With Thesis - Coursework and Thesis

Candidates are required to complete minimum 9 credits coursework for Master degree and 12 credits coursework for PhD degree. The courses are according to the field of specialisation. Candidates are required to give a seminar on his/her research topic and current achievement, and undertake a research project, submit a thesis and defend the thesis before an examining committee.

A student can either be a part time or full time student.

Full time

9-15 credits/semester

Part time

3-8 credits/semester

Fields of Study (Master of Science and PhD Degrees)

Manufacturing Systems Engineering

To compete worldwide, the industries in Malaysia today need to be competitive and to be able to do that, the country needs an engineer who is well-equipped with such expertise. It is the purpose of this course to produce such engineers who have been exposed to the latest knowledge with respect to the manufacturing industry. Among the subjects taught will include advanced course in quality, industrial robots, industrial ergonomics, CAD/CAM, advanced manufacturing process, control and automation, numerical methods, manufacturing management, manufacturing systems etc.

Mechanical Engineering

This programme will focus on the more advanced mechanical engineering courses. This will enable the mechanical engineers to be more specialised which may be required for certain specific jobs or assignments. This will also enable problems to be solved more efficiently and professionally. Among the courses taught will be advanced thermofluids, solid mechanics, vibration, control, dynamic, manufacturing process, quality, numerical methods etc.

Materials Engineering

In the era where Malaysia is trying to produce its own products, the use of quality and appropriate materials is of great importance. Also, priority should be given on the use of local materials. This will reduce the manufacturing cost and thus the cost of the product is likely to be more competitive. This requires engineers who can convert available raw materials into the required material and also provide the appropriate processes for producing such products. This course is designed to provide such engineers and students will be exposed to areas such as advanced materials (metal and non-metal), process, metallurgy, numerical methods, smart materials etc.

Design Engineering

This course is designed to produce engineers specialising in designing of mechanical systems and also products. In manufacturing a product, the design aspect is an important part of the whole process. This aspect cannot be avoided if we are making our own products. Moreover, due to the rapid change in computer technology, design techniques are also becoming more sophisticated. As a result, the country needs design engineers who are well-equipped and more specialised in order to produce high quality products which can be accepted globally. In this programme, students will be exposed to courses such as advanced design, CAD/CAM, concurrent engineering, rapid prototyping, numerical methods etc.

Energy Engineering

In any process or system, energy is needed to carry out the process. At present, in Malaysia, oil is the main source of energy. This field is becoming more important with the world facing depleting sources of energy. However, there are other source of energy used worldwide but not on a large scale such as wind, biomass, water and coal. Biomass for example is becoming popular in certain countries as it is environmental friendly. This programme will try to fulfill that need where students will be exposed to areas such as renewable energy, management of energy, advanced thermofluids, energy producing processes and machines, sources of energy, energy issues, energy economics, co-generation, environmental aspects etc.

Industrial and Systems Engineering

This programme is to produce engineers who are capable of solving problems related to manufacturing layout, processes, planning, control, design and management. In this programme, advanced course on industrial systems will be covered and among others include operational research, manufacturing planning and control, manufacturing systems design, manufacturing management, work study, ergonomics, manufacturing process, automation, robotics etc.

Mechatronics

Mechatronics refers to the art and science of combining the disciplines of mechanical design, electronic control and information technology in order to make novel products and intelligent machines or systems. The mechatronics concept will increasingly be introduced in existing products and also to develop new products in robotic manipulation, materials handling and processing, aircraft, railways and road vehicle industries, and health care and surgical equipment and accessories. The design and manufacture of such products is rapidly changing as computer-based engineering software and developments in new materials allow all aspects of product design and manufacture to be carried out in much more efficient and cost-effective ways. Mechatronics skills are in demand across the full spectrum of Malaysian international manufacturing industries which are involved in the design and production of modern day products.

Medical and Bio-Mechanics

Medical and Bio-Mechanical Engineering is a new area in Malaysia. The programme will concentrate in the area of medical and biological machines as well as artificial implants. Examples of medical devices and equipment include kidney machines, heart and lung machines, cardiological devices such as heart valves and pace-makers, devices associated with radiology, urology, endoscopy, vascular/endovascular surgury, together with neurological devices and orthopaedic implants such as artificial hips and knees. Traditionally, medical device companies and artificial implant component producers have relied on employing engineers from the traditional disciplines such as Mechanical Engineering and providing them with additional training to work as bioengineer within the company. This programme integrates the necessary aspects of biology and medicine with the technical engineering aspects required to carry out design and development in medical devices and related products. To meet the demand for appropriately educated graduates to work in the healthcare sector as well as carry out R&D activities, the Department of Mechanical and Manufacturing Engineering in co-operation with the Faculty of Medical Sciences and the Faculty of Science and Environmental Studies is offering the M.S. programme with thesis.

Admission Requirements

Applicants for entry to Master of Science (With Thesis) and Master (Without Thesis), a second class lower (CGPA 2.25 or 55%) Honours Bachelor Degree in Engineering or equivalent, or First class Honours at Bachelor Degree from any institution of higher learning, recognised by the Government of Malaysia. For foreign applicants, equivalent requirements can be considered.

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