COURSE INTRODUCTION
This programme introduces scientific and engineering methods for developing a stable, traceable injection-moulding process. Participants examine plastic-flow behaviour, moulding strategy, process settings, troubleshooting and critical process outputs so they can improve consistency, document capability and move beyond machine-focused trial-and-error practices. Practical examples and guided discussion help participants connect the subject to decisions and challenges in their own workplace.
COURSE OBJECTIVES
By the end of this programme, participants should be able to:
- Explain the core concepts, terminology and working principles related to Scientific Moulding Techniques.
- Apply structured methods and industry good practices for Plastic Flow Behaviors and Moulding Results, Strategic Moulding Techniques, and Good Moulding Practices (GMP).
- Evaluate relevant engineering fundamentals situations and identify risks, gaps and improvement opportunities.
- Translate the learning into practical workplace actions and sound technical decisions.
COURSE OUTCOME
Upon completion, participants will be better prepared to:
- Assess relevant workplace situations using the concepts and methods covered in Scientific Moulding Techniques.
- Select and apply appropriate tools, checks or controls for Plastic Flow Behaviors and Moulding Results, Strategic Moulding Techniques, and Good Moulding Practices (GMP).
- Recommend actions that support cross-disciplinary understanding and sound technical decision-making.
- Communicate findings, improvement opportunities and next steps clearly to relevant stakeholders.
WHO SHOULD ATTEND
This programme is suitable for engineers, technical executives, supervisors, managers and non-specialist professionals who need a practical understanding of the subject area.
COURSE CONTENT
- Plastic Flow Behaviors and Moulding Results
- Strategic Moulding Techniques
- Good Moulding Practices (GMP)
- Process Setting and Troubleshooting
