Master Toolmaker Career in South Africa
Explore the official OFO occupation, common tasks, specialisations and approved South African qualification pathways.
Occupation overview
Develops and sets up master moulds and jigs.
What does a Master Toolmaker do?
A Master Toolmaker develops and sets up master moulds and jigs used to guide, shape or support specialised manufacturing work. The role involves selecting and applying precise tooling methods according to the area of specialisation, such as casting and die-casting, metal forming, plastics, purpose-built machines or specialised machining.
Specialisations
How to become a Master Toolmaker in South Africa
- Explore the area of tooling that interests you, such as mouldmaking, die-making, gauge and jig manufacture, specialised machine building or specialised tooling machining.
- Consider a relevant Occupational Certificate: Master Toolmaker pathway. Available specialisations include Casting and Die-Casting Mouldmaker, Metal Forming Die Master Toolmaker, Plastic or Rubber or Glass Master Toolmaker, Purpose Built Machine Master Toolmaker and Specialised Tooling Machinist Master Toolmaker.
- Compare the specialisation, duration and credit requirements of the available pathways. Each listed certificate is at NQF Level 6 and carries 240 credits.
- Contact SAQA and potential accredited providers to confirm current registration, availability, admission requirements and assessment arrangements.
- Build practical familiarity with precision tooling, moulds, jigs and related manufacturing equipment through appropriate training and workplace exposure.
Edupstairs Preparation Guidance
The most suitable pathway depends on the type of tooling you want to make. Relevant occupational certificates are available for several Master Toolmaker specialisations, but a mapped qualification should not automatically be treated as the only or compulsory route into the occupation. Confirm current provider, registration and assessment details with SAQA or the relevant provider. Develop accuracy, patience and the ability to interpret technical information, because the work centres on developing and setting up specialised moulds and jigs.
Useful school subjects
- Mathematics
- Engineering Graphics and Design
- Mechanical Technology
- Physical Sciences
- Computer Applications Technology
Skills that may help
- Precision and attention to detail
- Mechanical and technical problem-solving
- Interpreting technical drawings and specifications
- Tool and equipment setup
- Three-dimensional visualisation
- Patience and careful workmanship
- Ability to select an appropriate tooling specialisation