Programme Outcomes |
Programme Structure |
The programmes would be most useful to engineers and managers holding responsibilities for planning, design and development, production/ operations, plant maintenance, and projects in the manufacturing and service industries.
This degree programmes aim to provide advanced education and training for graduates in engineering, science and related areas to meet the current and future needs of the manufacturing and allied industries.
The specific objective of this programme of study is to enable graduates in Engineering and Science to strenthen and enhance their capabilities in managing engineering functions.
On completion, the graduates of the Engineering Managemnet (EM) programme should be able to:
Output: A competent engineering manager capable of effective management of engineering functions and services.
For students who entered the Department prior to 2021/2022 course examination guidelines are as follows:
For students who entered the Department as of academic year 2021/2022 will now be assessed using hte Postgraduate Grade Point Average (GPA) System.
MSc In Engineering Management:
BSc in Engineering or an equivalent.
Candidates with other qualifications will be considered if they have at least ten (10) years' industrial experience in the area of engineering management. Qualifying examinations may also be prescribed for such candidates.
Normally, at least one (1) year of industrial experience is desirable in all cases.
Normally expected to complete the examination requirements within four (4) semesters and complete the project in accordance with the relevant University regulations.
Normally expected to complete the examination requirements within two (2) semesters and complete the project in accordance with the relevant University regulations.
The Programme consists of a set of courses grouped under four (4) major subject groups and a final project. Each course is taught over one (1) semester and carries three (3) credits and the final project carries nine (9) credits.
MENG 6508 Research Methods is a compulsory course for all MSc programmes in the Department.
Candidates are required to obtain a total of 36 credits, as given below, in coursework and complete an industry-oriented project, MENG 6600, equivalent to nine (9) credits.
Selection of courses is subject to the approval of the Department.
COURSE CODE | COURSE TITLE |
---|---|
MENG 6200 | Production Technology MENG 2008* |
MENG 6201 | Machine Tool Technology |
MENG 6202 | Applied Materials Technology MENG 3015* |
MENG 6203 | Robotic Technology & Applications |
COURSE CODE | COURSE TITLE |
---|---|
MENG 6300 | Applied Ergonomics |
MENG 6301 | Computer Applications in Manufacturing |
MENG 6302 | Design of Plant & Services |
MENG 6303 | Computer Control Systems |
COURSE CODE | COURSE TITLE |
---|---|
MENG 6400 | Production Planning & Control |
MENG 6401 | Advanced Production Management MENG 3006* |
MENG 6402 | Human Resource Management I |
MENG 6403 | Human Resource Management II |
MENG 6404 | Maintenance Engineering & Management |
MENG 6405 | Total Quality Management |
COURSE CODE | COURSE TITLE |
---|---|
MENG 6500 | Industrial Marketing |
MENG 6501 | Statistical Methods in Engineering |
MENG 6502 | Financial Management |
MENG 6503 | Applied Operations Research |
MENG 6504 | Technology & Product Development MENG 3013* |
MENG 6505 | Health, Safety & The Environment |
MENG 6506 | Project Management E. |
MENG 6508 | Research Methods |
MENG 6600 | Final Project |
In addition, undergraduate options, not more than the equivalent of nine (9) credits, may be taken from the fullowing list in each of the subject groups:
COURSE CODE | COURSE TITLE |
---|---|
MENG 2008 | Manufacturing Technology |
MENG 3014 | Computer-aided Design & Manufacture |
MENG 3015 | Materials Technology |
COURSE CODE | COURSE TITLE |
---|---|
IENG 2000 | Work Study & Ergonomics |
IENG 3004 | Control Systems Technology |
IENG 3006 | Automation |
COURSE CODE | COURSE TITLE |
---|---|
MENG 3006 | Production Management |
COURSE CODE | COURSE TITLE |
---|---|
IENG 3007 | Operations Research II |
IENG 3008 | Simulation |