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Introduction to Manufacturing Engineering with Management

The Manufacturing Engineering with Management program was introduced in 1999 at the Universiti Sains Malaysia, under the School of Mechanical Engineering. The program has a limited intake of 40 students, which has been maintained over the years.

Programme Objective

The program aims to produce manufacturing engineers who can apply scientific principles to the production of goods and function as key team members in the production of a wide range of products. The program also aims to nurture manufacturing engineers who can design and manage processes and systems to make products with the required functionality, to high quality standards, available when and where customers prefer, at the best possible price, and in ways that are environmentally friendly.

Content

The program's curriculum is designed to include activities in design, product development, processing of materials, and manufacturing of added-value goods. Emphasis is given to the management of the production chain to fulfill the needs of clients within the constraints of cost, quality, delivery period, and flexibility required of the products. The curriculum includes studies on:

• Product design and development
• Resource planning and manufacturing management
• Manufacturing technology and manufacturing systems
• Production management
• Engineering economics
• Ergonomics
• Manufacturing technology
• Processes
• Metrology and control

Career Opportunities

Graduates of the program are employed in various industries, including:

• Automotive
• Manufacturing
• Electrical and electronics
• Maintenance
• Semi-conductor
• Constructions
• Consulting and engineering services
• Research and academic institutions They are offered various engineering positions, such as:
• Project engineers
• Quality engineers
• Industrial engineers
• R&D engineers
• Design engineers
• Process engineers

Research Areas

The School of Mechanical Engineering is involved in various research areas, including:

• Advanced Packaging & Surface Mount Technology
• Bio-mechanics
• Renewable Energy and Waste Management Innovation for Future Yield
• Stress, Damage and Failure Mechanisms
• Industrial & Manufacturing
• Industrial Engineering & Operation Management
• NanoFabrication & Functional Materials
• Metal Forming Research Lab
• The Vibration Lab
• AI-Driven Data Discovery & Advanced Intelligence