as part of the efforts of the administration of the University to bridge
communication gaps and to encourage the much-needed better understanding between the
University and its students.
STUDENS’ LEVEL ADVISOR
Each level has lecturer as registration officer who advises and deals with the computation
of results of students and with the Head of the Department to advise, guide and counsel students
when consulted.
HEALTH MATTERS
For all health matters, staff and students consult the LAUTECH Health Center on the
campus. It is to be noted that only the certificate from the Director of Health Center is needed
and accepted to back up absence from lectures, examination etc. If a student happens to be
treated outside the University Clinic, he/she should submit his/her papers to the LAUTECH
Health Center for authentication.
SOURCES OF INFORMATION
The University provides information to students through notice boards, announcements
by staff at lecture halls and laboratories. Students make use of the notice boards regularly. If a
student seeks any information, he/she consults his/her course lecturers, level advisor or the Head
of the Department. In addition, the information is disseminated through the University Internet
facilities at the website: www.lautech.edu.ng
as well as the Faculty website:
www.lautechfpas.net under the Department of Pure and Applied Chemistry.
CODING OF COURSES
A Chemistry course code normally comprises three digits:
i. The first digit represents the level of the course, e.g. 1-100 level; 2-200 level etc.
ii. The second digit represents the types of course, e.g. 0 - General; 1 - Inorganic;
2 – Organic 3 - Physical; 4 - Analytical; 5 - Industrial; 6 - Applied; 9 - Practical
iii. The third digit denotes the semester in which the course is to be taught e.g. odd
number - Harmattan Semester and even number for Rain Semester.
46.
ACADEMIC CONTENT:
(a)
46.
(b)
BACHELOR OF TECHNOLOGY: (B.TECH) PURE & APPLIED CHEMISTRY
Philosophy, objectives and vision:
Philosophy:
The Department of Pure and Applied Chemistry’s philosophy is to provide its
students with a broad based knowledge in theoretical and applied chemistry. At
the end of the course, graduates would have understood the fundamental
principles of chemistry and acquired enough practical experience to fit into
chemical and allied industries or to be capable of being self - employed.
7
The undergraduate programmes are designed to be unique in content in the following
respects:
-
-
-
To train students in Basic and Pure Chemistry that encompass all area and field of
Chemistry including Physical, Organic, Inorganic, Industrial and Analytical
Chemistry;
To also train students as well in the following areas of applied chemistry: Theoretical
Physical Chemistry, Biophysical Chemistry, Natural Product Chemistry, Organic
Synthesis Chemistry, Geochemistry, Inorganic and Bioinorganic Chemistry,
Environmental and Industrial Chemistry, Food Chemistry and Process Chemistry.
To offer opportunities which encourage the advancement of learning and to hold out
all persons without distinction or race, creed, sex or political conviction as well as the
opportunities of acquiring a higher education in Pure and Applied Chemistry fields;
Vision:
We envision developing our research potentials to enviable level comparable to any novel
research work in the aforementioned applied fields. We hope to produce the best crops of
graduates that will provide work force in all facets of endeavours, in Nigeria or abroad.
Objective:
The objectives of the Department include:
To develop and offer academic and professional programmes leading to the award of
diploma, first degree, postgraduate research and higher degrees which emphasize
planning adaptive, technical maintenance, developmental and productive skills in the
engineering, scientific, agricultural, medical and allied professional disciplines with the
aim of producing mature men and women with capability not only to understand, use and
adapt existing technology, but also to improve thereon and develop new ones suited to
the Nigerian Environment;
To act as an agent for the effective and economic mobilization, excitation, conservation
and development of the country’s natural economic and human resources through
postgraduate training, research and innovation;
To offer to the general population as a form of public service, the result of training and to
foster the practical application of the results;
.
To establish appropriate relationship with other national and international institutions
involved in training, research development and technology;
To identify the technological problems of the society and to assist in finding solution to
them within the context of overall national development;
To research into indigenous technology so as to develop, modernize and relate them to
the social, cultural, technological and economic needs of the people of Oyo and Osun
States in particular and of Nigeria and the world in general.
8
To promote scholarship and advancement of Pure and Applied research in all field of
learning and human endeavour.
Of the ten minimum semesters required to be spent by each student, students are to spend
six months during the eighth semester in industries or government/ private research
laboratories working full time on any assigned projects or works involving application of
Chemistry. During the fourth and fifth year, students are taught mainly Applied
Chemistry courses which prepare them for future research work and to enable them
acquire enough experience to fit into chemical and allied industries or to be capable of
being self - employed.
46 (c) Admission Requirements:
Candidates are admitted at two (2) entry points: 100 and 200 levels.
For admission into 100 Level
Candidates are admitted to the university through three (3) procedures as enumerated:
UME CANDIDATES
The minimum requirements for admission to courses leading to B.Tech. Degree in the
Department of Pure and Applied Chemistry are those for entry into the Faculty of Pure and
Applied Sciences. The University stipulates that candidates are required to have a
minimum of credits in five (5) subjects at the SSCE or WASC or NECO level or GCE ‘O’
level including: Mathematics, Physics, Chemistry, Biology and English Language. This
category of candidates is expected to meet the cut-off mark for such admission period.
PRE-DEGREE CANDIDATES
The admission requirements are as specified for the UME candidates above. Such
candidates who have successfully gone through the University one year Pre-degree
program are also expected to meet the specified minimum cut-off mark in the PDS
examination before admission.
For admission into 200 Level
The admission to 200 Level is based on Direct Entry mode.
DIRECT ENTRY CANDIDATES
Candidates are required to have good passes at Advanced Level of GCE (or equivalent) in
Physics, Chemistry, Mathematics, English Language, or approved equivalent
qualifications: such as OND UPPER Credit. Such candidates are also expected to have
minimum of credit pass in the five ‘O’ level science subjects as required by the Faculty
and in line with the University policy.
Inter/Intra School Admission
This type of admission is into the 200 level. Candidates from recognized and reputable
institutions may be allowed to transfer to 200 level provided they meet the relevant
minimum admission requirements of the university as stated earlier and subject to
satisfactory report not related to any disciplinary action from the destination university.
Intra university candidates are required to fulfill university, faculty and departmental
courses specifications for 100 level students. However, candidate transferring within the
9
university are expected to have passed all their 100 level courses before they can be
considered (i.e. no Course Still Outstanding (CSO). They are also expected to meet the
departmental requirements for such prevailing academic session.
46 (d) OUTLINE OF THE PROGRAMME CURRICULUM
100 LEVEL COURSES
HARMATTAN SEMESTER
Course Code Course Title
Pre-requisite
PHY 101
General Physics 1
PHY 103
Experimental Physics 1A
CHM 101
General Chemistry l
CHM 191
Experimental Chemistry 1
BIO 101
General Biology 1
BIO 103
Experimental Biology 1
MTH 101
Elementary Mathematics 1
GNS 101
Use of English
FAA 101
Fundamental Drawing
LIB 101
Use of Library
Total Week
L
T
P Load(Unit)
3
1
0
4
0
0
3
1
3
1
0
4
0
0
3
1
3
1
0
3
0
0
3
1
4
1
0
5
2
0
0
2
1
0
3
2
1
0
0
0
Total No of Units
23
RAIN SEMESTER
Course Code Course Title
Pre-requisite
PHY 102
General Physics 11
PHY 104
Experimental Physics 1B
CHM 102
General Chemistry l1
CHM 192
Experimental Chemistry 11
BIO 102
General Biology 11
BIO 104
Experimental Biology 11
MTH 102
Elementary Mathematics 11
GNS 102
Use of English
11
GNS 104
Science and Technology in Africa
CSE 100
Introduction to Computer
Total Week
L
T
P Load (Unit)
3
1
0
4
0
0
0
1
3
1
0
4
0
0
3
1
3
1
0
3
0
0
3
1
4
1
0
5
2
0
0
2
2
0
0
2
1
0
0
1
Total No of Units
24
200 LEVEL COURSES
HARMATTAN SEMESTER
Course Code Course Title
CHM 211
Basic Inorganic Chemistry
CHM 231
Basic Physical Chemistry
CHM 241
Principles of Analytical Chemistry
CHM 291
STA 207
CSE 201
BIO 201
GNS 209
Experimental Physical/Inorganic
Chemistry
Statistics for Physical Sciences
Basic Computer Programming
Systematic Biology
Elements of Administration
10
Pre-requisite
CHM 102
CHM 101
CHM101
CHM102
CHM101
L
3
3
2
T
1
1
0
0
0
Total Week
P Load (Unit)
0
4
0
4
0
2
3
3
1
0
2
0
3
1
0
0
2
0
0
Total No of Units
1
4
3
2
2
21
RAIN SEMESTER
Course Code
CHM 222
CHM 252
CHM 292
BCH 202
PHY 202
BIO 202
MTH 202
CSE 204
GNS 202
Course Title
Pre-requisite
Basic Organic Chemistry
CHM 102
Introduction to Chemical Processes
Experimental Organic Chemistry CHM 102
Cell and Molecular Biology
Elementary Modern Physics
Biological Techniques
Elementary Differential Equations
Introduction to Programming Applications
Logic, Philosophy and Science
Total Week
L
T
P Load (Unit)
3
1
0
4
2
0
0
2
0
0
3
1
2
0
0
2
3
0
0
3
1
0
3
2
3
0
0
3
2
0
0
2
2
0
0
2
Total No of Units
21
300 LEVEL COURSES
HARMATTAN SEMESTER
Course Code Course Title
Pre-requisite
CHM 311
Structural and Main Group Chemistry CHM 211
CHM 321
Alicyclic, Heterocyclic and
CHM 222
Aromatic Chemistry
CHM 331
Thermodynamics
CHM 231
CHM 341
Classical Methods of Analysis
CHM 241
CHM 351
Introduction to Application of
CHM 222
Chemical Principles
CHM 353
Heat Transfer
CHM 231
CHM 355
Introduction to Polymer Chemistry
CHM 391
Experimental Inorganic/Analytical
Chemistry
L
3
3
T
1
1
Total Week
P
Unit
0
4
0
4
2
3
1
1
0
1
0
0
0
3
3
2
1
1
1
1
0
0
2
2
CHM 211 0
0
6
CHM 231
Total No of Units
2
22
RAIN SEMESTER
Analytical Chemistry Option
Course Code
CHM 312
CHM 322
CHM 324
CHM 326
CHM 332
CHM 342
CHM 392
Course Title
Transition Metal Chemistry
Spectroscopic Methods
Fundamental of Physical Organic
Chemistry
Macromolecules in Nature
Chemical Kinetics
Separation Methods
Experimental Organic/ Industrial
Chemistry
Pre-requisite
CHM 211
CHM 222
CHM 222
L
3
2
2
T
1
1
1
Total Week
P
Unit
0
4
0
3
0
3
CHM 222
BCH 202
CHM 231
CHM 241
CHM 292
1
1
0
2
1
2
0
1
1
0
0
0
6
2
3
2
Free Elective
Total No of Units
11
2
21
RAIN SEMESTER
Industrial Chemistry Option
Course Code Course Title
CHM 322
Spectroscopic Methods
CHM 324
Fundamental of Physical Organic
Chemistry
CHM 332
Chemical Kinetics
CHM 342
Separation Methods
CHM 352
Unit Operation
CHM 354
Petroleum Chemistry
CHM 392
Experimental Organic/ Industrial
Chemistry
MGS 540
Technology, Policy and Law
Free Elective
T
1
1
Total Week
P
Unit
0
3
0
3
1
2
2
2
0
1
1
0
0
0
0
0
0
0
6
2
3
2
2
2
2
0
0
2
2
21
Pre-requisite L
CHM 222 2
CHM 222 2
CHM 231
CHM 241
CHM 231
CHM 222
CHM 292
Total No of Units
400 LEVEL COURSES
HARMATTAN SEMESTER
Course Code Course Title
CHM 401 (O) Nutritional Chemistry
CHM 421 (C) Organic Reaction and Synthesis
CHM 431 (A) Electrochemistry
CHM 433 (C) Group Theory and the Quantum
Mechanics of Molecules
CHM 441 (C) Electro analytical and Spectroanalytical Method
CHM 453 (O) Textile and Dyestuff Chemistry
CHM 455 (O) Agricultural Chemistry and
Agrochemicals
CHM 457 (I) Surface Chemistry and Electrode
Potential
CHM 459 (O) Basic Concepts in Drug Design
CHM 463 (C) Quality Control and Industrial
Safety
CHM 491 (C) Experimental and Instrumental
Methods
Pre-requisite
CHM 222
CHM 324
CHM 321
CHM 331
CHM 331
CHM 311
CHM 241
CHM 341
CHM 222
CHM 322
L
1
2
T
1
2
Total Week
P
Unit
0
2
0
4
1
3
1
1
0
0
2
4
2
1
0
3
1
1
1
1
0
0
2
2
CHM 331
CHM 332
CHM 222
CHM351
1
1
0
2
1
1
1
1
0
0
2
2
0
0
6
Maximum Total No of Units
2
24
RAIN SEMESTER
ITF
Industrial Training (IT)
4 Credit Units
An industrial training of 6 months is planned to provide practical experience in application of
Chemistry in the industry. Assessment is partly by job performance and partly through the report
written by the student.
12
500 LEVEL COURSES
HARMATTAN SEMESTER
Course Code
CHM 591
Course Title
Research Project
*Restricted Electives
*Free Elective
L
T
P
Total No of Units
Total Week
Unit
3
8
2
13
*Students are free to choose any eight units of restricted electives from the following courses as
well as free elective from any other courses that are of high importance to Chemistry in the
University.
RESRICTED ELECTIVES
Course Code Course Title
Pre-requisite L
T
Total Week
P
Unit
CHM 511
CHM 222
2
0
0
2
CHM 355
CHM 321
CHM 421
Momentum, mass and heat transfer CHM 353
CHM 433
Environmental Chemistry
CHM 441
CHM 341
Food Chemistry
CHM 401
Derivatization in Analytical
Chemistry
Chemistry and Technology of Fibers CHM 421
Chemical Technology
CHM 351
Industrial Chemical Process
Water and Wastewater Treatment
CHM 341
CHM 441
2
2
0
0
0
0
2
2
2
0
0
2
2
0
0
2
2
2
0
0
0
0
2
2
2
2
2
2
0
0
0
0
0
0
0
0
2
2
2
2
CHM 521
CHM 523
CHM 533
CHM 541
CHM 545
CHM 547
CHM 551
CHM 553
CHM 555
CHM 561
Radiochemistry and Nuclear
Chemistry
Polymer Synthesis
Chemistry of Dyestuff
RAIN SEMESTER
Course Code
CHM 592
Course Title
Research Project
*Restricted Electives
*Free Elective
L
T
P
Total No of Units
Total Week
Unit
3
8
2
13
*Students are free to choose any eight units of restricted electives from the following courses as
well as free elective from any other courses in the University of high importance to Chemsitry.
