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.
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.
Apply Mechanical Fixture Design
Upon completion, participants should be able to develop the knowledge and skills required to design or draw a Mechanical Design Fixture Assembly for manufacturing.
Specialisation Electives:
Advanced CAM & CNC Machining Elective
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 & fixturing techniques to optimize machining outputs.
Apply Advanced Toolroom Machining
Upon completion, participants should be able to setup, operate and optimise advanced toolroom machines 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.
Advanced Mould Design & Process Elective
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 moulding environment.
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.
Equipment Building & Automation Elective
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.