ABOUT THIS PROGRAMME
The purpose of this skills programme is to prepare a learner to operate as a Coded Welder who can demonstrate his/her ability to meet pre-defined criteria by producing welded test coupon/s in accordance with the parameters specified in a qualified specification (WPS).
Minimum Admission requirements
1 year experience in welding
CAREER opportunities
Upon completion of the Coded Welder Qualification, the learner shall access a Non-destructive X Ray Testing (X Radiographic Testing) that will enable the leaner to be employed as the following tradesmen:
- Welder double coded / “A” Class Welder
- Welder single coded / “A” Class Welder
- Welder Structural / “B” Class welder
Currently the Petro-chemical environment requires the services of coded welders for among others their seasonal shutdown activities.
Qualification on completion
NQF Level 04
Duration and Credit Value
6 Months
96 Credits
Course content
Knowledge Modules
- Introduction to the welding trade
- General health, safety and environmental protection concepts
- Welding codes, standards and parameters
- SMAW/MMA Processes
- GMAW/MIG/MAG Processes
- Safety use, care and store engineering hand tools
- Safety use, care and store engineering power tools
Practical Skill Modules
- Select use, care and store engineering hand tools.
- Select use, care and store engineering power tools.
- Select use, care and store engineering measuring equipment.
- Produce fillet welds on carbon steel materials using the shielded metal arc welding process.
- Produce fillet welds on carbon steel materials using the Gas tungsten Arc welding process.
- Produce plate butt welds on carbon steel material using the Shielded Metal Arc Welding process
- Produce plate butt welds on carbon steel material using the Gas Tungsten Arc Welding process Topic 8 Produce plate butt welds on carbon steel material using the Gas Tungsten Arc Welding process and Shielded Arc Welding process combination
- Produce pipe welds on schedule 40, ½ inch Ǿ, 2 inch Ǿ and 6 inch Ǿ carbon steel material using the Gas Tungsten Arc Welding process, with carbon steel and stainless-steel welding consumables in the 2G, 5G and 6G positions

