Master of Science in Advanced Manufacturing Engineering Management
The School of Mechanical Engineering, Universiti Sains Malaysia offers this coursework-based postgraduate programme to provide candidates with comprehensive exposure to advanced manufacturing systems, industrial automation, and management strategies. The programme is designed to equip graduates with the knowledge and practical capabilities needed to address real-world industrial challenges and to support innovation in manufacturing and operations management.
Programme Overview
Introduced in Academic Session 2025/2026, this programme combines engineering and management perspectives to prepare graduates for leadership and technical decision-making in modern manufacturing environments. Students are exposed to current theoretical foundations together with practical applications relevant to industry.
Study Mode
Coursework mode
Academic Session
2025/2026 onward
Programme Focus
Advanced manufacturing, automation, smart systems, and management
Official Information
Further postgraduate information is available via Postgraduate@USM
Programme Educational Objectives
In line with the mission of the School of Mechanical Engineering, the Master of Science in Advanced Manufacturing Engineering Management programme offers high-quality education in advanced manufacturing engineering with the following objectives:
PEO 1
Establish themselves as leaders in the manufacturing industry.
PEO 2
Become industry practitioners and professionals who are well-versed in manufacturing and management for a sustainable future.
PEO 3
Progress in their careers in the manufacturing industry.
Programme Learning Outcomes
Upon completion of the programme, graduates should be able to demonstrate the following learning outcomes:
| PLO | Learning Outcome |
|---|---|
| PLO 1 | Demonstrate an understanding of theory and knowledge in relation to the functional field of manufacturing engineering and management. |
| PLO 2 | Provide innovative solutions for manufacturing engineering and management-related problems. |
| PLO 3 | Identify and analyse manufacturing engineering and management scenarios. |
| PLO 4 | Demonstrate a high proficiency in written and oral communication. |
| PLO 5 | Demonstrate meaningful contribution to team-based activities. |
| PLO 6 | Demonstrate awareness of ethics and professionalism in decision-making. |
| PLO 7 | Demonstrate the skills necessary for effective lifelong learning and personal development. |
| PLO 8 | Comprehend manufacturing engineering and management issues from the lens of sustainability. |
| PLO 9 | Demonstrate leadership, autonomy, and responsibility. |
| PLO 10 | Demonstrate the ability to utilise technologies and digital skills in manufacturing engineering and management decision-making. |
| PLO 11 | Demonstrate the ability to perform statistical and business analysis in decision-making and problem-solving. |
Programme Structure
This programme comprises university courses, core courses, elective courses, and a Master Project. All students are required to complete three university courses, four core courses, four elective courses, and one Master Project. A minimum enrolment of five students is required for any track or course to be offered, subject to coordination between the programme coordinator and students prior to the start of the semester.
| Category | Course Code | Credit | Course Title |
|---|---|---|---|
| University Courses | |||
| University Course | EKC500 | 3 units | Science and Engineering Research Methodology |
| University Course | EPP501 | 3 units | Lean Six Sigma |
| University Course | ADC601 | 3 units | Managing People in The Organization in Digital Age |
| Core Courses | |||
| Core Course | EMH501 | 3 units | Sustainable Energy Resources and Management |
| Core Course | EPP502 | 3 units | Operational Management |
| Core Course | ADC605 | 3 units | Accounting for Managers |
| Core Course | ADC610 | 3 units | Corporate Strategy and Policy |
| Elective Courses | |||
| Elective Course | EMM501 | 3 units | Statistical Quality Control for Managers |
| Elective Course | EPP503 | 3 units | Robotics and Smart Factory |
| Elective Course | EPP504 | 3 units | Artificial Intelligence and Smart Manufacturing |
| Elective Course | EPP505 | 3 units | Additive Manufacturing |
| Elective Course | ADC603 | 3 units | Technology and Information Management |
| Elective Course | ADE619 | 3 units | Global and Supply Chain Management |
| Elective Course | ADE621 | 3 units | Productivity and Quality Management |
| Elective Course | ADE624 | 3 units | Logistics and Distribution Management |
| Master Project | |||
| Master Project | EPD501 | 10 units | Master Project |
Indicative Fee Structure
The following fee summary presents the basic one-off fees and credit fee for Malaysian and international students based on the current programme information.
| Malaysian (MYR) | International (USD) |
|---|---|
| Registration Fee (one-off) | |
| 330.00 | 225.00 |
| Personal Bond (one-off) | |
| NIL | 1000.00 |
| Convocation Fee (one-off) | |
| 200.00 | 50.00 |
| Credit Fee | |
| 625 × 43 units = 26,875.00 | 220 × 43 units = 9,460.00 |
| Total | |
| MYR 27,405.00 | USD 10,735.00 |
Further Information
For all information related to postgraduate studies, please visit the official USM postgraduate portal. Additional programme details may also be downloaded from the programme brochure.
Postgraduate@USM Download Programme Brochure