WSQ Diploma in Precision Engineering (Master Craftsman Skills)


Raise your Staff Productivity in the PE Industry
The key driver to raise productivity to ensure continued competitiveness. The human capital is your primary asset. There is a need to develop and retrain PE talent; strengthen them with knowledge and good hands-on skills as well as design and integration capabilities; raise productivity; and move to high value added activities.
| NYP Implement the Key Thrust identify by the government of Singapore | ![]() |
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Invest in Developing the Master Craftsman in your staff |
Invest in Developing the Master Craftsman (PeMC) programme to spearhead the drive towards complex, high valued added manufacturing and productivity growth!

Be a Part of the PeMC Programme
The PeMC programme is a 2-year part time programme. It comprises 600 hours of the WSQ Diploma in Precision Engineering (Master Craftsman Skills) [WSQ DPE MCS] with 3 electives areas of specialisation:
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Advanced CAM & CNC Machining
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Advanced Mould Design & Process
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Equipment Building & Automation
and 300 hours of the WSQ Specialist Diploma in Precision Engineering (Master Craftsman Skills) [WSQ SDPE MCS]
DELIVERY AND ASSESSMENT
Participants attend an 8-hour day-release and a 3-hour evening session per week. The programme is delivered through lectures, case studies, group discussions, projects and extensive practical and hands-on laboratory sessions. A statement of Attainment (SOA) is awarded by WDA upon successful completion of each module.
Programme Structure
PeMC PROGRAMME
| WSQ Diploma in Precision Engineering (Master Craftsman Skills) |
| Common Core |
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| Sector Core |
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| Specilisation Electives (Participants will select on the following Electivies) |
| Advanced CAM & CNC Machining |
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| Equipment Building & Automation |
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| Advanced Mould Design & Process |
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| WSQ Specialist Diploma in Precision Engineering (Master Craftsman Skills) |
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PeMC PROGRAMME - SYNOPSES
| WSQ Diploma in Precision Engineering (Master Craftsman Skills) |
| Common Core Modules |
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Manage Manufacturing Productivity Improvement Upon completion, participants should be able to understand, improve and optimize the production activities involving processes and systems to increase overall productivity of the manufacturing operations. Apply Productivity Improvement Tools Upon completion, participants should have the knowledge and skills to be able to identify and apply the appropriate tools, techniques or processes to improve productivity at the workplace Apply Mathematical Concepts in Engineering Solutions Upon completion, participants should have the essential knowledge and analytical skills in mathematical concepts to solve engineering problems at the workplace. Apply Mechanics in Design Solutions Upon completion, participants should have the knowledge, understanding & skills in the principles of engineering mechanics to be able to apply the concepts in solving engineering design solutions.
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Sector Core Modules |
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Apply Computer-Aided Design (CAD) Techniques Upon completion, participants should be able to perform product design, development and manufacturing activities using 3D CAD solid modelling system and techniques to design 3D solid model. Manage Engineering Project Upon completion, participants should have the knowledge & skills to apply their cumulated industry experience to brainstorm and formulate solutions for PE applications.
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Specilisation Electives |
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Advanced CAM & CNC Machining |
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Apply Computer-Aided Manufacturing (CAM) Techniques Upon completion, participants should be able to generate efficient and optimised CNC machining tool paths for various types of work pieces using knowledge & skills in CAM programming techniques. Apply Advanced CNC Machining Upon completion, participants should be able to setup, operate and optimise advanced CNC turning & milling machines to perform multi-task, multi-axis machining of complex components and apply work holdings & fixturingtechniques to optimize machining outputs. Apply Advanced Toolroom Machining Upon completion, participants should be able to setup, operate and optimise advanced toolroommachines for machining of complex components. Apply Process Optimisation & Cutting Techniques Upon completion, participants should be able to apply cutting strategies and technologies to optimise machining processes for materials used in mould & tool making and precision component manufacturing. Manage Engineering Project (CAM & CNC Machining) Upon completion, participants should be able to plan and execute CAM & CNC machining projects, leveraging on the technical knowledge & skills acquired.
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Equipment Building & Automation |
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Apply Solid Modelling & Drafting for Machine Parts Upon completion, participant should be able to apply CAD solid modelling techniques and CAD drafting technologies to design machine parts and system Apply Mechanical Components & Peripherals in Automated Equipment Upon completion, participant should be able to design and support maintenance of automated machines using various types of machine elements commonly used in automated assembly systems. Apply Automation Control for Machines Upon completion, participant should have the knowledge & skills of pneumatics and electro-pneumatics control devices and programmable logic control (PLC), for application in automatic control system. Apply Project Management in Equipment Building Upon completion, participants should be able to manage machine building projects from the conceptualisation stage to the implementation of the entire machine. Manage Engineering Project (Equipment Building & Automation) Upon completion, participants should be able to plan and execute Equipment Building & Automation projects, leveraging on the technical knowledge & skills acquired.
