James Fisher Learnerships for Coded Welding and Mechanical Fitting Experience Now Open
Aspiring welders and mechanical fitters can apply for the James Fisher Trainee Coded Welder and Mechanical Fitter Programme 2026 in Cape Town, with hands-on exposure to fabrication, mechanical assembly, pressure systems and specialised engineering equipment.
The six-month fixed-term programme sits within James Fisher’s Defence division and gives trainees practical experience working with frames, tanks, pressure vessels, piping systems and mechanical equipment under the guidance of experienced technical teams.
Applications are scheduled to close on 14 October 2026, although the opportunity may close earlier if enough applications are received.
What will you work on?
You will support the fabrication, assembly and servicing of company products.
Your practical experience can include:
- Frame and tank fabrication
- Pressure-vessel work
- Mechanical fitting
- Welding
- Pipe bending and fitting
- Pressure testing
- Equipment assembly
- System alignment
- Corrosion protection
- Workshop manufacturing
- Quality documentation
The programme combines welding and fitting experience with broader manufacturing and engineering processes.
What does coded welding involve?
Coded welding refers to welding performed according to defined technical standards and procedures.
During the programme, you will build your understanding of welding quality, preparation, fit-up and workmanship while working with experienced colleagues.
James Fisher is particularly interested in candidates who want to develop skills in:
- Stainless-steel TIG welding
- Stick welding
- Stainless-steel soldering
- Copper-alloy soldering
These skills are used in engineering environments where joints and fabricated components must meet strict quality requirements.
What will you learn about mechanical fitting?
Mechanical fitting involves assembling, aligning, installing and maintaining mechanical components and equipment.
You may work on tasks such as:
- Equipment assembly
- Sub-assemblies
- Mechanical fit-up
- System alignment
- Component installation
- Machine setup
You will work from technical instructions and drawings to make sure components fit together correctly.
Will you work from engineering drawings?
You will use technical drawings, assembly instructions, schematics and welding codes as part of your work.
Being able to interpret technical information is important because engineering components must be manufactured and assembled to defined specifications.
This experience can help you strengthen the link between classroom or apprenticeship training and practical workshop work.
What kind of fabrication work will you do?
You may assist with the manufacture and assembly of:
- Frames
- Tanks
- Pressure vessels
- Mechanical assemblies
- Pipe systems
- Equipment components
The work can involve hand tools as well as workshop machinery.
Accuracy is important because fabricated components often need to fit into larger mechanical or pressure-based systems.
Will you work with pipe systems?
Pipe bending and fitting form part of the programme.
You may gain exposure to piping used for:
- Gas systems
- Water systems
- Refrigeration systems
This can help you develop an understanding of how mechanical piping systems are prepared, installed and tested.
What will pressure testing involve?
You will assist with pressure testing as part of manufacturing and assembly work.
Pressure testing helps confirm that a system or component can operate correctly under required conditions and that joints and connections have been completed properly.
You may also gain exposure to controlled processes such as oxygen cleaning and insulation fitting.
How does underwater engineering fit into the programme?
The opportunity falls within James Fisher’s Defence division, which works with specialised underwater systems and related engineering technologies.
James Fisher Defence operates in areas that include:
- Diving systems
- Submarine rescue
- Hyperbaric systems
- Underwater engineering equipment
As a trainee, this gives you exposure to an engineering environment where fabrication quality, mechanical reliability and safety are especially important.
Will you assist with lifting operations?
You may support lifting activities involving equipment such as forklifts and cranes.
These activities form part of moving and positioning components safely during manufacturing and assembly.
You will work within established safety procedures and under appropriate supervision.
What will you learn about quality assurance?
Quality Assurance forms an important part of the programme.
You will be expected to:
- Complete controlled documentation accurately
- Follow technical instructions
- Maintain workmanship standards
- Meet production requirements
- Support safe manufacturing processes
- Pay close attention to detail
Engineering quality is not limited to the finished component. It also includes the procedures, records and checks used throughout the manufacturing process.
How important is health and safety?
Safety is a central part of workshop and engineering work.
You will need to follow safe working practices while using tools, machinery and manufacturing equipment.
You should also have an interest in learning more about:
- Health and Safety
- Safe manufacturing
- Quality procedures
- Workshop discipline
Keeping the work area clean and organised forms part of those responsibilities.
Who can apply?
Applicants should have completed a recognised apprenticeship or training programme in a relevant technical discipline to at least NFQ Level 4, or have equivalent practical experience gained in a similar role.
You should also have a genuine interest in:
- Welding
- Mechanical fitting
- Engineering
- Manufacturing
- Diving equipment
- Life-support systems
- Quality Assurance
- Health and Safety
The programme is designed for candidates who want to continue developing their technical abilities under experienced mentors.
What kind of person will suit the programme?
You should be willing to learn and comfortable receiving feedback from experienced technical staff.
Useful qualities include:
- Attention to detail
- Proactive attitude
- Commitment to quality
- Willingness to learn
- Interest in engineering
- Safe working habits
- Reliability
- Ability to follow technical instructions
You will also need to work toward production targets and project deadlines.
What can this experience lead to?
The programme can help you build practical experience relevant to careers in:
- Coded Welding
- Mechanical Fitting
- Fabrication
- Pressure-Vessel Manufacturing
- Pipe Fitting
- Industrial Maintenance
- Maritime Engineering
- Manufacturing
- Quality Assurance
Experience with technical drawings, pressure systems and specialised equipment can also be valuable across wider engineering and industrial sectors.
What does James Fisher offer?
Successful candidates can expect:
- Competitive salary
- Benefits aligned with experience
- Provident fund access with life insurance after three months
- Career-development opportunities
- Exposure to an international engineering organisation
- Technical learning and development
- Experience within specialised engineering projects
The programme runs for six months on a full-time fixed-term contract.
Will you need to complete security checks?
The position requires security checks.
Candidates should therefore be prepared to complete the required screening processes as part of recruitment.
Where is the programme based?
The programme is based in Cape Town, Western Cape.
Duration: 6 months
Employment type: Full-time fixed-term contract
Salary: Competitive
How do you apply?
Applications must be submitted online through the James Fisher careers portal.
Apply for the James Fisher Trainee Coded Welder and Mechanical Fitter Programme 2026
Closing date: 14 October 2026
Applicants should submit their applications as early as possible because the opportunity may close before the scheduled deadline if a high volume of applications is received.