13
RESRICTED ELECTIVES
Course Code Course Title
CHM 512
Catalysis
L
2
T
0
Total Week
P
Unit
0
2
CHM 514
2
4
4
2
0
0
0
0
0
0
0
0
2
4
4
2
2
0
0
2
2
0
0
2
2
0
0
2
2
0
0
2
2
0
0
2
2
0
0
2
2
0
0
2
2
2
0
0
0
0
2
2
CHM 522
CHM 524
CHM 526
CHM 532
CHM 542
CHM 544
CHM 552
CHM 554
CHM 556
CHM 558
Pre-requisite
CHM 211
CHM 312
Organometallic Chemistry
CHM 211
CHM 311
CHM 312
Chemistry of Natural Products
CHM 222
CHM 324
Petrochemistry and Petroleum
CHM 222
Geochemistry
CHM 354
Pesticide Chemistry
CHM 459
CHM 455
Photochemistry
CHM 222
CHM 231
Food Analysis
CHM 401
BCH 201
Analysis of Selected Materials
CHM 391
including Drugs
CHM 392
CHM421
Chemistry and Technology of Dyeing CHM 222
And Pigmentation
CHM 453
Wood, Pulp and Paper Chemistry
CHM 231
CHM 453
Polymer Technology
CHM 453
Mineral Processing
CHM 211
14
46 (e) DESCRIPTION OF COURSES
CHM 101:
INTRODUCTORY CHEMISTRY I
(4 Units)
Fundamental chemical principles including detailed atomic structure and physical
principles involves in chemical reactions is emphasized.
Statistical treatment of data, measurement and precision, significant figures, methods of sciences,
S.I. Units, theory of errors theory of sampling, nature theory. Atomic weight Avogadro’s
number, structure of the atom, divisible atom, cathode rays, mass spectrometer, discovery of the
nucleus, periodic law, electronic energy levels and the periodic table, atomic size, ionic atom
potential, electron affinity, ionic radii, electronic configuration, molecular formulae, mole
concept, calculations of formular and equations of gravimetric data and vice-versa, ionic
equations of neutralization and precipitation.
Concentrations, molarity and volumetric calculations based on stoichiometric coefficients,
oxidations and reductions as electron balancing of redox equation by electron-transfer, equality;
relevant calculations including volumetric analysis (e.g. KMnO4,etc) Chemical equilibra, the
equilibrium state, mass action, equilibrium constant calculation, equilibrium changes, water
equlibra and pH, weak acids, buffer solutions, dissociation reactions (using solubility products
principles) as applied to qualitative and quantitative analysis, state of matter; balancing
intermolecular forces, hydrogen bonding, order-disorder phenomena, entropy, free energy.
Energy effects, exothermic and endothermic changes, enthalpy of reaction, Hess’s law of
enthalpy summation, relevant calculation, heart of neutralization, combinations and formation,
bond dissociation energies, relevant calculations, free energy and spontaneous change,
electrochemistry; redox reactions, oxidation potentials treated in terms of free energy change,
cells and batteries, introduction to chemical kinetics, basic definition of order of reaction,
molecularity; reaction rates, activation energy, kinetic theory radioactivity.
Pre-requisites: O-Level chemistry or equivalent.
CHM 191
INTRODUCTORY EXPERIMENTAL CHEMISTRY I
(1 Unit)
A basic practical course to illustrate and demonstrate the principles of CHM 101.
CHM 102:
INTRODUCTORY CHEMISTRY II
(4 Units )
Application of physical principles to descriptive chemistry of the elements and historical
survey of the development and importance of organic chemistry.
The molecule and chemical bonding; electrons in molecules, ionic bond, covalent bonds,
polarity of bonds, coordinate bonds, metallic bonds, basic crystalline structures, e.g. NaCl and
metallic lattices, periodic table: trends in properties of the elements, structures.
Ionization energies, physical properties, chemical properties of elements, properties of
selected types of compounds related to the periodic law-hydrides, oxides, acids and basis;
properties of elements and their compounds, hydrogen, qualitative analysis, alkali metals (Na
and K particularly); alkaline earth metals, d-block elements-complexes: chemistry of Cr, Fe, Co,
Ni, Cu, particularly of the most common oxidations states, comparisons of transition elements of
groups I and II with main group I and II, main group V trends, and chemistry of main group IV
trends, main group V trends and Chemistry of N and P (particularly oxides), main group VI and
chemistry of O, main group VII, main group VIII and the inert gases.
Introduction to Organic Chemistry; scope of Organic chemistry and natural sources of
organic compounds, with emphasis on coal and petroleum sources, hybridization and shapes of
carbon compounds, characteristics of covalent bonds, bond length, bond angles and bond
strength, and consequences on reactivity, polarity of bonds and molecule and consequences on
reactivity, polarity of bonds and molecule and consequences on physical and chemical properties
of organic compound, intermolecular forces and consequences on melting point; and boiling
point of organic compound, acid-base behaviour of organic compounds, chemical principles and
15
methods of detection of elements in organic compounds; isolation and purification of organic
compounds; determination of empirical and molecular and structural formulae of organic
compounds, isomerism in organic compounds, principles of organic nomenclature with emphasis
on IUPAC system for all functional groups; common types of organic reactions-addition,
substitution, elimination, rearrangements of the common functional groups, structure and general
reactions of alkanes, alkenes, alkynes, alcohols, aldehyde, acids, ketones, and amines;
introduction to aromatic compounds, introduction to macro-molecular compounds and natural
products. Pre-requisites: O-Level Chemistry or equivalent
CHM 192:
INTRODUCTION EXPERIMENTAL CHEMISTRY II
A basic practical course to illustrate and demonstrate the principle of CHM 102
(1 Unit )
CHM 211:
BASIC INORGANIC CHEMISTRY
(4 Units )
Molecular orbital theory of simple Homonuclear and Heteronuclear diatomic molecule,
introductory symmetry inorganic applications of standard reduction table. Introduction to
complex ions, nomenclature and isomerism. Stereochemistry of compounds. Hard and soft acids
and bases, reactions in aqueous and non-aqueous media. Detailed Chemistry of alkali and
alkaline earth metals. First row transition elements (each elements from Ti-Cu should be
discussed in terms of oxidations states, physical/chemical properties, compounds, complexes and
biological significance).
CHM 231:
BASIC PHYSICAL CHEMISTRY
(4 Units )
The aim of the course is to provide a solid and basic foundation in thermodynamics and kinetics
treated under the following heading: kinetic theory: energies; the first law of thermodynamics;
free energy; entropy and second law of thermodynamics; phase change; equilibrium; reaction
kinetics; electrochemistry.
Pre-requisites: CHM 101 or A-Level Chemistry and Maths or Physics Co-requites: Mathematics
(1st year).
CHM 241: PRINCIPLES OF ANALYTICAL CHEMISTRY:
(2 Units)
A course of lectures covering theoretical principles of analytical chemistry.
The quantitative and statistical treatment of experimental data, theory of sampling, gravimetric
methods, chemical methods of analysis; separation technique (chromatography, colour TLC, GC
etc), physiochemical method, optical method, electrochemical methods (polarography,
polarimetry, and ion-selective electrodes), radio-analytical techniques.
Pre-requisites: CHM 101 and CHM 102
CHM 291: EXPERIMENTAL PHYSICAL/INORGANIC CHEMISTRY
(1 Unit)
A basic practical chemistry course designed to
(a)
Develop good laboratory practice
(b)
Illustrate the principles of the topic covered in the 200 level chemistry courses.
(c)
Demonstrate the empirical nature of chemistry.
Basic techniques to be developed are in physical and inorganic chemistry, and shall include:
(i)
Estimation of errors, theoretical processing of experimental data
(ii)
Quantitative inorganic analysis by volumetric, gravimetric and optical methods
including:
(a)
Measurement of pH and preparation of buffer solution
(b)
Oxidation-reduction titration
(c)
Mixed base titration requiring the use of more than one indicator,
(i) Thermal analysis, including: (a) measurement of heat of reaction and (b)
measurement of heat of solution and mixing
(ii) analysis of intermolecular forces; (iii) chemical kinetics; (iv) electrochemistry
(v) simple inorganic synthesis
16
Pre-requisites: CHM 191
CHM 222: BASIC ORGANIC CHEMISTRY
(4 Units)
Revision of chemistry of common functional groups covering the material of CHM 102.
Extension of aliphatic chemistry, including hydrocarbons, alkenes, the carbonyl group,
carboxylic acids and their derivatives. Survey of aromatic chemistry, topics include benzene and
its mono-substituted products. Bifunctional compounds. Introduction to lipids, carbohydrates
amino acids and proteins, and to chromatographic and spectroscopic methods of investigating
organic structures. Synthesis of some organic compounds.
Pre-requisites: CHM 102 or A-Level Chemistry
CHM 252: BASIC PRINCIPLES OF CHEMICAL PROCESSES
(2 Units)
Synthetic pathway, synthesis tree; Raw materials utilization; chemical processing technology,
Alternative processing routes/ Techniques; Economics of production, production cost, capital
cost, Research and development cost; Management in processes, process, production and
consumption analysis; case studies e.g. soap making, textile and ceramics, cosmetics, industrial
chemicals, cements, brewery etc. Term paper to test the application of the course.
CHM 292: EXPERIMENTAL ORGANIC CHEMISTRY
(1 Unit)
A course designed to illustrate the principles covered in the lecture course i.e. CHM 222.
Topic include separation, purification and identification of organic compounds by solvent
extraction, distillation, crystallization and chromatography followed by determination of physical
constants, simple organic synthesis and qualitative analysis by chemical methods
Pre-requisites: CHM 192
CHM 311: STRUCTURAL AND MAIN GROUP INORGANIC CHEMISTRY (4 Units)
Structural topics covered in the course include structures of metals and ionic crystals of types
AB1, AB2, AB2, A2. Introduction to diffraction methods: x-ray, neutron and electron diffraction,
lattice and crystals defects, introduction to crystal growth; structure of covalent molecules and of
complex ions of main group elements. Introduction to the structure of transition metal
complexes. Chemistry of groups III-VIII are surveyed with particular attention to group trends,
hydrides, pseudohalides, oxides, chalcogenides and oxy-anions. Pre-requisites: CHM 211
CHM 321: ALICYCLIC, AROMATIC AND HETEROCYCLIC CHEMISTRY (4 Units)
A broad-based course in general organic chemistry advancing on CHM 222. Topics to be
covered include:
(a) Extension of aliphatic chemistry with emphasis on bifunctional compounds and discussion
of some organosulphur and organophosphorus compounds.
(b) Some features of alicyclic chemistry including important naturally occurring derivatives,
naphthalene and anthracene derivatives, and polynuclear aromatic compounds.
(c) Aromatic heterocycles exemplified by pyrole, furan, thiopene, pyridine, pyrene, indole,
quinoline and benzopyrene systems. A brief account of non-aromatic heterocycles.
(d) Biogenetic principles in natural product chemistry. Pre-requisites: CHM 222
CHM 331: THERMODYNAMICS
(3 Units)
The first, second and third law of thermodynamics are given a more rigorous treatment
than CHM 231. thermodynamic principles are considered in relation to chemical potential, interrelationships of the thermodynamic functions; phase equilibria; gaseous and liquid mixture;
Colligate properties of solution; chemical equilibria electrolyte solutions; thermodynamics of
surface. Introduction to statistical thermodynamics. Pre-requisites: CHM 231
17
CHM 341:
CLASSICAL METHODS OF ANALYSIS ( 3 Units)
Practical fundamentals: Handling of reagents, apparatus, technique of common operation,
volumetric application and it uses. Theory of acid base titrations Theory
redox
titration.
Theory of precipitation titration. Theory of complexometric titration. This would include endpoint detection in each case. Gravimetric methods. Theory of titrations in non-aqueous media.
Pre-requisites: CHM 241
CHM 351:
INTRODUCTION TO APPLICATION OF CHEMICAL PRINCIPLES
(2 Units)
The purpose of the course is to demonstrate the independence of basic science and
technology in the chemical and allied industries. Topics covered will include, basic chemical
processes exemplified by the manufacture of dye intermediates, and detergents; synthetic fibres,
plastics and resins, finishing agents, food preservatives and other selected industrial and fine
chemicals, flow sheets, material and energy balance, pilot plants, models and scale-up principles,
Optimization.
Pre-requisites: CHM 222
CHM 391:
EXPERIMENTAL INORGANIC/ ANALYTICAL CHEMISTRY (2 Units)
Titration involving: Acid/based Reaction; Redox Reaction; Precipitation Reactions
Complex formation Reaction; Gravimetric Analysis; Preparation and properties of simple
inorganic complexes.
Pre-requisites: CHM 291
CHM 312: TRANSITION METAL CHEMISTRY (4 Units)
Preparation and characterization of coordination compounds. Brief historical survey of
theories of bonding particularly CFT and MO theories. Introduction to electronic spectra
complexes and magnetochemistry. Second and third row transition elements. Lanthanides and
actinides. F-block chemistry is discussed in terms of electronic configuration, characteristics
oxidation state, spectroscopy, magnetic properties, complex formation and separation processes
Pre-requisites: CHM 211
CHM 322: SPECTROSCOPIC METHODS
(3 Units)
A survey of spectroscopic and optical methods with emphasis on their application in
elucidation of structures of organic, inorganic and organ metallic compounds. Principles and
applications of ultraviolet, infrared nuclear magnetic resonance and mass spectroscopy; optical
rotation and optical rotatory dispersion. The complementary nature of spectroscopic and
chemical methods of structure elucidation exemplified by applications in natural product
chemistry. Spectroscopic of inorganic compounds and organometallic complexes. Tutorial work
involves the interpretation of spectra.
Pre-requisites: CHM 222
CHM 324: FUNDAMENTALS OF PHYSICAL ORGANIC CHEMISTRY (3 Units)
Experimental methods for investigating reaction mechanisms; acid-base reaction;
chemical kinetics and isotope effects; structure reactivity relationships aromaticity;
hyperconjugation and tautomerism; classes and mechanisms of organic reactions, viz addition,
substitution, elimination, rearrangements, reduction, oxidation, etc. Medium effects on organic
reactions; stereochemistry and conformational analysis preparation of stereoisomerism,
stereoselectivity, stereospecificity neighboring group effects.
Pre-requisites: CHM 222
18
CHM 326: MACROMOLECULES IN NATURE
(2 Units)
The course is specifically designed to introduce students to macromolecules that occur
naturally as a prelude to the more detailed study of macromolecule in the final year. Topics will
include: macromolecules in nature, basic concepts, nomenclature and classification into typesnatural and artificial. Proteins nomenclature, separation and isolation of peptides; properties and
structure of proteins, carbohydrate; nomenclature; classification and occurrence; reactions;
configuration of monosaccharides; disaccharides and polysaccharides, lipids classification,
triglycerides, structures, composition and function in living organisms; fatty acid and
importance; properties of lipids; saponifications, halogenations, rancidity, et, commercial sues,
soaps, detergents, edible fats, e.t.c.; phospholipids, Structure, composition, analytical methods
for the characterization of fat and oils.
Pre-requisites: CHM 22; BCH 202
CHM 332: CHEMICAL KINETICS
(2 Units)
Topics covered include: Review of reaction rates, rate equations, order of reactions and
their determination, calculations; experimental methods for studying slow and fast reaction;
theories of reaction rates; reactions in solution; complexes reactions; heterogeneous catalysis;
free radical reaction mechanism; photochemical reaction mechanisms.