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Advanced Mould Design & Process |
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Apply Advanced Mould Design Upon completion, participants should be able to apply advanced mould temperature control methods such as conformal cooling and rapid tooling for advanced mould design applications. Apply Advanced Mould Flow Simulation Upon completion, participants should have knowledge and hands-on skills to be able to use simulation software to perform plastic flow simulation to optimize plastics injection moulding process. Apply Plastics Injection Moulding Upon completion, participants should have in-depth knowledge and skills of injection moulding machines & moulding processes to perform process optimization, process control, automation and integration for modern injection mouldingenvironment. Apply Plastics Material Technologies Upon completion, participants should have in-depth knowledge on the property, selection and applications of polymer materials, and be able to conduct material testing experiments Manage Engineering Project (Mould Design & Process) Upon completion, participants should be able to plan and execute Mould Design & Process projects, leveraging on the technical knowledge & skills acquired.
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WSQ Specialist Diploma in Precision Engineering (Master Craftsman Skills) |
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Apply Advanced Metrology & Statistics Upon completion, participant should be able to perform advanced metrology measurement using various precision metrology equipment and be able to measure and interpret geometric dimensioning and tolerance (GD&T) symbols as well as to perform statistical process control. Apply Advanced Materials Technology Upon completion, participants should be able to perform mechanical testing, metallography and heat treatment with understanding of physical and mechanical properties of engineering materials to be able to select appropriate materials for engineering applications. Apply Advanced Manufacturing Technology & Process Upon completion, participants should be able to optimise machining process involving non-traditional machining and advanced manufacturing technology in areas such as Laser Beam Machining and Ultrasonic Machining. Apply Pedagogy Methodology for the Workplace Part 1 Upon completion, participants should be able to determine training needs analysis for workplace training with an understanding of adult learning theories and approaches in train-the-trainer programme. Apply Pedagogy Methodology for the Workplace Part 2 Upon completion, participants should be able to plan, design and implement train-the-trainer programme, leveraging on IT tools for effective learning and be able to evaluate training outcomes. Manage Shopfloor Monitoring & Process Upon completion, participant should be able to apply structured approach of project management techniques to efficiently manage projects, and to apply shop floor and process monitoring tool to better manage shop floor related issues and process.
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Entry Requirements
For WSQ Diploma in Precision Engineering (Master Craftsman Skills)
Candidates with ITE Nitec / Higher Nitec / NTC-2 or WSQ Advanced Certificate qualifications with at least four years of relevant experience in the PE industry are eligible to apply.
For WSQ Specialist Diploma in Precision Engineering (Master Craftsman Skills)
The programme is offered to candidates with the WSQ Diploma in Precision Engineering (Master Craftsman Skills) or equivalent qualification.
Graduates who are awarded the WSQ Diploma in Precision Engineering (Master Craftsman Skills) and the WSQ Specialist Diploma in Precision in Precision Engineering (Master Craftsman Skills) will be considered to have completed the Precision Engineering Master Craftsman (PeMC) Programme.
Funding Information
FUNDING INFORMATION FOR COMPANIES
Absentee Payroll Funding for company-sponsored participants.
For more details, please visit: Skills Connect
Productivity and Innovation Credit Scheme (PIC), Companies can also enjoy up to 400% tax deduction under the PIC Scheme. For more details, please visit :
CET Qualification Award (CQA) FOR PARTICIPANTSs
From 1 March 2011, Singaporeans who successfully complete and are awarded a subsidised part-time Diploma at Polytechnics or a WSQ Diploma/specialist Diploma for the first time will be eligible for a CET Qualification Award (CQA) of $1,000.
For more details, please visit: WDA CET Qualification Award
Participants may apply for funding from WDA. For more information on absentee payroll funding for company-sponsored participants, please click here.
Course Fee
For Singapore Citizens and Singapore PRs (after WDA funding)
Common Core (per module x 4):
$360 + $25.20 (GST) = $385.20
Sector Core / Specialization Electives (per module X 7):
$510 + $35.70 (GST) = $545.70
Total for 11 modules:
$5,010 + $350.70 (GST) = $5,360.70
For Company Sponsored Foreigners
Common Core (per module x 4):
$720 + $50.40 (GST) = $770.40
Sector Core / Specialization Electives (per module X 7):
$1,020 + $71.40 (GST) = $1,091.40
Total for 11 modules:
$10,020 + $701.40 (GST) = $10,721.40
Application Procedure
To apply:
1. Complete the online application form here
2. Submit supporting documents personally or by registered post to:
Student Recruitment & Admissions Office
Nanyang Polytechnic
Campus Centre, Level 2, Room A.201
180 Ang Mo Kio Avenue 8
Singapore 569830
Closing Date of Application: 18 March 2012
For more information, please contact:
Desmond Tan
Tel: 6550 0674
Email: Desmond_Tan@nyp.gov.sg
Mike Kwek
Tel: 6550 0677
Email: Mike_Kwek@nyp.gov.sg
















