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What makes sure that the handphones and pagers you are using function properly, and sell at an affordable price ? The best designed handphone and pager would not be able to live up to their promises if they cannot be manufactured efficiently and they cost too high.
Manufacturing process knowledge is the answer and it plays a key role in the above scenario. Manufacturing engineers are therefore in strong demand to provide this necessary expertise. The same applies to any product that you can think of.
Have you thought about why Japan and the USA produce high quality products such as cars and industrial machines/equipment? It is the manufacturing industry that has created wealth for these nations. Singapore, like Japan and USA, is a leading producer of quality goods and would continue to rely on manufacturing for future growth.
Come and join this fast-moving industry to build a promising career. Manufacturing engineers worked in a challenging environment covering multi-disciplinary capabilities spanning from automation to robotics, as well as from computer control to quality control systems. They use modern IT-enabling tools such as computer aided design and CNC machining centre to help accomplish their day-to-day tasks.
The Diploma in Manufacturing Engineering course is a comprehensive one which will develop you as a confident individual competent in not only the manufacturing knowledge but also in various other skills such as communications and computing needed to perform your job properly.
Manufacturing remains as a critical catalyst in the next phase of Singapore? economic growth. With the move towards high-tech value-added industries, many engineers and technology graduates will be needed.
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Elective Programmes
Automation Systems Design
Product Engineering
Manufacturing Software
Aerospace Manufacturing
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Course Aims
The course provides students with :
- a sound foundation in engineering sciences and manufacturing technologies with elective programmes in areas such as Product Engineering, Automation Systems Design as well as Manufacturing Software;
- exposure to the latest advances in manufacturing technologies and hands-on experience on state-of-the-art equipment, systems and technologies
Duration: 3 academic years on a full-time basis.
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Career Prospects
Graduates of the Diploma in Manufacturing Engineering course are in high demand in the manufacturing industry and its support services sector. They may work as supervisors and technical specialists in manufacturing systems design and development, precision engineering, and process design and development. Excellent opportunities for career advancement to managerial positions exist for manufacturing engineering technologists.
Graduates with excellent academic results may be accepted into local and foreign institutions of higher learning and universities at advanced entry levels.
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Entry Requirements
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Course Structure
In the first and second year of studies, the subjects will give you a good foundation in manufacturing engineering knowledge. The training will leverage on information technology applications to enhance your effectiveness as a manufacturing professional. You will take up subjects such as Micro Systems & Nanotechnology, Product Innovation & Rapid Prototyping, Enterprise Resource Planning, Biomedical Manufacturing Technology, as well as other IT-based subjects.
In the third year of studies, you can choose from one of the following elective programmes:
Automation Systems Design
Product Engineering
Manufacturing Software
Aerospace Manufacturing
The three-year course emphasizes hands-on training, with one whole semester set aside specially for the final-year project module in the third year. Moreover, to prepare you for the real world, the industrial attachment programme will give you a chance to work with companies on real-life projects.
The following are the subjects students have to take before being awarded the Diploma in Manufacturing Engineering:
Year 1 Semester 1 & 2
Year 2 Semester 1 & 2
Year 3 Semester 1 & 2
Year 1 - Semester 1 & 2
| Core Modules |
EG1001 |
Engineering Mathematics 1A/1B |
EG1201 |
Engineering Drawing/CADD |
EG1211 |
Engineering Mechanics 1 |
EG1216 |
Communication Skills |
EG1024 |
Materials Technology |
EG1213 |
Semestral Project 1 |
EG1008 |
Engineering Mathematics 1A/1C |
EG1212 |
Manufacturing Technology |
EG1074 |
Electrical Principles & Circuits |
EG1215 |
Analogue & Digital Electronics |
EG1088 |
Computer Programming |
EG1217 |
Semestral Project 2 |
| Prescribed Electives |
To complete 2 modules in language and/or other related subjects
|
Year 2 - Semester 1 & 2
| Core Modules |
EG2001 |
Engineering Mathematics 2A |
EG2127 |
Thermofluids |
EG2202 |
Robotics Systems & Peripherals |
EG2125 |
Manufacturing Information Systems |
EG2124 |
Engineering Mechanics 2 |
EG2205 |
Semestral Project 3 |
EG2089 |
Engineering Mathematics 2C |
EG2004 |
Automatic Control |
EG2134 |
Computer-Aided
Manufacturing/Engineering |
EG2135 |
Mechanical Design |
EG2131 |
Metrology & Quality Control |
EG2211 |
Semestral Project 4 |
| Prescribed Electives |
To complete 2 modules in foreign languages and/or business-related subjects |
Year 3 - Semester 1 & 2
Students must complete all core modules from one of the following 3 elective programmes. They must also study a minimum of 2 prescribed electives from the respective elective programme chosen.
Automation Systems Design
| Core Modules |
EG3266 |
Machines Elements & Mechanisms |
EG3229 |
Automated Machine Design |
EG3271 |
Semestral Project 5 |
EG3286 |
Professional and Interpersonal
Communication Skills |
EG3277 |
Full-Time Semestral Project |
EG3280 |
Industrial Attachment Programme |
| Prescribed Electives |
EG3265 |
Computer-Aided-Design And Analysis |
EG3258 |
Biomedical Manufacturing Technology |
EG3267 |
Manufacturing System & Simulation |
EG3287 |
Shopfloor Monitoring & Control |
Product Engineering
| Core Modules |
EG3270 |
Product Innovation & Rapid Prototyping |
EG3288 |
Advanced Machining & CAD/CAM/CAE |
EG3271 |
Semestral Project 5 |
EG3286 |
Professional and Interpersonal
Communication Skills |
EG3277 |
Full-Time Semestral Project |
EG3280 |
Industrial Attachment Programme |
| Prescribed Electives |
EG3269 |
Mould Design & Flow Analysis |
EG3264 |
Advanced Metrology & Quality Assurance |
EG3268 |
Micro Systems & Nanotechnology |
EG3289 |
Ergonomics |
Manufacturing Software
| Core Modules |
EG3290 |
Enterprise Resource & Planning |
EG3291 |
Manufacturing Software Development |
EG3271 |
Semestral Project 5 |
EG3286 |
Professional and Interpersonal
Communication Skills |
EG3277 |
Full-Time Semestral Project |
EG3280 |
Industrial Attachment Programme |
| Prescribed Electives |
EG3267 |
Manufacturing Systems & Simulation |
EG3273 |
Communication & Networking |
EG3287 |
Shopfloor Monitoring & Control |
EG3292 |
Decision Support Systems |
Aerospace Manufacturing
Core Modules |
EG3296 |
Aircraft Components and Fixture Design |
EG3297 |
Aerospace Manufacturing & Quality System |
EG3271 |
Semestral Project 5 |
EG3277 |
Full-Time Semestral Project |
EG3280 |
Industrial Attachment Programme |
EG3286 |
Professional and Interpersonal
Communication Skills |
Prescribed Electives |
EG3287 |
Shopfloor Monitoring & Control |
EG3298 |
Advanced Machining Technology |
EG3299 |
Aerospace Material & NDT Technology |
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Last updated on 14 May 2009 by Lawrence Durai
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