Pre-requisites: CHM 231
CHM 342: SEPARATION METHODS
(3 Units)
Topics to be covered include General theory, instrumentation and applications of
chromatographic methods, viz: liquids, Gas chromatographic methods, Solvent Extraction;
Electrophoresis. Pre-requisites CHM 241
CHM 352:
UNITS OPERATIONS
(2 Units)
Introductory fluid mechanics and fluid handling process; physicochemical industrial
processes; grinding, size reduction; extraction, filtration, distillation and solvent extraction
processes. Pre-requisites: CHM 231
CHM 354:
PETROLEUM CHEMISTRY
(2 Units)
Composition, classification, and properties of petroleum and its products; processing of
petroleum and hydrocarbons. Preparation and chemical transformation of primary
petrochemicals. Pre-requisites: CHM 222
CHM 392:
EXPERIMENTAL ORGANIC/INDUSTRIAL CHEMISTRY (2 Units)
A more advanced course in experimental organic chemistry designed to provide
experience in single and multi-stage synthesis, in separation and purification procedure, and in
the identification of organic compounds with the aid of spectra in conjunction with chemical
tests. The industrial applications should be taken into consideration in designing these
experiments. The exercise is designed to involve deductive reasoning, based upon principles
discussed in lectures. Pre-requisites: CHM 292
CHM 401: NUTRITIONAL CHEMISTRY (2 Units)
This course is a chemical approach to food science, dealing mainly with the chemistry of
the major constituents of food, their requirements and metabolism.
Topics include: Food and its functions, type of nutrients, food as source of energy and
use of energy by the body enzymes, classification, selectivity, sensitivity, digestion and
absorption, stages of digestion and transport in the body; chemistry of oils, fats and colloids,
rancidity, uses of emulsifying agents; dairy products, carbohydrates, foodstuffs, amino acids and
proteins, protein requirements; water and mineral elements, water and solvent, trace elements,
19
vitamins; Food spoilage, food poisoning; chemicals in Food, chemical contaminants, food
additives and flavoring agents. Pre-requisites: CHM 222
CHM 421: ORGANIC REACTIONS AND SYNTHESIS
(2 Units)
Selective types of reactions are discussed in relation to mechanistic concepts and to the
utility of the process in modern organic chemical practice. Discussion include alkylation and
acylation processes, aldol-type condensations, synthesis with organometallic compounds.
Applications of these operations are exemplified by reference to synthesis in literature
Pre-requisites: CHM 321
CHM 431:
ELECTROCHEMISTRY
(2 Units)
Transport and thermodynamic properties of ionic solutions are considered; discussions
include methods of measurement of conductance and of activity coefficients. Topics include
electronic measurements of cell potential, electrical double layer, potential at zero charge,
polarizable and non-polarizable interface, mass transport, concentration polarizable, Fick’s law,
Levis equation, standard cell and their construction, voltametric techniques.
Pre-requisites: CHM 331
CHM 433:
GROUP THEORY AND THE QUANTUM MECHANICS OF
MOLECULES
(4 Units)
An introduction to the method of quantum mechanics and their application to the study of
structures of atoms. This is briefly considered in terms of historical development, the
Schrodinger equation, application to simple systems like the hydrogen atom.
(i)
Group theory: basis theory of groups; symmetry elements and symmetry operations;
molecular symmetry, point group; representation of groups, symmetry consideration
in quantum mechanical calculations; applications of group theory in spectroscopy;
symmetry classifications of vibrations of vibrational modes.
(ii)
Molecular orbitals: H2+ ion molecule and H2 molecule; molecular spectroscopic
states, review of electronic configuration of homo and heteronuclear diatomic
molecules spectroscopic states and correlation diagrams.
(iii) Valence bond theory: H2 molecule; other simple diatomic molecules (Li2, N2, O2);
introduction of ionic character into VB wave functions; comparison of MO and VB
theories of diatomic molecules.
(iv)
Bonding in polyatomic molecules: hybridization and resonance MO and VB theories
for polyatomic molecules.
Pre-requisites: CHM 331 and 311
CHM 441:
ELECTROANALYTICAL AND SPECTROANALYTICAL METHODS
(3Units)
Topics to be covered include: Electrogravimetry, coulometry, potentiometry, conductometric
titrations, voltametry and Amperometry. Others are coulorimetry, spectrophotometry,
flourimetry and flame spectrometry.
Pre-requisites: CHM 341
CHM 453: TEXTILE AND DYESTUFF CHEMISTRY
(2 Units)
Introduction to the chemistry of textile fibers and dyestuffs, survey of natural and
synthetic fibers. Classification of dyestuffs in relation to their applications. Physico-chemical
characterization of dyes; applications of dyes to foods and drugs.
Pre-requisites: CHM 222
20
CHM 455: AGRICULTURAL CHEMISTRY AND AGROCHEMICALS (2 Units)
The chemistry of fertilizers, insecticides, fungicides, herbicides and growth regulators.
Recent trends in the synthesis and structural elucidation of commercial fertilizers and pesticides.
Pre-requisites: CHM 332
CHM 457:
SURFACE CHEMISTRY AND ELECTRODE PROCESS
(2 Units)
Thermodynamics and electrical surface phenomena. Adsorption at the gas-solid, liquidgas and solid-solid interface, electrolytic conductance. Electrode process. Electrochemical cells.
Thermodynamics and kinetics of electrode process.
Pre-requisites: CHM 331 and CHM 332
CHM 459:
BASIC CONCEPTS IN DRUG DESIGN
Classification of various types of drugs. Chemistry and structures-activity relationships of
drugs like sulfonamides, antibiotics, sulfones, antimalarials. Metabolism of drug in the body.
Pre-requisites: CHM 222
CHM 463: QUALITY CONTROL AND INDUSTRIAL SAFETY (2 Units)
Quality control as applied to selected products. Prevention and control of industrial and
laboratory hazards.
Pre-requisites: CHM 351
CHM 491: EXPERIMENTAL INSTRUMENTAL METHODS (2 Units)
Practical classes to demonstrate instrumental methods in titration involving: atomic
absorption spectrometry, UV/ Visible spectrophotometry, potentiometry and others.
Pre-requisites: CHM 391
CHM 591/ 592 RESEARCH PROJECTS (6 Units)
Projects will be on applications of chemistry in industries or other areas of science and
technology. Each student shall write a project thesis and shall defend thesis orally before a
Departmental Examining Panel.
CHM 511: RADIOCHEMISTRY AND NUCLEAR CHEMISTRY (2 Units)
Natural radiations, fusion, fission, decay processes, nature of radiation, nuclear models.
Energetics of nuclear reaction. Principles and measurements of radioactivity. Applications of
radioactivity. Radiation hazards.
Pre-requisite: CHM 222
CHM 521: POLYMER SYNTHESIS (2 Units)
Polymerization processes, Stereo-specific polymerization. Co-polymerization (including
block and graft co-polymerizations). Phase Systems for polymerization. Industrially important
thermoplastic and thermosetting polymers. Polymethemes. Rubbers elasticity. Mechanical
properties of polymers. Analysis and testing of polymers. Degradation of polymers including
thermal, UV oxidative degradations and methods and methods of stabilizing polymers. Use of
thermal UV stabilizers and antioxidants to be discussed.
Pre-requisite: CHM 355
CHM 523: CHEMISTRY OF DYESTUFF (2 Units)
General chemistry of benzene, naphthalene and anthracene with particular reference to
derivatives useful in the synthesis of dyestuffs and intermediates. Specific reference to selected
heterocycles relevant to dyes and pigments, manufacture e.g. Pyrazolones, indole, thiazole etc.
Pre-requisite: CHM 421
21
CHM 533: MOMENTUM, MASS AND HEAT TRANSFER
(2 Units)
Introduction to fluid mechanics. Principles of heat and mass transfer. Industrial
applications of these processes.
Pre-requisite: CHM 353
CHM 541: ENVIRONMENTAL CHEMISTRY
Sources of pollution. Formation and control of air pollutants. Interaction of gaseous
pollutants with materials at the surface of the earth. Organic chemical pollution – petroleum,
pesticides, detergents, etc. Pollution through trace metals, nuclear pollution, water pollution,
water desalinization. Noise as an environmental pollutants, thermal pollution.
Pre-requisite: CHM 441
CHM 545: FOOD CHEMISTRY
(2 Units)
Occurrence, structures and functions of carbohydrate including starch, source, physical
and chemical properties. Starch behavior during baking and stating of bread. Glucose syrup –
chemistry and enzymatic productions. Peptic substance, nucleic acid and proteins. Fats and oil
oils. Ripening and denaturation of fruits – physical and biochemical changes in fruit ripening.
The chemistry of fermentation processes in food industry. Effect of enzyme in foods. Enzymic
and non-enzymic brewing. Thermolytic degradation of fatty acids. Antioxidation of fatty acids.
Food preservation techniques, water activity.
Pre-requisite: CHM 401
CHM 547: DERIVATIZATION IN ANALYTICAL CHEMISTRY (2 Units)
General discussions on the usefulness, theory and application of derivatization in
analytical chemistry.
CHM 551: CHEMISTRY AND TECHNOLOGY OF FIBERS (2 Units)
Introductory survey of natural and artificial fibers. Chemistry of cotton wool, polyesters,
polyamides (nylons), polyacrylonitrile and polyolefin fiber. Physical properties of textile fibers.
Heat and moisture relations in textiles. A brief introduction to the mechanical process of
converting fibers into yarns and fabrics.
Pre-requisite: CHM 453
CHM 553: CHEMICAL TECHNOLOGY
(2 Units)
Detailed processing, physical principles, flow charts and chemical conversion routes.
Batch and continuous processes. Basic industrial equipment. Chemical process selection design
and operation. Elementary control and instrumentation.
Chemical process economics. Introduction to the technology of selected industries in
Nigeria. Comprehensive description of processing technologies of selected inorganic and organic
based industries: coal, fuel/ industrial gases, ceramics, phosphorus, glass, soap, detergents,
plastic, sugar, paint, varnishes, selected oils and fats. Indigenous technology e.g. soap making,
dyeing, brewing, etc. Shortcomings, recommendations etc.
Pre-requisite: CHM 351
CHM 555: INDUSTRIAL CHEMICAL PROCESS (2 Units)
Production of primary intermediates and synthesis of industrial organic chemicals,
insecticides, pesticides, explosive herbicides, flavoring reagents, thickeners and extenders,
rubbers, pharmaceuticals. Fermentation process.
CHM 561: WATER AND WASTEWATER TREATMENT (2 Units)
Detailed water analysis. Sources of water pollutants, study of water effluent, water
treatment with reference to specific industries.
22
Pre-requisite: CHM 441
CHM 512: CATALYSIS (2 Units)
General principles of catalytic processes. Homogeneous and heterogeneous catalysis
including acid-base catalysis and catalysis involving metal complexes. Heterogeneous catalysis
on solid surface. Kinetics and mechanisms of catalytic processes. Industrial application of
catalysis. Chemistry and structures of commercial catalysts.
CHM 514: ORGANOMETALLIC CHEMISTRY
(2 Units)
Classification of organometallic compounds. Preparation, structures and reactions
including abnormal behaviour of organometallic compounds. Synthetic utility of organometallic
compounds- Generation of free radicals- free organometallic compounds.
Pre-requisite: CHM 311
CHM 522: CHEMISTRY OF NATURAL PRODUCTS
(2 Units)
Chemistry of terpenoids steroids and alkaloids, antibiotics, flavonoids, prostaglandins,
coumarins and chlorophylls. Other natural products of pharmaceutical importance. General
methods of isolation, separation, purification and structural determnination of the natural
products. Classifications, discussions and discussions of important members. Biogenesis.
Pre-requisite: CHM 222, CHM 324
CHM 524: PETROCHEMISTRY AND PETROLEUM GEOCHEMISTRY
(2 Units)
Origin of petroleum. Exploration techniques Petroleum in the contemporary energy
scene. Nature, classification and composition of crude petroleum and natural gases. Distribution
of petroleum and natural gas resources (global and Nigeria). Fractionation. Chemistry of refining
process. Characteristics and uses of refinery products. Economic aspects of crude petroleum.
Chemical feed stocks for petro-chemical industry. Unit operations involved in the processing f
petro-chemical feedstocks. Chemical conversions- alkylation, amination, halogenation etc.
Manufacture and prospects for petrochemicals in Nigeria. Aspects of organic geochemistry.
Pre-requisite: CHM 354
CHM 526: PESTICIDE CHEMISTRY
(2 Units)
A detailed account of the different classes of pesticides including metabolism, chemical
and physical properties. Pesticide residue analysis.
Pre-requisite: CHM 455
CHM 532: PHOTOCHEMISTRY
(2 Units)
Interaction of radiations with matter. Electronic excitation, selection rules, deactivation
routes, sensitization, quenching, photofragmentation, oxidation, reduction, rearrangement,
pericyclic reactions and molecular orbital symmetry.
Pre-requisite: CHM 222, CHM 231
CHM 542: FOOD ANALYSIS (2 Units)
Sampling, sample treatment of analysis. Proximate analysis. Mineral analysis. Fatty acid.
Sugar. Vitamins. Toxicants (e.g. tannins, phytates, glycosymolates, cyanide, saponin, alkaloid,
anthraquinones, glycosides etc). Oil values rancidity, nuclear tides and melcric acids, volatile
acids, alcohol, etc.
(i)
Sugar and fruit products
(ii)
Milk and dairy products
(iii)
Fleshy foods (meat and fish products)
(iv)
Fermented products (beer, wine, vinegar)
(v)
Flour and confectionary products
23
(vi)
oils
Pre-requisite: CHM 401
CHM 544: ANALYSIS OF SELECTED MATERIALS INCLUDING DRUGS
(2 Units)
Various techniques in use for the analysis of wide materials. Analysis of environmental
sample e.g. pesticide residue, hydrocarbon and air. Analysis of heavy metals contaminants.
Organic functional groups and drugs analysis. Soil and geochemical analysis.
Pre-requisite: CHM421
CHM 552: CHEMISTRY AND TECHNOLOGY OF DYEING AND
PIGMENTATION
(2 Units)
Topics covered include physical chemistry essential to dyeing; adsorption/ absorption and
desorption isotherms; thermodynamics treatment of equilibrium kinetics; diffusion of dyes in
textile, and methods of determination of diffusion coefficients. Theory of dyeing and dyeing
equipment for batch and continuous dyeing of fibres, textile printing by block, roller, and screen
transferred techniques. Printing styles i.e. by direct, discharge and resist. Textile printing paste
formulation, rheological and chemical properties, physical principles of dyestuff fixation, ageing,
steaming, baking and curing processes.
Chemistry and application to textile materials of phthalocyanine and inorganic colorimg
matters. Measurement of colour. Colour difference measurement: matching of dyes fabrics, colur
fastness test procedures, and the assessment of results. Dyes in colour photography. Quality
control procedure and coloration in textile industry.
Pre-requisite: CHM 453
CHM 554: WOOD, PULP AND PAPER CHEMISTRY
(2 Units)
Forest conservation, exploitation and a forestation. Species, anatomy, physical properties
and classification of wood. Preparation of wood for pulping, physical and chemical methods of
pulping. Detailed studies of the technology of pulp and paper manufacture. Special papers and
structural boards. A survey of pulp industries in Nigeria.
Pre-requisite: CHM 453
CHM 556: POLYMER TECHNOLOGY
(2 Units)
Large-scale industrial polymerization process. Polymer processing, injection, extrusion,
compression and transfer. Moulding of thermoplastics, polymer additives, polymeric surface
coatings and adhesives.
Pre-requisite: CHM 355
CHM 558: MINERAL PROCESSING
(2 Units)
Physical and chemical properties involved in the extraction and refining of metals by
hydro, pyro and electro-metallurgical techniques. Extraction of selected metals featuring
processing of ores, purification processes of the ores and uses of metals. Corrosion and passivity.
minerals
Pre-requisite: CHM 211
24
S/N
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
PROJECTS OF GRADUATES IN THE PROGRAMME IN THE LAST THREE YEARS
MATRIC
NAMES OF AUTHOR
TITLE
YEAR
SUPERVISOR
NO
053922
ADENIJI, Ademola
Chemical Investigation on the
2008/2009 Prof. E.T. Ayodele
Aramide
Leaves of Azadirachta indica
042271
OLAYIWOLA, Akeem
Synthesis, Purification,
2008/2009 Dr. I.A. Bello
Olusegun
application and Determination
of Thermodynamic Parameters
of Dyes on Polyamide Fibers
(Wool and Nylon)
043190
OYEWOLE, Oyewumi
Effect of Radiations on the
2008/2009 Dr. O.M. Olabemiwo
Oyeniran
composition of crude oil
(Bitumen)
043812
ADELEKE, Zainab
Inhibition of aspergillius/ yeast
2008/2009 Dr. (Mrs.) F.E.
Idowu
growth in zobo drinks using
Adelowo
natural extracts
043021
OLADITI, Oladayo A.
Literature Review on
2008/2009 Dr. (Miss) F.A.
Photophysical properties of
Adekunle
complexes
043717
OJEABULU, Victoria
Milk processing on Nigeria
2008/2009 Prof. O.O.P Faboya
Ekaniyere
white cheese
042316
OYEWOLA, Shina
Kinetic, equilibrium and
2008/2009 Dr. O.S. Bello
Jeremiah
thermodynamic studies of the
adsorption of Nickel ion on
orange mesocarp
043457
ODENIYAN, Temitope
Synthesis and Characterization
2008/2009 Dr. (Mrs.) M.A.
Opeyemi
of copper (II) complex of
Oladipo
sodium barbitone and its
toxicological effects on living
rats
042463
ADESOYE, Abiola
Nitrate content of smoked fish
2008/2009 Prof. O.O.P Faboya
Olapeju
043059
OLATINWO, Adedotun
Structural and electronic
2008/2009 Dr. B. Semire
Ibukun
properties of thiophene-1,1dioxide oligomer: a semiempirical study
043990
OMONIRA, Iwapele
Chemical Investigation on the
2008/2009 Prof. E.T. Ayodele
Taiwo
leaves of azadirachta indica
043139
OPARINDE, Oluranti
Kinetic study of lead (II)
2008/2009 Prof. A.A. Olajire
Esther
adsorption on melon husk
032995
OGUNLADE, Temitope
Kinetics and equilibrium studies 2007/2008 Dr. O.S. Bello
Micheal
of adsorption of copper ions
from aqueous solution using
spear grass. (Imperita
cylindrical)
032785
OWOJORI, Kehinde
Isolation of flavonoids from the
2007/2008 Prof. C.O. Fakunle
Ibunkun
leaf extracts of
Acanthospermum hispidum DG.
032710
BELLO, Ishaq Oladele
Isolation and characterization of 2007/2008 Prof. C.O. Fakunle
some diterpenoids from the latex
of Euphorbia lateriflora
033050
MURITALA, Sakirat
Removal of chromium metal
2007/2008 Dr. O.S. Amuda
Abimbola
from industrial waste water
using agricultural waste “melon
husk”
033156
ADEKOLA, Olapeju
Proximate composition and
2007/2008 Dr. (Mrs) M.O. Bello
Aderinola
mineral content of two species
of date palm seeds (phoenix
dactylifera and phoenix
reclinate)
25
18.
033410
AJAYI, Oluwamodupe
Omolara
19.
033256
SALAMI, Sukurat
20.
031411
OYEDEJI, Ajimoh
Bolanle
21.
033220
22.
031356
ADENIRAN, Mary
Olubukola
AMUSAT, Mutiat Nike
23.
012470
ADEDAPO, Adedoyin
Oluseyi
24.
012743
AJAYI, Ayooluwa.O
25.
012378
ADEYEYE, Ronke Janet
26.
013058
ADEDOYIN, Basirat
Omotayo
27.
012310
TAIWO, Shakirat Wunmi
28.
012559
JIMOH, Mistura
Olubunmi
29.
012346
AKOGUN, Oludare
Joshua
30.
012470
ADEDAPO, Adedoyin
Oluseyi
Synthesis and characterization
of Cu (II) complexes using
benzoic acid hydrazine as
ligand.
Synthesis and characterization
of nickel complexes of benzoic
acid hydrazide.
Synthesis of Unsymmetrical
monosulfide of the type RSR’butyl benzyl sulfide
Synthesis and characterization
of Zn(pNBAH)2SO4
Semi-empirical study of
molecular structure and
electronic properties of
chloromethyl-furan oligomers
The effect of the ligand metachlorobenzoic acid hydrazide
and its nickel (II) complexes on
cholinesterase
Waste water treatment using
Natural adsorbent
(chrysophyllum albidum)
Effect of butyrylacetic Acid
hydrazide and its nickel (II)
complexes of hydrazides on
cholinesterase
Critical appraisal of PAHs ratios
as indicator of PAHs source and
composition in a farmland of a
coal-mining site.
The removal of heavy metals
from waste water using natural
absorbent (corn-cob)
Preparation of activated charcoal
from agricultural waste
(sawdust) and its application in
the adsorption of zinc ion from
wastewater.
Kinetic and equilibrium studies
of adsorption of Ni2+ on oil-palm
fibre
The effect of the ligand metal
chlorobenzoic acid hydrazide
and its nickel (II) complexes on
cholinesterase.
26
2007/2008
Dr. I.O. Adeoye
2007/2008
Dr. I.O. Adeoye
2007/2008
Prof. E.T. Ayodele
2007/2008
Prof. O.A. Odunola
2007/2008
Dr. B. Semire
2006/2007
Prof. O.A. Odunola
2006/2007
Dr. O.S. Amuda
2006/2007
Prof. O.A. Odunola
2006/2007
Dr. T.A. Adedosu
2006/2007
Dr. O.S. Amuda
2006/2007
Dr. O.S. Amuda
2006/2007
Dr. O.S. Amuda
2006/2007
Prof. O.A. Odunola
47.
Rain
Table 4: Programme/Sub-Discipline/Discipline Workload by Chemistry Students (Harmattan and
Semesters)
100 Level (Harmattan Semester)
Grouping
Course
Code
Prerequisite
Course Title
FAA 101
General Studies
Core/Compulsory
Courses
GNS 101
LIB 101
BIO 101
BIO 103
CHM 101
CHM 191
MTH 101
PHY 101
PHY 103
Elective
Courses
Total
Week
Load
Contact Hours/Week
Fundamental of
Drawing
Use of English I
Use of Library
-
Lecture
2
Tutorial
0
-
2
0
0
0
0
0
2
0
General Biology I
Experimental Biology I
General Chemistry I
Experimental
Chemistry I
Elementary
Mathematics I
General Physics I
Experimental Physics
IA
-
3
0
3
0
1
0
1
0
0
3
0
3
3
1
4
1
-
4
1
0
5
-
3
0
1
0
0
3
4
1
-
-
-
-
-
Practical
0
2
NONE
23
TOTAL
100 Level (Rain Semester)
Course Code
Total
Week
Load
Contact Hours/Week
Grouping
Prerequisite
Course Title
GNS 102
GNS 104
General Studies
CSE 100
BIO 102
BIO 104
Core/Compulsory
Courses
CHM 102
CHM 192
MTH 101
PHY 102
PHY 104
Elective
Courses
Use of English II
Science and
Technology in Africa
Introduction to
Computer
General Biology II
Experimental
Biology II
General Chemistry II
Experimental
Chemistry II
Elementary
Mathematical II
General Physics II
Experimental Physics
IB
-
Lecture
2
2
Tutorial
0
0
Practical
0
3
2
2
-
1
0
0
1
-
3
1
1
0
0
3
3
1
-
3
0
1
0
0
3
4
1
-
4
1
0
5
-
3
0
1
0
0
3
4
1
-
-
-
-
-
NONE
24
TOTAL
27
200 Level (Harmattan Semester)
Course Code
Prerequisite
Grouping
Course Title
General
Studies
Core/
Compulsory
Courses
Lecture
Tutorial
Practical
GNS 209
Elements of Administration
-
2
0
0
2
CHM 211
CHM 231
CHM 241
Basic Inorganic Chemistry
Basic Physical Chemistry
Principles of Analytical
Chemistry
Experimental
Physical/Inorganic
Chemistry
Statistics for Physical
Sciences
Basic Computer
Programming
Systematic Biology
CHM 102
CHM 101
CHM101
3
3
2
1
1
0
0
0
0
4
4
2
CHM101
0
0
3
1
3
1
0
4
2
0
3
2
2
-
0
-
0
-
2
-
CHM 291
STA 207
CSE 201
BIO 201
Elective
Courses
Total
Week
Load
Contact Hours/Week
NONE
21
TOTAL
200 Level (Rain Semester)
Course Code
Total
Week
Load
Contact Hours/Week
Grouping
Prerequisite
Course Title
GNS 202
Logic, Philosophy and
Science
-
2
Tutoria
l
0
CHM 222
CHM 252
Basic Organic Chemistry
Introduction to Chemical
Processes
Experimental Organic
Chemistry
Cell and Molecular Biology
Elementary Modern Physics
Biological Techniques
Elementary Differential
Equations
Introduction to
Programming Applications
CHM 102
3
2
1
0
0
0
4
2
CHM 102
0
0
3
1
2
3
1
3
0
0
0
0
0
0
3
0
2
3
2
3
2
0
0
2
-
-
-
-
General
Studies
Core/
Compulsory
Courses
CHM 292
BCH 202
PHY 202
BIO 202
MTH 202
CSE 204
Elective
Courses
NONE
Lecture
Practic
al
0
2
21
TOTAL
28
300 Level (Harmattan Semester)
Grouping
Course
Code
Total
Week
Load
Contact Hours/Week
Pre-requisite
Course Title
General
Studies
CHM 321
CHM 331
CHM 341
CHM 351
CHM 353
CHM 355
CHM 391
Elective
Courses
Tutorial
-
-
-
-
Practi
cal
-
Structural and Main
Group Chemistry
Alicyclic, Heterocyclic
and Aromatic Chemistry
Thermodynamics
Classical Methods of
Analysis
Introduction to
Application of Chemical
Principles
Heat Transfer
Introduction to Polymer
Chemistry
Experimental
Inorganic/Analytical
Chemistry
CHM 211
3
1
0
4
CHM 222
3
1
0
4
CHM 231
CHM 241
2
3
1
0
0
0
3
3
CHM 222
1
1
0
2
CHM 231
-
1
1
1
1
0
0
2
2
CHM 211
0
0
6
2
-
-
-
-
-
-
NONE
CHM 311
Core/
Compulsory
Courses
Lecture
NONE
22
TOTAL
300 Level (Rain Semester)
Analytical Chemistry Option
Grouping
Course
Code
Total
Week
Load
Contact Hours/Week
Pre-requisite
Course Title
General
Studies
Core/
Compulsory
Courses
NONE
CHM 312
CHM 322
CHM 324
CHM 326
CHM 332
CHM 342
CHM 392
Elective
Courses
-
-
Lecture
-
Tutorial
-
Practical
-
-
Transition Metal
Chemistry
Spectroscopic Methods
CHM 211
3
1
0
4
CHM 222
2
1
0
3
Fundamental of
Physical Organic
Chemistry
Macromolecules in
Nature
Chemical Kinetics
Separation Methods
Experimental Organic/
Industrial
CHM 222
2
1
0
3
CHM 222
BCH 202
CHM 231
CHM 241
CHM 292
1
1
0
2
1
2
0
1
1
0
0
0
6
2
3
2
2
0
0
2
FREE
21
TOTAL
29
300 Level (Rain Semester)
Industrial Chemistry Option
Grouping
Course
Code
Total
Week
Load
Contact Hours/Week
Pre-requisite
Course Title
General
Studies
Core/
Compulsory
Courses
MGS 540
CHM 322
CHM 324
CHM 332
CHM 342
CHM 352
CHM 354
CHM 392
Technology, Policy and
Law
Spectroscopic Methods
Fundamental of
Physical Organic
Chemistry
Chemical Kinetics
Separation Methods
Units Operations
Petroleum Chemistry
Experimental Organic/
Industrial Chemistry
-
Lecture
2
Tutorial
0
Practical
0
2
CHM 222
CHM 222
2
2
1
1
0
0
3
3
CHM 231
CHM 241
CHM 231
CHM 222
CHM 292
1
2
2
2
0
1
1
0
0
0
0
0
0
0
6
2
3
2
2
2
2
0
0
2
Elective
Courses
-
21
TOTAL
30
400 Level (Harmattan Semester)
Course Code
Total
Week
Load
Contact Hours/Week
Grouping
Prerequisite
Course Title
NONE
-
-
Lectur
e
-
Tutorial
CHM 401 (O)
CHM 421 (C)
Nutritional Chemistry
Organic Reaction and
Synthesis
Electro-chemistry
Group Theory and the
Quantum Mechanics of
Molecules
Electro analytical and
Spectro-analytical
Method
Textile and Dyestuff
Chemistry
Agricultural Chemistry
and Agrochemicals
Surface Chemistry and
Electrode Processes
Basic Concepts in
Drug Design
Quality Control and
Industrial Safety
Experimental and
Instrumental Methods
CHM 222
CHM 324
1
2
1
2
0
0
2
4
CHM 331
CHM 311
CHM 331
1
3
1
1
0
0
2
4
CHM 241
CHM 341
2
1
0
3
CHM 222
1
1
0
2
CHM 322
1
1
0
2
CHM 331
1
1
0
2
CHM 222
1
1
0
2
CHM351
1
1
0
2
-
0
0
6
2
-
-
-
-
-
-
Practic
al
-
-
General
Studies
Core/
Compulsory
Courses
CHM 431 (A)
CHM 433 (C)
CHM 441 (C)
CHM 453 (O)
CHM 455 (O)
CHM 457 (I)
CHM 459 (O)
CHM 463 (C)
CHM 491 (C)
Elective
Courses
NONE
23
Compulsory courses -15 units
Restricted Electives - 8 units
MAXIMUM TOTAL
400 Level (Rain Semester)
Course Code
Total
Week
Load
Contact Hours/Week
Grouping
Pre-requisite
Course Title
General
Studies
Lecture
Tutorial
Practical
INDUSTRIAL TRAINING (IT)
ITF
4
Core/
Compulsory
Courses
Elective
Courses
-
-
-
-
NONE
4
TOTAL
31
500 Level (Harmattan Semester)
Grouping
Course Code
NONE
Course Title
Prerequisite
-
Contact Hours/Week
Total
Week
Load
-
Lecture
-
Tutorial
-
Practical
-
-
0
0
12
3
-
General
Studies
Core/
Compulsory
Courses
Elective
Courses
CHM 591
Research Project
CHM 511
Radiochemistry and
Nuclear Chemistry
CHM 222
2
0
0
2
CHM 521
Polymer Synthesis
CHM 355
2
0
0
2
CHM 523
Chemistry of Dyestuff
CHM 321
CHM 421
2
0
0
2
CHM 533
Momentum, mass and
heat transfer
CHM 353
CHM 433
2
0
0
2
CHM 541
Environmental
Chemistry
CHM 441
CHM 341
2
0
0
2
CHM 545
CHM 547
Food Chemistry
Derivatization in
Analytical Chemistry
CHM 401
2
0
0
2
CHM 551
Chemistry and
Technology of Fibers
CHM 421
2
0
0
2
CHM 553
CHM 555
Chemical Technology
Industrial Chemical
Process
CHM 351
-
2
2
0
0
0
0
2
2
CHM 561
Water and Wastewater
Treatment
CHM 341
CHM 441
2
0
0
2
Free
MINIMUM TOTAL
32
Core courses
Restricted Electives
Free Elective
- 3 units
- 8 units
- 2 units
2
13
500 Level (Rain Semester)
Grouping
Course Code
Course Title
NONE
Prerequisite
-
Contact Hours/Week
Total
Week
Load
-
Lecture
-
Tutorial
-
Practical
-
-
0
0
12
3
-
General
Studies
Core/
Compulsory
Courses
Elective
Courses
CHM 592
Research Project
CHM 512
Catalysis
CHM 211
CHM 312
2
0
0
2
CHM 514
Organometallic
Chemistry
2
0
0
2
CHM 522
Chemistry of Natural
Products
CHM 211
CHM 311
CHM312
CHM 222
CHM 324
2
0
0
2
CHM 524
CHM 222
CHM 354
2
0
0
2
CHM 526
Petrochemistry and
Petroleum
Geochemistry
Pesticide Chemistry
CHM 455
CHM 459
2
0
0
2
CHM 532
Photochemistry
CHM 231
CHM 222
2
0
0
2
CHM 542
Food Analysis
BCH 201
CHM 401
2
0
0
2
CHM 544
Analysis of Selected
Materials including
Drugs
Chemistry and
Technology of Dyeing
and Pigmentation
Wood, Pulp and Paper
Chemistry
CHM 391
CHM 392
CHM421
CHM 222
CHM 453
2
0
0
2
2
0
0
2
CHM 231
CHM 453
2
0
0
2
Polymer Technology
Mineral Processing
CHM 453
CHM 211
2
2
0
0
0
0
2
2
2
13
CHM 552
CHM 554
CHM 556
CHM 558
Free
MINIMUM TOTAL
33
Core courses
Restricted Electives
Free Elective
- 3 units
- 8 units
- 2 units
48.
Table 5: Programme/Sub-Discipline/Discipline Workload by Staff
100 Level :Harmattan Semester
Grouping
Course
Code
No of
Students
Taught
Staff Contact Hours
Course Title
General
Studies
Core/Compul
sory Courses
Elective
Courses
FAA 101
-
GNS 101
LIB 101
-
BIO 101
BIO 103
CHM 101
CHM 191
-
MTH 101
-
PHY 101
PHY 103
-
Prerequisite
Weekly
Contact
Fundamental of
Drawing
Use of English I
Use of Library
-
Lectur
e
2
Tuto
rial
0
Practi
cal
0
-
2
0
0
0
0
0
2
0
General Biology I
Experimental Biology I
General Chemistry I
Experimental
Chemistry I
Elementary
Mathematics I
General Physics I
Experimental Physics
-
3
0
3
0
1
0
1
0
0
3
0
3
3
1
4
1
-
4
1
0
5
-
3
0
-
1
0
-
0
3
-
4
1
-
Hours
2
NONE
23
TOTAL
100 Level (Rain Semester)
Grouping
Course
Code
No of
Students
Taught
Staff Contact Hours
Course Titles
General
Studies
Core/Compul
sory Courses
Elective
Courses
GNS 102
GNS 104
-
CSE 100
-
BIO 102
BIO 104
_
-
CHM 102
CHM 192
-
MTH 102
-
PHY 102
PHY 104
-
Prerequisite
Lecture
Weekly
Contact
Hours
Use of English II
Science and
Technology in Africa
Introduction to
Computer
-
2
2
Tut
ori
al
0
0
-
1
0
0
1
General Biology II
Experimental Biology
II
General Chemistry II
Experimental
Chemistry II
Elementary
Mathematics II
General Physics II
Experimental Physics
IB
-
3
1
1
0
0
3
3
1
-
3
0
1
0
0
3
4
1
-
4
1
0
5
-
3
0
1
0
0
0
4
1
-
-
-
-
-
Practi
cal
0
3
2
2
NONE
24
TOTAL
34
200 Level (Harmattan Semester)
Course
Code
Grouping
No of
Students
Taught
Course Title
General
Studies
Core/
Compulsory
Courses
Elective
Courses
GNS 209
CHM 211
150
CHM 231
150
CHM 241
150
CHM 291
150
STA 207
-
CSE 201
-
BIO 201
-
Total
Week
Load
Staff Contact Hours
Elements of
Administration
Basic Inorganic
Chemistry
Basic Physical
Chemistry
Principles of
Analytical
Chemistry
Experimental
Physical/Inorganic
Chemistry
Statistics for
Physical Sciences
Basic Computer
Programming
Systematic
Biology
Prerequisite
Lecture
Tutorial
Practical
CHM 102
2
3
0
1
0
0
2
4
CHM 101
3
1
0
4
CHM101
2
0
0
2
CHM101
0
0
3
1
-
3
1
0
4
-
3
0
0
3
-
2
0
0
2
-
-
-
-
-
NONE
TOTAL
22
200 Level (Rain Semester)
Grouping
General
Studies
Core/
Compulsory
Courses
Elective
Courses
Course
Code
No of
Students
Taught
GNS 202
CHM 222
150
CHM 252
150
CHM 292
150
BCH 202
-
PHY 202
-
BIO 202
-
MTH 202
-
CSE 204
-
NONE
-
Staff Contact Hours
Course Title
Prerequisite
Logic, Philosophy
and Science
Basic Organic
Chemistry
Introduction to
Chemical Processes
Experimental
Organic Chemistry
Cell and Molecular
Biology
Elementary Modern
Physics
Biological
Techniques
Elementary
Differential
Equations
Introduction to
Programming
Applications
-
-
-
TOTAL
Total
Week
Load
Lecture
2
Tutorial
0
Practical
0
3
1
0
4
2
0
0
2
0
0
3
1
2
0
0
2
2
0
0
2
1
0
3
2
2
0
0
2
2
0
0
2
CHM
102
CHM
102
-
-
-
2
21
35
300 Level (Harmattan Semester)
No of
Grouping
Course
Students
Code
Course Title
General
Studies
NONE
CHM 311
CHM 321
Core/
Compulsory
Courses
CHM 331
CHM 341
CHM 351
CHM 353
CHM 355
CHM 391
Elective
Courses
Staff Contact Hours
Lecture
Tutorial
Practical
-
-
-
CHM
211
CHM
222
3
1
0
4
3
1
0
4
CHM
231
CHM
241
CHM
222
2
1
0
3
3
0
0
3
1
1
0
2
CHM
231
-
1
1
0
2
1
1
0
2
CHM
211
0
0
6
2
Structural and Main
Group Chemistry
Alicyclic,
Heterocyclic and
Aromatic Chemistry
Thermodynamics
Classical Methods
of Analysis
Introduction to
Application of
Chemical Principles
Heat Transfer
Introduction to
Polymer Chemistry
Experimental
Inorganic/Analytical
Chemistry
NONE
-
-
-
-
-
TOTAL
300 Level (Rain Semester)
Analytical Chemistry Option
No of
Grouping
Course
Students
Code
General
Studies
Core/
Compulsory
Courses
Total
Week
Load
-
Prerequisite
-
22
Staff Contact Hours
Course Title
Prerequisite
Lecture
Tutorial
Practical
-
-
-
Total
Week
Load
-
NONE
-
-
CHM 312
Transition
Metal
Chemistry
Spectroscopic
Methods
Fundamental of
Physical
Organic
Chemistry
Macromolecules
in Nature
Chemical
Kinetics
Separation
Methods
Experimental
Organic/
Industrial
Chemistry
CHM 211
3
1
0
4
CHM 222
2
1
0
3
CHM 222
2
1
0
3
CHM 222
BCH 202
CHM 231
1
1
0
2
1
1
0
2
CHM 241
2
1
0
3
CHM 292
0
0
6
2
CHM 322
CHM 324
CHM 326
CHM 332
CHM 342
CHM 392
Elective
Courses
TOTAL
2
0
0
2
21
36
300 Level (Rain Semester)
Industrial Chemistry Option
Grouping
Course
Code
No of
Students
Prerequisite
General
Studies
MGS 540
Core/
Compulsory
Courses
CHM 322
CHM 324
CHM 332
CHM 342
CHM 352
CHM 354
CHM 392
Total
Week
Load
Staff Contact Hours
Course Title
Technology,
Policy and
Law
Spectroscopic
Methods
Fundamental
of Physical
Organic
Chemistry
Chemical
Kinetics
Separation
Methods
Unit
Operation
Petroleum
Chemistry
Experimental
Organic/
Industrial
Chemistry
Elective
Courses
TOTAL
-
Lecture
2
Tutorial
0
Practical
0
2
CHM 222
2
1
0
3
CHM 222
2
1
0
3
CHM 231
1
1
0
2
CHM 241
2
1
0
3
CHM 231
2
0
0
2
CHM 222
2
0
0
2
CHM 292
0
0
6
2
-
2
0
0
2
21
37
400 Level (Harmattan Semester)
Grouping
Course
Code
No of
Students
Staff Contact Hours
Course Title
-
-
-
Total
Week
Load
-
CHM 222
1
1
0
2
CHM 324
2
2
0
4
CHM 331
1
1
0
2
CHM 311
CHM 331
3
1
0
4
CHM 241
CHM 341
2
1
0
3
CHM 222
1
1
0
2
CHM 322
1
1
0
2
CHM 331
1
1
0
2
CHM 222
1
1
0
2
CHM351
1
1
0
2
-
0
0
6
2
Prerequisite
-
NONE
-
CHM 401
(O)
CHM 421
(C)
CHM 431
(A)
CHM 433
(C)
Nutritional
Chemistry
Organic Reaction
and Synthesis
Electro-chemistry
Group Theory and
the Quantum
Mechanics of
Molecules
Electro analytical
and Spectroanalytical Method
Textile and
Dyestuff
Chemistry
Agricultural
Chemistry and
Agrochemicals
Surface
Chemistry and
Electrode
Processes
Basic Concepts in
Drug Design
Quality Control
and Industrial
Safety
Experimental and
Instrumental
Methods
Lecture
Tutorial
Practical
General
Studies
Core/
Compulsor
y Courses
CHM 441
(C)
CHM 453
(O)
CHM 455
(O)
CHM 457
(I)
CHM 459
(O)
CHM 463
(C)
CHM 491
(C)
Elective
Courses
NONE
MAXIMUM
TOTAL
-
-
-
23
Compulsory courses -15 units
Restricted Electives - 8 units
400 Level (Rain Semester)
Grouping
General
Studies
Core/
Compulsory
Courses
Elective
Courses
Course
Code
No of
Students
Staff Contact Hours
Course
Title
Prerequisite
Lecture
Tutorial
Total
Week
Load
Practical
INDUSTRIAL TRAINING (IT)
ITF
4
NONE
TOTAL
-
-
-
4
38
500 Level (Harmattan Semester)
Grouping
General
Studies
Core/
Compulsory
Courses
Course
Code
Course Title
NONE
-
CHM 591
Research Project
CHM 511
CHM 521
CHM 523
Elective
Courses
No of
Students
CHM 533
CHM 541
CHM 545
CHM 547
CHM 551
CHM 553
CHM 555
CHM 561
Prerequisite
Staff Contact Hours
Lectu Tutorial
Practical
re
-
-
-
-
Total
Week
Load
-
-
0
0
12
3
Radiochemistry
and Nuclear
Chemistry
Polymer
Synthesis
Chemistry of
Dyestuff
CHM 222
2
0
0
2
CHM 355
2
0
0
2
CHM 321
CHM 421
2
0
0
2
Momentum,
mass and heat
transfer
Environmental
Chemistry
CHM 353
CHM 433
2
0
0
2
CHM 441
CHM 341
2
0
0
2
Food Chemistry
Derivatization in
Analytical
Chemistry
Chemistry and
Technology of
Fibers
Chemical
Technology
Industrial
Chemical
Process
Water and
Wastewater
Treatment
Free
CHM 401
2
0
0
2
CHM 421
2
0
0
2
CHM 351
2
0
0
2
-
2
0
0
2
CHM 341
CHM 441
2
0
0
2
Core courses
- 3 units
Restricted Electives - 8 units
Free Elective
- 2 units
MINIMUM
TOTAL
39
2
13
500 Level (Rain Semester)
Grouping
Course
Code
General
Studies
Core/
Compulsory
Courses
Course Title
NONE
-
CHM 592
Research
Project
Catalysis
CHM 512
Elective
Courses
No of
Students
Organometallic
Chemistry
CHM 522
Chemistry of
Natural
Products
Petrochemistry
and Petroleum
Geochemistry
Pesticide
Chemistry
CHM 526
Staff Contact Hours
Lectu Tutorial Practica
re
l
-
-
-
CHM 514
CHM 524
Prerequisite
-
-
Total
Week
Load
-
0
0
12
3
CHM 211
CHM 312
2
0
0
2
CHM 211
CHM 311
CHM312
CHM 222
CHM 324
2
0
0
2
2
0
0
2
CHM 222
CHM 354
2
0
0
2
CHM 455
CHM 459
2
0
0
2
CHM 532
Photochemistry
CHM 231
CHM 222
2
0
0
2
CHM 542
Food Analysis
BCH 201
CHM 401
2
0
0
2
CHM 544
Analysis of
Selected
Materials
including Drugs
Chemistry and
Technology of
Dyeing and
Pigmentation
Wood, Pulp and
Paper
Chemistry
Polymer
Technology
Mineral
Processing
CHM 391
CHM 392
CHM421
2
0
0
2
CHM 222
CHM 453
2
0
0
2
CHM 231
CHM 453
2
0
0
2
CHM 453
2
0
0
2
CHM 211
2
0
0
2
CHM 552
CHM 554
CHM 556
CHM 558
Free
MINIMUM
TOTAL
Core courses
- 3 units
Restricted Electives - 8 units
Free Elective
- 2 units
40
2
13
49.
Table 6: Teaching Staff Turnover: Summary of Teaching staff Turnover for the Programme/SubDiscipline/Discipline to be accredited.
Staff Category/Designation
No on
Payroll
Salary Scale/Step
No. of Resignations
or Dismissals in the
Preceding Three
years
NIL
Professor
7
CONUAS 07/06
Reader/Associate Prof.
6
CONUAS 06/10
NIL
NIL
Senior Lecturer
10
CONUAS 05/06
NIL
NIL
Lecturer I
3
CONUAS 04/10
NIL
NIL
Lecturer II
4
CONUAS 03/01
NIL
NIL
Assistant Lecturer
3
CONUAS 02/06
NIL
NIL
Graduate Assistant
2
CONUAS 01/01
NIL
NIL
NOTE: The Teaching Staff Turnover: Full Time Equivalent
Rank
Full Time
Adjunct/PT
Professor
Reader
Senior Lecturer
Lecturer I
Lecturer II
Assistant Lecturer
Graduate Assistant
5
6
8
3
0
1
2
TOTAL
2
2
0
4
2
-
41
Reasons for Resignation or
Dismissal
NIL
Full Time
Equivalent
7
6
10
3
4
3
2
32
50. Table 7:
Personal Data for Staff Teaching All Courses of the Programme/Sub-Discipline/Discipline to be
accredited.
Supply the information in the table. Use additional sheets with the headings given below:
Note: Take 3 hours of laboratory/Clinical Practical as 1 lecture full time (F/T)
S/N
1.
NAME OF
STAFF
1
Dr. I. O.
Adeoye
RANK/DESIGN,
SALARY
SCALE,
DATE OF
FIRST
APPOINTMEN
T
2
Reader
CONUASS 06
step 04
23/10/1991
F/T
3
F/T
QUALIFICATION,
DATE OBTAINED
AND
SPECIALIZATION,
MEMBERSHIP OF
PROFESSIONAL
ASSOCIATION AND
NUMBER OF
PUBLICATIONS
4
B.Sc. (Hons.)
Chemistry 1985,
M.Sc. Inorganic
Chemistry 1987, Ph.D.
Inorganic Chemistry
2003.
CSN, ICCON
23 Publications
POST QUALIFICATION
WORKING/TEACHING
EXPERIENCE AND
DATE,
POST HELD AND THE
ORGANISATION
5
Quay Staff, Nigerian Ports
Authority Apapa July –
December 1981
Teaching: NKST Secondary
School Mkar-Gboko 1985 –
1986.
Teaching: Tutorial College
Lagos Limited, Lagos Jan –
Dec. 1989.
Teaching and Research:
FedPoly, Ado-Ekiti 1990 –
1991.
Teaching and Research:
LAUTECH 1991-date
42
COURSE/
SUBJECTS
TAUGHT
6
CHM 211,
311, 312
TEACHING
LOAD/
LECTURE
HOURS/
WEEK
OTHER
RESPONSIBILITIES/
INTEREST IN
CURRICULAR AND
EXTRA CURRICULAR
ACTIVITIES
7
8
Current Ag. Head of
Department. Former Ag.
Head, Department of
Science Laboratory
Technology
LAUTECH
Member, Departmental
Board of Examiners,
Faculty Board of
Examiners, Departmental
Review Committee,
Department al
Examination Committee ,
Departmental
Examination and TimeTable Committee,
Chairman, Departmental
Examination
Administration,
Departmental Registration
Committee; Coordinator,
Departmental Industrial
Training, Member,
12/12
Senate, LAUTECH,
Former Acting Head,
Department of Chemical
Sciences-Bells University
of Technology,
Ota,
2.
Prof. O.O.P.
Faboya
Professor
CONUASS 07
step 10
01/08/1991
F/T
B.Sc. (Hons.)
Chemistry 1970, Ph.D.
Chemistry 1977, M.Sc.
Food Science 1982,
Diploma in Computer
Studies 1994
CSN, NIFST, NIPA
35 Publications
Teaching and Research:
University of Ibadan 1979 to
date
Teaching and Research:
LAUTECH 1991 to date
CHM 341,
441, 545,
542, 602,
741, 748
8/8
3.
Prof. O. A.
Odunola
Professor
CONUASS 07
step 09
26/09/1991
F/T
B.Sc. (Hons.)
Chemistry 1984, M.Sc.
Inorganic Chemistry
1986, Ph.D. Inorganic
Chemistry 1989,
Professional
Qualification of
Specialist in Polymer
Science 1993
CSN, ACS, SAN,
AAAS
40 Publications
Teaching and Research:
University of Ibadan 1986 to
date
Teaching and Research:
LAUTECH 1991 to date
Teaching and Research:
OSU, Ago-Iwoye 1990-1991
Teaching and Research:
University of Ilorin 19941995
CHM 211,
311, 312
6/6
43
Former Head, P/A
Chemistry Department
LAUTECH.
Chairman, Examination
Malpractices Committee,
Member, University
Senate
Member, University
Development Committee,
Chairman, Management
Board of LAUTECH
Consultancy Services
Member, 2007 NUC
Programmes in Nigerian
Universities
Former Rector, The
Polytechnic, Ibadan
Former Dean Faculty of
P/A Sciences LAUTECH,
Member, University
Senate
Member, Faculty Board
of Examiners
Member, University
Endowment Fund
Former Exam Officer,
Department of P/A
Chemistry, LAUTECH
4.
Prof. N.O.
Olawore
Professor
CONUASS 07
step 09
/01/1991
F/T
B.Sc. (Hons.)
Chemistry 1974, M.Sc.
Organic Chemistry
1976, Ph.D. Organic
Chemistry 1985
CSN, ICCON
46 Publications
Teaching: Molusi College,
Ijebu-Igbo 1971-1974,
Teaching and Research:
The Polytechnic, Ibadan
1974 to 1980
Teaching and Research:
Federal Polytechnic, Ilaro
1980-1990
Teaching and Research:
LAUTECH 1991 to date
CHM 222,
322, 324,
421, 522,
523, 624,
701, 732,
721, 722
12/12
5.
Prof. A.A.
Olajire
Professor
CONUASS 07
step 08
/09/1990
F/T
B.Sc. (Hons.)
Chemistry 1985, M.Sc.
Industrial Chemistry
1988, Ph.D. Petroleum
Chemistry 1996.
CSN, NAPE, NYAS,
SIGNCC
45 Publications
Research Assistant:
University of Ife 1989-1990,
Teaching and Research:
LAUTECH 1990-date
Director, Acad. Planing
CHM 351,
354, 541,
561, 512,
524, 544,
625, 634,
754, 752
12/12
6.
Prof. E.T.
Ayodele
Professor
CONUASS 07
step 08
01/10/1990
F/T
B.Sc. (Hons.)
Chemistry 1981, M.Sc.
Organic Chemistry
1987, Ph.D. Organic
Chemistry 1994.
Teaching and Research:
University of Ife 1983-1990,
Teaching and Research:
LAUTECH 1990-date
Visiting Lecturer, University
CHM 222,
321, 322,
324, 421,
455, 532,
701, 744.
44
12/12
First Head of Department
of Science Laboratory
Technology, FedPoly
Ilaro,
Former Acting Head,
Department of P/A
Chemistry, Member of
Senate, Member of the
Curriculum Committee of
the Senate, Former,
Commissioner for
Education, Oyo State,
Former Commissioner for
Industry, Applied Science
and Technology, Oyo
State
Former Ag. Head, P/A
Chemistry Department
LAUTECH.
Managing Editor, Science
Focus, An International
Journal of Biological and
Physical Sciences,
Member, University
Governing Council,
LAUTECH, Member,
University Senate,
Faculty Board of Studies,
Faculty Postgraduate
Committee, Faculty
Review Committee,
Board of Pre-degree
Science Programme,
Examination Officer,
External Examiner-FUTA
and OAU.
Dean, Faculty of P/A
Science, Former Ag.
Head, P/A Chemistry
Department LAUTECH.
Member, University
CSN
27 Publications
7.
Prof. J. Ige
Professor
CONUASS 07
step 10
14/09/1969
Adjunct
B.Sc. (Hons.)
Chemistry 1969, M.A.
Chemistry 1971, Ph.D.
Physical Chemistry
1974.
SAN, CSN
36 Publications
8.
Prof G. A.
Olatunji
Professor
Sabbatic
al
B. Sc (Hons) Chemistry
M. Sc., Ph. D.
9.
Prof. (Mrs.)
F.E. Adelowo
Professor/
CONUASS 07
step 1
02/05/1991
F/T
B.Sc. (Hons.)
Chemistry 1977,
M.Sc. Analytical
Chemistry 1983, Ph.D.
Chemistry 2002.
CSN,NAWACS,TWO
WS
24 Publications
of North London, 1994 –
1995
Postdoctoral Fellows, Indian
Institute of Chemical
Technology, Hyderabad,
India, 1997 – 1998.
DAAD Short Visit Fellow,
University of Duisburg,
Germany, May – July 2002;
University of Regensburg,
Germany, August –
September 2006; University
of Regensburg, Germany,
August – September 2009.
Teaching And Research:
OAU 1969-Date
Teaching And Research:
LAUTECH 2000-Date
Teaching Assistant: Brandeis
University, Massachusetts,
USA 1972-1974
Senior Research: Dow
Chemical Company, USA
1974-1975
Teaching and Research:
LAUTECH 1991-date
45
Senate.
Member, Faculty Board
of Studies
Member, Faculty
Postgraduate Committee
Member, Faculty Review
Committee
Member, Faculty Board
of Pure and Applied
Sciences
Member, Board of Predegree Science
Programme.
CHM 331,
332, 433
4/4
CHM 322,
421, 522
4/4
CHM 341,
441,342
12/12
Internal Examiner for
PhD qualifying exam,
Internal Examiner for
M.Sc. and PhD oral exam,
Former Head, Department
Chemistry OAU,
Former Dean, faculty of
Science OAU,
Member, University
Governing Council
Member, University
Development Committee
Former Head, Chemistry
Department, University of
Ilorin
Former Ag. Head, P/A
Chemistry and SLT
Departments LAUTECH.
10.
Dr. (Mrs.)
M.A. Oladipo
Reader
CONUASS 6 step
03
11/12/1995
F/T
B.Sc. (Hons.)
Chemistry.
1992, M.Sc. Inorganic
Chemistry 1995, P.hD.
Inorganic Chemistry
2002.
CSN, STAN, ACS
23 Publications
Teaching and Research:
LAUTECH 1995 to date
CHM 211,
311, 312,
558, 713
11.
Dr. I.A. Bello
Reader
CONUASS 06
step 02
01/06/2004
F/T
B.Sc. Industrial
Chemistry 1983, M.Sc.
Physical Chemistry
1988, Ph.D. Physical
Chemistry 2004
CSN, STAN
19 Publications
Teaching & Research:
ABU Zaria 1991-2004
Teaching & Research:
LAUTECH 2004 – to date.
CHM 231,
331, 332, 512
12.
Dr. O.S.
Amuda
Reader
CONUASS 06
step 02
28/09/1998
F/T
B.Tech. (Hons)
Chemistry 1996, M.Sc.
Analytical Chemistry
2001, Ph.D. Analytical/
Environmental
Chemistry 2006.,
CSN, ACS, EDS
49 Publications
Teaching & Research:
LAUTECH 1989–to-date.
Teaching & Research
(sabbatical) 2008-2009
WUSTO Ondo.
CHM 341,
342, 441,
463, 541, 561
46
8/8
12/12
12/12
Former Acting Head,
Department of P/A
Chemistry, Level
Adviser, 1997 Set,
Departmental
Examination Officer,
Chairperson: LAUTECH
Guest House,
Congregation
representative to Senate,
Member, Pre-degree
Science Board, Faculty of
Science Handbook
Review Committee,
Departmental Board of
Examiners, Faculty Board
of Examiners,
Departmental Review
Committee, Examination
Moderator at Emmanuel
Alayande College of
Education Oyo.
Former Acting Head,
Level Advisor, 1999 Set
Member, Publication
Committee
Examination Officer,
2006-2010, Deputy Dean,
FPAS 2008-date
Chairman, Departmental
NUC Accreditation
Committee
Member,Departmental
Publication Committee
Research Project/
Seminar Coordinator
Ag. Head Department of
Chemical Sciences,
WUSTO Ondo
(sabbatical leave), Senate
13.
Dr. (Mrs.)
O.O.E.
Onawumi
Reader
CONUASS 06
step 02
F/T
14.
Dr. S.O.
Oladoye
Reader
CONUASS 06
step 01
27/12/1995
F/T
15.
Dr. (Mrs.)
M.O. Bello
Reader
CONUASS 06
step 01
23/02/1999
F/T
B.Sc. (Hons) Chemistry
1994, M.Sc. Analytical
Chemistry 1997, Ph.D.
Analytical/ Inorganic
Chemistry 2006,
CSN, PICCON,
TWOWS
24 Publications
B.Ed. (Hons) Chemistry
1990, M.Sc. Organic
Chemistry 1993, Ph.D.
Organic Chemistry
2006. CSN, STAN.
15 Publications
B.Sc. (Ed.) Chemistry
1991, M.Sc. Industrial
Chemistry 1995, Ph.D.
Industrial Chemistry
2007
CSN, ICCON
20 Publications
Rep. Appointment, and
Promotion Committee,
WUSTO, Ondo, Level
Advisor, 2007 Set. VC
Rep. Governing Council,
OSCOTECH, Esa-Oke.
Dean’s Rep, College of
Heath Sciences Review
Board. Member, Comm.
On Review of University
Handbook. External
Examiner, Institute of
Ecology and
Environmental Studies,
OAU, Ile-Ife.
Level Advisor, 2008 Set
Member, Examination
committee, FPAS
Member, Exhibition
Committee, FPAS
Treasurer, NAWACS
Teaching: Walbrook College,
Ibadan,1996-1997
Teaching : Unity Sec. Sch,
Igboho 1998 (Jan-Nov)
Teaching & Research:
LAUTECH 1998 - date
CHM 341,
342, 441, 558
12/12
Teaching: Alege Gram. Sch,
Obudu, Kwara State 19901991
Teaching: A-Z Int. Sch.
Lagos 1993-1995
Teaching: ADRAD Int. Sch.
Lagos 1995 (Sept-Dec)
Teaching & Research,:
LAUTECH 1995 – to date.
Teaching: St. Gregory
College, Lagos 1992-1995,
Teaching : Ogbomoso High
Sch., Ogbomoso 1995-1996,
Teaching : Anglican Gram.
Sch. 1996-1999
Teaching & Research:
LAUTECH 1999 - date
CHM 222,
324, 321, 522
12/12
Chairman, University Car
loan Committee
Examination Officer
2004-2008
Level Advisor, 2001 Set
Ag. Head P/A Chemistry
Dept Aug 1- Aug 31,
2006.
CHM 252,
351, 352,
354, 457, 401
12/12
Member,
Postgraduate/Project
Committee
Member, University
Time-Table &
Examination committee
Chairperson,
Departmental Welfare
Committee
47
SIWES Supervisor, 20052009
Level Advisor, 2007 Set
16
Dr. O.M.
Olabemiwo
Reader
CONUASS 06
step 01
01/06/1995
F/T
B.Sc. (Hons) Industrial
Chemistry 1990, M.Sc.
Industrial Chemistry
1995, Ph.D. Chemistry
2008,
CSN
17 Publications
Quality Control Officer:
Shagoya Nig. Ltd., Lagos
1990-1991
Chemical Analyst Sam.
Pharm. Ltd., Ilorin, 19911992
Teaching & Research: Fed.
Poly. Ado-Ekiti 1993 - 1995
Teaching & Research:
LAUTECH 1995 – date
CHM 353,
355, 463,
252, 352,
354, 512,
642, 754
12/12
Member, Departmental
Examination committee
Member, University
Admission Committee,
FPAS Committee on
Consultancy Services
FPAS Committee on
Postgraduate Studies
17.
Dr. O.S. Bello
Senior Lecturer
CONUASS 05
step 02
23/02/1999
F/T
Teaching & Research:
LAUTECH 1999 - date
CHM 231,
331, 433,
532, 612. 724
12/12
Level Adviser, 2004 Set
Member, Departmental
Examination Committee
Member, LAUTECH 20th
Anniversary Celebration
Committee
18.
Dr. T. A.
Adedosu
Senior Lecturer
CONUASS 05
step 01
23/02/1999
F/T
B.Tech. (Hons)
Chemistry 1997, M.Sc.
Physical Chemistry
2002, Ph.D. Physical
Chemistry 2008,
CSN, ACS
34 Publications
B.Tech. (Hons)
Chemistry 1997, M.Sc.
Organic Chemistry
2001, Ph.D. Organic
Geochemistry 2009,
CSN, NAPE, OGAN
25 Publications
Teaching & Research:
LAUTECH 1999 - date
CHM 222,
321, 421,
453, 523,
701, 721
12/12
19.
Mrs. T.I.
Edewor
F/T
CHM 222,
322, 324,
326, 453, 523
12/12
Dr. (Miss)
F.A. Adekunle
B.Sc. (Hons) Chemistry
1987, M.Sc. Chemistry
1997, Ph.D. (In View)
16 Publications
B.Tech. (Hons)
Chemistry 1997, M.Sc.
Inorganic Chemistry
2002, Ph.D. Inorganic
Teaching and Research:
LAUTECH 1991 to date
20.
Senior Lecturer
CONUASS 05
step 02
06/11/1991
Senior Lecturer
CONUASS 05
step 02
23/08/1999
Former Examination
Officer, Level Adviser2005 Set, Member, TimeTable & Examination
committee
Member, LAUTECH 20th
Anniversary Celebration
Committee,
Member, Departmental
NUC Accreditation
Committee,
Member, Department
Board of Examiners
Member, Faculty Board
Teaching & Research:
LAUTECH 1999 - date
CHM 211,
311, 312, 514
12/12
F/T
48
Level Adviser, 2003 Set
Coordinator, Industrial
attachment Member,
Time-Table &
21.
Dr. B. Semire
Senior Lecturer
CONUASS 05
step 01
30/01/2005
F/T
22.
Mrs. A.O.
Ibrahim
Lecturer I
CONUASS 04
step04
30/09/1998
FT
23.
Mr. M. AbdulHammed
Lecturer I
CONUASS 04
Step 01
08/03/2005
F/T
24.
Mr.A.A. Giwa
Lecturer I
CONUASS 04
step 01
10/05/2005
25.
Mr. O.A.
Popoola
Assistant Lecturer
CONUASS 2
Step 2
11/04/2006
Chemistry 2007,
CSN
7 Publications
B.Tech. (Hons)
Chemistry 1999,
M.Tech. Physical
Chemistry 2004, Ph.D.
Physical Chemistry
2008
6 Publications
B.Tech. (Hons)
Chemistry 1996, M.Sc.
Analytical Chemistry
2001, Ph.D. (In View),
CSN, ICCON
13 Publications
Examination committee
Teaching & Research:
LAUTECH 2005 - date
CHM 231,
431, 433
Teaching & Research:
LAUTECH 1998 to date
CHM 241,
341, 561
12/12
Member Departmental
Registration Committee,
Member, Departmental
Welfare Committee,
Member Departmental
Project Committee,
Member, Student Welfare
Advisory Board
B.Tech. (Hons)
Chemistry 2003, M.Sc.
Physical Chemistry
2006, Ph.D. (In View)
CSN
10 Publications
Teaching & Research:
LAUTECH 2005-date
Research Assistant UniBonn,
Germany 2008-2009 (Study
leave)
CHM 231,
431, 457, 352
8/8
F/T
B.Sc. (Hons) Industrial
Chemistry 1987, M.Sc.
Analytical Chemistry
2002, Ph.D. (In View)
CSN, STAN
6 Publications
Teaching & Research
LAUTECH 2005 to Date
CHM 401,
241,222
8/8
Level Adviser, 2009 Set,
Departmental Time Table
Officer,
Member, Faculty Website
development Committee,
Secretary, Departmental
NUC Accreditation
Committee, MemberStudent Project Seminar
Committee.
Member, Research
Project Committee,
Member, Bus committee
Member, Maintenance
and Repair Committee
F/T
B.Tech. (Hons)
Chemistry 2004, M.Sc.
Physical Chemistry
2008, Ph.D. (In View)
CSN, ACS,
Teaching & Research:
LAUTECH 2006-date
On Study
Leave
On Study
Leave
49
10/10
Adviser to SCSN
Level Adviser, 2003 Set
Member, Departmental
Examination Committee,
Member-Student Project
Seminar Committee.
On Study Leave at
Cambridge University,
26.
27.
Mr. A.J.
Adepoju
Mr. A.O. Esan
Assistant Lecturer
CONUASS 02
step 01
29/12/2009
F/T
Assistant Lecturer
CONUASS 02
step 01
29/12/2009
F/T
CamBridgeSens
2 Publications
B.Tech. (Hons)
Chemistry 2003,
M.Tech. Organic
Chemistry (In View)
CSN
B.Tech. (Hons)
Chemistry 2007,
M.Sc. Industrial
Chemistry (In View)
CSN
U.K.
Teaching: Smith Int. Baptist
Academy, Ogbomoso 20052009
Research and Instruction
during Practical Classes:
LAUTECH 2009 to Date
Research and Instruction
during Practical Classes:
LAUTECH 2009 to Date
50
CHM 191,
192, 291, 292
4/4
Member-Student Project
Seminar Committee.
CHM 191,
192, 291, 292
4/4
Member-Student Project
Seminar Committee.
51.
Table 8: Laboratory Staff
Complete the table below in respect of laboratory staff available for the various laboratories used for teaching the
Programme/Sub- discipline/Discipline.
S/NO.
Name
1.
Mr. O. Z.
Olawuyi
2.
Mr. O. K.
Fakorede
3.
Mr. K.A.
Adebisi
4.
Mr. P.A.
Omolere
5.
Mr. J.A.
Olajide
Rank/Designation
Date of First
Appointment
Assistant Chief
Technologist
CONTISS 12 step
04
14 /12/ 1995
Qualifications,
Dates Obtained,
Membership of Professional Association
Final Diploma 1993, HND (NIST)
ANIST, PGD Food Chemistry 2004.
Principal
Technologist
CONTISS 11 step
03
12 /04/2001
Technologist I
CONTISS 08 step
05
01/10/1990
Technologist II
CONTISS 07 step
03
03/09/1990
HND 1988, PGD Food Chemistry 2003
ANIST
Senior Lab.
Supervisor
CONTISS 06 step
29/10/1990
MOD III Certificate 1966 CERT in
Bookshop Practices 1974
ND 2002, HND 2004
ND 2003, HND (NIST) 2005
51
Duties
Performed/Courses
Taught
He is in charge of 100 level laboratory practical and is saddled
with the responsibilities of maintenance and repair of equipments
used for the practical. He supervises the junior technical staff in
the department and trains students on SIWES programme. He is
also involved in taking inventory of scientific equipments in
laboratories and also assist the lecturers and students in research
project work. He is a member of Departmental Review Panel and
Finance Committee. Member, Departmental NUC Accreditation
Committee
In charge of 200 level practical, and in the maintenances and
repair of equipment used for the practicals. He trains and
supervises the junior technical staff under him and students of the
department and other institutes. He is a member of Departmental
Maintenance Committee.
He is in charge of 100 level practical, he prepares the reagents for
the level He handles the equipments in the lab and also assists the
final year students in their project works.
In charge of the preparation of reagents for 200, 300 and 400
Level students’ practicals. He maintains the equipments in the lab
and handles them perfectly. He assists in research projects of the
lecturers and students in their final year. He is a member of Social
Committee of the department.
He assists in the preparation of reagents and materials for 100
level practical classes. He supervises the cleaning of the
laboratory apparatus and setting up of the lab for the practicals.
He keeps the records of manuals and practical notebooks of
students.
6.
Mr. A.B.
Olawore
7.
Miss H.I.
Bello
8.
Mrs. I.A.
Olaiya
9.
Mr. S.B.
Akanji
10.
Miss O.
Akinboade
11.
Mrs. A.N.
Onyiaoha
12.
Mrs. F.T.
Ajayi
Laboratory
Assistant
Technologist
CONTISS 06 step
03
27/01/1993
Laboratory
Supervisor
CONTISS 05 step
06
14/11/1995
Laboratory
Supervisor
CONTISS 05 step
06
22/11/1995
Laboratory
Supervisor
CONTISS 05 step
05
27/11/1995
Snr. Lab Assistant
CONTISS 04 step
05
19/10/1998
Laboratory
Assistant
CONTISS 03 step
06
15/06/2000
Lab Assistant
CONTISS 03 step
04
02/05/2001
ND 2002, HND (NIST) 2007
He assists i n the preparation of reagents and materials for 100
and 200 levels practical classes. He is also involved in the
maintenance of lab apparatus and supervises 100 and 200 level
students in their practicals.
WASC 2000, ND 2005
She has been assisting in the preparation of laboratory reagents
for 100 level practical classes and helps in conducting such. She
keeps the records of manuals and practical notebooks of students.
She also helps the final year students in their project works. She
is a member of Social Committee.
She has been assisting in the preparation of laboratory reagents
for the practical classes of students 100 level. She keeps the
records of students and maintains the glass wares. She also sets
up the apparatus and equipments for practical and asists the final
year students in their project works.
He is involved in the preparation of reagents and conducts
practical for 200, 300 and 400 level students’ practical. He assists
the students in their project works and assists in keeping the store
of the department. He also repairs the electrical appliances in the
department.
She assists in the preparation of laboratory reagents and in
conducting practical classes of students in 200, 300 and 400 level.
She maintains and cleans the laboratory glass wares and benches.
NECO 2003, ND 2005
ND 2003, HND 2005
NECO GCE
B. Edu (Tech/ Env education) 2005
Word Processing and Desktop Publishing
2006
She is involved in the conduct and preparation of reagents of 100
level student practical. She assists the final year students in their
project works. She cleans and maintains the laboratory glass
wares, benches and equipments.
NECO 2002, ND 2004, HND 2006
She assists in the conduct of 100 level practical classes. She also
assists in cleaning and maintaining the laboratory apparatus and
benches. She keeps laboratory manuals and notebooks of
students. She assists the technologists in reagent preparation.
52
52.
Table 9: Administrative Non-teaching Staff Disposition in the College/School/Faculty/Department where programme/
Sub-discipline/Discipline to be Accredited is offered.
Supply the information in the table below: Use additional sheets, if necessary.
S/NO.
Name
53.
1.
Mrs. Ojo Olamide
2.
Mrs. F. E.
Oluwasina
3.
Mr. A.O. Ige
4
Mr. S. Abobade
Rank/Designation
Salary Scale and
Date of First
Appointment
Qualification
and Dates
Obtained
Post Qualification
Work Experience
Remarks
Conf. Sec.
CONTISS 07 step 4
01/10/1995
Data Management
Officer. CONTISS 08
step 5
Clerical Officer
CONTISS 07 step 03
24/06/1994
HND (Secretarial Admin.)
Certificate in Words Processing and Desktop
Publishing 2003.
NCE (BNS. Edu.) B.Ed (G&C), Certificate in
Sec. Studies, Cert. in WP/DP)
Conf. Sec. I
LAUTECH 2006 to date.
Satisfactory
DMO I
Satisfactory
OND Public Admin 2001
Clerical Officer
LAUTECH: 2005 to date
Satisfactory
Senior O. A.
WAEC
WAEC
Satisfactory
Staff Appraisal: Appraise the entire academic staff of the programme/sub-discipline/discipline.
(a) adequacy in number, qualification and experience (State average student to staff ratio)
The strength of the academic staff has increased to the level that can meet the demand of students’ population. Nineteen
academic staff out of twenty-seven have Ph.D., five are about to complete their Ph.D. programme. All the Lecturers are
qualified to teach in the University; they are experienced. The average students/staff ratio is 17:1.
53
(b) Effectiveness of Lectures
The staffs are quite effective as Lecturer. Their attendance at Lectures, Laboratory, practical, tutorials and seminars is high and
satisfactory. They give and grade tests and assignments to students as demanded by the curriculum.
(c) Professional Achievements
As Chemists, the staffs have participated actively in the seminars and conferences of notable societies such as Chemical
Society of Nigeria (CSN). Some are members of Institute of Chartered Chemists of Nigeria (ICCON), Nigerian Association of
Petroleum Explorationist (NAPE), New York Academy of Sciences (NYAS), European Desalination Society and Shell
International Global Network on Climate Change (SIGNCC) among others International Associations and Learned Societies.
They have contributed to the Chemistry profession by way of publications in Local and International Journals; by serving as
External Assessors for promotion, External Examiners to other Universities, Colleges of Education and Polytechnics.
54
54.
Table 10.
Facilities Available to the Department offering Programme to be accredited
Complete the Table shown below:
Type of Facility
No.
Available
Average area of
Room/studio etc. in
m sq.
No. of students
each room can
accommodate
No. of rooms
jointly used with
other
Departments
Expansion Programme
(if any)
Additional
facility
A
B
C
D
Year
Started
Year of
Completion
G
H
F
Total Facility that will
be available to
Department when
expansion work is
completed
(B + F)
E
1. Lecture Room
3
2. Lecture Theatre
5
3. Assembly/Exams
Hall
-
Ranges from
100m.sq
To 200m.sq
Ranges from
200m.sq
5000m.sq
-
4. Laboratories
Old Chemistry Lab.
2
3500m sq.
Old new Chemistry
Lab.
1
2500m sq.
New Chemistry Lab.
2
5. Workshops
2
200m.sq
Ranges from
250 - 1000
3
1
2008
-
Ranges from 100
- 1200
5
1
2008
-
4
6
New Chemistry
Laboratory
Complex to
accommodate
800 students and
office
accommodation
for 24 staff.
100 -400
100
1
55
Under the New
laboratory
Complex, there
will be
5
July 2007
March 2008
July 2007
March 2008
workshop room
with adequate
facilities
6. Studios
7. Library
1
8. Office
Accommodation
18
5,000m.sq
16.5m.sq
2,500
1 – 2 staff
Five additional
room offices
annex and New
Chemistry
Laboratory
Complex will
contain 12 office
rooms
1Prof - 1 Office
1Raeder – 1”
1SL - 1 Office
1L1 - 1 Office
Other academic
staff shared
office
9. Office
Accommodation
10. Other (Specify)
1
-
200m.sq
Five additional
room offices
annex and New
Chemistry
Laboratory
Complex will
contain 12 office
rooms
1 – 2 staff
-
56
Nov. 2006
March 2007
July 2007
March 2008
May, 2009
Oct., 2009
36
40
55.
Laboratories
Describe the various laboratories available for teaching the programme. Indicate
if the laboratories belong to the Department or shared with other Departments.
List the equipment in each laboratory using the table in APPENDIX 1 of this
Form.
S/No
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
17.
18.
19.
20.
21.
22.
23.
24.
25.
26.
27.
28.
29.
30.
31.
32.
33.
34.
35.
36.
37.
SOLID REAGENTS
Acetanilide
Ammonium oxalate
DL camphor
Diphenylamine LR
D-(+)-Gluscose
Lead (II) acetate
1-Naphthol-4-sulphonic acid
2-Naphthol
1-Naphthol
Pepsin powder
Naphthalene
Oxalic acid
Potassium sodium (+) tartrate powder
Potassium sodium tartrate
Picric acid
Tartaric acid
Thiourea
Sodium ethanedioate
Sodium (+) tartrate
Soluble starch
Sodium acetate
Zinc sulphate
Potassium cyanide
Potassium ferricyanide
Calcium nitrate
Cupric chloride
Potassium chromate
Sodium chloride
Sodium bromide
Sodium dichromate
Sodium tetraborate powder
Magnesium nitrate
Manganese (II) chloride
Calcium carbonate
Barium hydroxide
Barium Nitrate
Barium sulphate
57
QUANTITY
4x500g
1x500g
2x500g
1x250g
1x250g
1x250g
1x100g
6x100g
3x500g
1x250
2x500g
4x500g
1x500g
1x500g
1x100g
1x500g
1x500g
1x500g
1x500g
1x500g
2x500g
2x1000g
1x500g
2x500g
3 x 500g
3 x 500g
2 x 500g
2 x 500g
1 x 500g
2 x 500g
3 x 500g
1 x 500g
1 x 500g
2 x 500g
1 x 500g
2 x 500g
1 x 500g
38.
39.
40.
41.
42.
43.
44.
45.
46.
47.
48.
49.
50.
51.
52.
53.
54.
55.
56.
57.
58.
59.
60.
61.
62.
63.
64.
Boric acid
Disodium tetraborate
Potassium diphosphate
Lead acetate
Lead chloride
Iron metal
Potassium dichromate
Potassium chloride
Potassium iodide
Potassium chromate
Ammonium iron (II) sulphate
Ammonium thiocyanate
Ammonium carbonate
Alumininium potassium sulphate
Aluminium oxide (neutral type E)
Potassium phosphate
Potassium iodate
Potassium hydrogen carbonate
Silica gel white (coarse)
Sodium carbonate hydrated
Ferrous sulphate crystalline
Calcium carbonate
Ammonium oxalate
Potassium sulphate
Zinc chloride
Sodium nitroprusside
Phenol crystal
2 x 500g
1x500g
1 x 500g
1 x 500g
1 x 500g
1 x 500g
3 x 500g
1 x 500g
1 x 500g
2 x 500g
2 x 500g
1 x 500g
1 x 500g
1 x 500g
6 x 500g
5 x 500g
2 x 500g
5 x 500g
7 x 500g
4 x 500g
6 x 500g
4 x 500g
4 x 500g
5 x 500g
1 x 500g
1 x 500g
1 x 500g
S/No
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
LIQUID REAGENTS
Parrafin Liquid
Methylated spirit
Acetone
Diethyl ether
Acetic anhydride
n-hexane
Sulphuric acid
Hydrogen peroxide
Ammonia solution
Hydrochloric acid
Glacial Acetic acid
Methanol
Nitric acid
Triethanol amine
QUANTITY
1 x 2.5 liters
6 x 2.5 liters
1 x 2.5 liters
10 x 2.5 liters
7 x 2.5 liters
2 x 2.5 liters
1 x 2.5 liters
1 x 2.5 liters
1 x 2.5 liters
1 x 2.5 liters
3 x 2.5 liters
2 x 2.5 liters
1 x 2.5 liters
1 x 500 ml
58
APPARATUS
TEST TUBE
BURETTES
PIPETTES
BEAKER
ROUND BOTTOM FLASK
FLAT BOTTOM FLASK
CONICAL FLASK
MEASURING CYLINDER
REAGENT BOTTLE
FUNNEL
INDICATOR B0TTLE
BUCKNER FUNNEL
REFLUX APPARATUS
VOLUMETRIC FLASK
ORGANIC SET
QUICKFIT COLUMN
CAPACITY
1620/22m
1620/09m
1620/10m
1620/02m
50 mls
10 mls
25 mls
100 mls
250 mls
600 mls
400 mls
10 mls
50 mls
2000 mls
500 mls
100 mls
250 mls
1000 mls
1000 mls
500 mls
100 mls
250 mls
500 mls
1OOO mls
2000 mls
10mls
20 mls
500mls
250 mls
50 mls
150
2000
500
50 mls
127C/1
127C/2
1000 mls
500 mls
250 mls
Semi Micro
22
59
QUANTITY
1100
1600
2900
100
6
75
75
90
24
268
17
50
25
14
36
96
120
30
10
30
48
62
10
12
6
25
55
45
240
72
12
6
72
77
20
14
4
20
48
72
2
THERMOMETER
0 -110 °C
0 – 250 °C
0 – 360 °C
70
10
20
EQUIPMENT
HOT PLATE & STIRER
HOT PLATE
CENTRIFUGE
SENSITIVITY BALANCE
WATER BATH
STIRRER
pH METER
TOTAL NO
2
3
8
1
3
1
2
NOTE: ALL THE EQIUPMENT/APPARATUS LISTED ARE IN GOOD CONDITION
60
56.
Clinics/Studios
Describe the types of clinics/studios, if any, available for the programme,
indication if they are specific to the Department or shared with other
Departments.
List the equipment etc in each clinic/studio using the table in APPENDIX
1 of this Form.
NOT APPLICABLE
61
57.
Office Accommodation for Staff
Comment on the office accommodation situation for academic staff, stating
the size of accommodation, list of furniture items and how many lecturers
share the rooms.
Office Accommodations are available at the Department main Office and two
Laboratories (Old and New Chemistry Labs). There are Twenty-three office
rooms each of average size 5m X 4m. From the rank of Senior Lecturers up to
Professors, Lecturers are alone in their offices. Assistant Lecturers/Graduate
Assistants share office rooms, maximum of two staff per office.
A typical office has the following furniture:
1.
1No. writing table with drawers
2.
1 No. Armchair
3.
2 No. Visitor’s chairs
4.
1 Easy chair
5.
1 Book shelve
6.
1 Notice board
7.
Ceiling fan
8.
Air-conditioner system
9.
White marker board
62
58.
Appraisal of Facilities
Appraise the existing facilities in term of quality and quantity for
current and projected enrolment period.
For the present enrolment, the available space and equipment are adequate
for teaching and research. However, the construction of more laboratories
and Lecture spaces is underway, by the University Management.
There is also plan to acquire more modern equipment for the
undergraduate practical in line with the NUC guideline.
63
59.
Table 11:
College/School/Faculty/Department Finances: Recurrent Income and Expenditure
Complete the table shown below for the college/School/Faculty/Department in three years preceding the one in
which the programme to be accredited offered.
Academic Year
Year 2006/2007
2006/2007
2007/2008
2008/2009
Amount
in N
Amount
in N
Amount
in N
Cost
Category
Year 2007/2008
Year 2008/2009
Provision
Actual
Expenditure
Provision
Actual
Expenditure
Provision
Actual
Expenditure
N
N
N
N
N
N
1. Staff
Salaries
34,381,278.48
34,381,278.48
37,556,924.93
36,216,378.6
41,601,813.62
41,601,813.62
2. Staff
development
1,310,508.61
1,310,508.61
1,560,374.47
1,560,374.47
1,887,578.04
1,887,578.04
Sources of funds
University’s
Budgetary
Allocation to the
College/School/
Faculty/
Department
35,691,787.09
37,776,753.07
Consultancy
Voluntary Public
support
Seminar Fees
CENTRALISED
Tuition Fees
where Applicable
Others (Specify)
Total
43,489,391.66
3. Library
Materials
4. Laboratory
Equipment
5. Studio
Equipment
6.Office/Class
Furniture
7.Maintenance
8. Supplies/
Training
Consumables
9. Vehicles
Maintenance
10. Utility
Services
11. Research
12. Other
(Specify)
Total
CENTRALISED
64
60.
Table 12: Capital Funds: Provision and Expenditure
Complete the Table shown below for the four years preceding the one in which the accreditation is being undertaken
Year 2005/2006
Year 2006/2007
Year 2007/2008
Year 2008/2009
Provision
Provision
Provision
Provision
Expenditure
Expenditure
Expenditure
Expenditure
1. Expansion to Physical
Facilities
Category
a. Classroom
Lecture
Theatre
b. Laboratory/
Workshop
Studio
Capital Development is handled centrally from the
Physical Planning Unit of the Vice-Chancellor’s Office;
Funds are not Allocated to the Department directly.
2. Machines and
Equipment
3. Others
(Specify)
65
61.
Assets and Liabilities
State below the current Assets and Liabilities of the
College/School/Faculty/Department.
The assets of the Department are in form of buildings, electricity generating plants
and equipment.
There are no liabilities.
62.
Financial Appraisal
Appraise the adequacy of the operating Funds for the
College/School/Faculty/Department.
For recurrent expenditure also indicate the expenditure per annum per student.
The Staff salaries are paid as and when due. The department is run on quarterly
imprest of N 105,000:00 available from Bursary department of the University. The
money is used for photocopy of official documents and entertainment at
Departmental meetings. The University Management and Postgraduate School
sponsored staff for Local and International Conferences.
However, Chemistry department depends on the Departmental internally generated
revenues of about 1.5million per annum to procure some office needs (i.e.
Computer Systems, Toner Cartridges, UPS, Stabilizers, photocopy of official
documents, Extension of Office space, repairs and maintenance of the departmental
properties etc). The faculty also procures office equipment for departmental
examination processing.
63.
Appraisal of Standard of Degree Examination
Appraise the standard of examination based on:
(a) adequacy of coverage of the syllabus content
All students take the compulsory courses plus enough elective and required
courses to make up the minimum credits for the award of a degree in Pure and
Applied Chemistry. The syllabus in each course is properly covered and
examination questions are set to cover the range of topics in the syllabus.
(b) quality of students’ answers to the various questions
The students have performed well in their examinations and the department has
been able to graduate 4 first class and several second class upper students in its
16 years of existence.
(c) quality of practical work, continuous assessment and degree projects
The quality of the practical work is high and the degree projects have been well
commended by the external examiners.
66
(d) students’ readiness for the level of manpower he/she is being trained for
Graduates from the department have fared well in their careers. Those that have
gone on to post graduate have also done very well both within and outside the
country.
(e) external moderation scheme.
External Examiners have been satisfied with the standard of examination and
the quality of the candidates presented to them.
67
64.
Table 13:
Employer’s rating of Graduates of Programme/Sub-Discipline to be accredited
Complete the Table below for 24 graduates of Programme/Sub-discipline to be accredited for each of the three years preceding
the Accreditation visit.
S/No.
Year of
Graduation
Name of Graduates
Programme
1
2
3
1.
1996/1997
AMUDA, Sarafadeen
Omotayo
B. Tech
2.
1996/1997
OLAWALE, Asiata
Omotayo
B.Tech
3.
1997/1998
ADEDOSU, Taofik
Adewale
B. Tech
4.
1997/1998
BELLO, Solomon
Olugbenga
B. Tech
5.
1997/1998
ADEKUNLE, Funmilayo
Abosede
B.Tech
6.
1998/1999
SEMIRE, Banjo
B.Tech
7.
2001/2002
ABDUL-HAMMED,
Misbaudeen
B.Tech
Name of Employers or
Universities attended by
Graduates
4
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
68
Appointment
Summary of Employers’
Remarks
6
5
Reader
Satisfactory
Lecturer I
Satisfactory
Senior Lecturer
Satisfactory
Senior Lecturer
Satisfactory
Senior Lecturer
Satisfactory
Senior Lecturer
Satisfactory
Lecturer I
Satisfactory
8.
2002/2003
POPOOLA, Olalekan
Abdulmuiz
B.Tech
Assistant Lecturer
Satisfactory
Graduate Assistant
Satisfactory
Graduate Assistant
Satisfactory
B. Tech
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
Department of P/A
Chemistry, LAUTECH,
Ogbomoso
CAPL Nig. Ltd, Lagos
9.
2001/2002
ADEPOJU, Adewusi John
B.Tech
10.
2006/2007
ESAN, Akintomiwa
Olumide
B. Tech
11.
1998/1999
ORONIRAN, Oluiwakemi
Marketing Manager
Satisfactory
12.
1998/1999
ADETOMIWA, Yemi
B.Tech
CAPL Nig. Ltd, Lagos
Satisfactory
1998/1999
AJALA, Abayomi
B. Tech
SON, Oshogbo Branch
Production
Manager
Research Officer
13.
14.
2005/2006
AFOLAYAN, Omolola
B. Tech
NAFDAC, Lagos Branch
Research Analyst
Satisfactory
15.
1998/1999
OSIKAYODE, Akinlawon
B.Tech
ETB, Bayelsa State
Satisfactory
16.
2001/2002
ADEYEMO, Omowumi F.
B.Tech
PZ Nig. Ltd., Lagos
17.
2001/2002
ALABI, Oyedokun
B.Tech
Sweetco Nig. Ltd, Ibadan
18.
1999/2000
YUSUFF, Kamil Olaniyi
B.Tech
19.
2001/2002
OYEBISI, Rotimi O.
B.Tech
2001/2002
SANNI, Akeem A.
B. Tech
Customer Care
Service
Lecturer
Satisfactory
20.
21.
1998/1999
OLOKO, Ayomide
B.Tech
Lagos State University,
LASU, Lagos
GlobaCom Nig. Ltd.
Lagos
Kogi State College of
Education, Kogi State
Tai Solarin University Of
Education, Ijebu-Ode
Assistant Branch
Manager
Assistant Marketing
Manager
Quality Control
Manager
Assistant Lecturer
Graduate Assistant
Satisfactory
69
Satisfactory
Satisfactory
Satisfactory
Satisfactory
Satisfactory
22.
2001/2002
ZACCHAEUS, Sunday A.
B.Tech
Bells University, Ota
Assistant Lecturer
Satisfactory
23.
2001/2002
OLAITAN, Azeezat O.
B. Tech
Chemistry Teacher
Satisfactory
24.
1999/2000
OPATOKUN Suraj A.
B.Tech
Islamic College,
Ogbomoso
University Sains
Malaysia
Ph.D. Student
Satisfactory
70
65.
Table 14: List of Principal Tools, Machines, Instruments
and Equipment Available
Complete the table below in respect of the above
Use separable sheets with the same headings if necessary
Name of Laboratory/Clinic/Studio ………………………………………………..
Item No.
Description of items
Quality in Stock
(Usable items only)
Remarks
THIS INFORMATION HAS BEEN PROVIDED
UNDER SECTION 55
Total cost of usable items available at the time
of completing questionnaires
71
NAME OF OFFICER COMPLETING THE FORM:
Name:
Dr. I. O. Adeoye
Rank:
Reader/ Ag. Head of Department
Signature ……………………………….
Date: ……………………………
Name:
Prof. E. T. Ayodele
Rank:
Professor/ Dean, Faculty of Pure &Applied
Sciences
Signature ……………………………….
Date: ……………………………
72