Level 2 -
Welding of metals in two welding positions, using at least 1 arc welding process, passing surface inspection.
Reference: OCC0349
Status:
SOC 2020 sub unit groups:
BAE Systems Maritime Submarines, Doosan Babcock, Alstom, Pall Europe, Liebherr, Graham Engineering Ltd, Hudson-Swan Engineering Ltd, TEi Ltd, Billington Structures Ltd, H Young Structures Ltd, William Haley, Engineering Ltd, The Welding Institute, British Constructional Steelwork Association, SEMTA, ECITB, Manufacturing Technology Centre
Welders join metals in a wide range of industries, such as aerospace, construction, defence, mining, marine and structural engineering. Welding contributes to the UK economy through the creation and repair of engineered goods and assets. Welders may be employed in any size of business from small companies to large multi-nationals. They work in a range of settings including fabrication shops, assembly yards, construction and building sites, factories and operational facilities requiring maintenance and upgrade. They can be employed by supply chain companies, the direct owner, or operators.
Welders are responsible for the production of welds using manual and mechanised arc welding processes to sector standards. They will weld using a minimum of two weld process and material combinations, with at least one process being manual welding.
Manual processes can include: manual tungsten inert gas (TIG), plasma arc welding (PAW), manual metal arc (MMA), metal inert or metal active gas (MIG or MAG), flux cored arc welding (FCAW). Mechanised processes can include: submerged arc welding (SAW), tractor-mounted metal inert or metal active gas (MIG or MAG), tractor-mounted flux cored arc welding (FCAW), tractor-mounted or orbital tungsten inert gas (TIG), tractor-mounted or orbital plasma arc welding (PAW).
Material groups include: carbon steel, low alloy steel (3-7% alloy content), high alloy ferritic or martensitic steel (>7% alloy content), austenitic stainless steel, duplex stainless steel, nickel and nickel alloys, aluminium and aluminium alloys, titanium and titanium alloys, copper and copper alloys. Given their close similarity when welding, for the purpose of this standard, MIG and MAG welding will be deemed to be the same process.
The role requires production of welds in components covering two welding positions, in at least two joint layouts. These can be from butt (including seams), T-butt, fillet (including outside corners), buttering or cladding. Each welding process requires different welding equipment, assemblies, controls, skills and techniques, and represents a separate production process.
Welders work with people from other teams and functions, such as plate fabricators, steel erectors, steel workers, riggers, stores operatives, supervisors, inspectors, testing and quality control technicians. Their work may be checked to ensure continued quality of welding: this includes visual inspection and dimensional checks. It may also include non-destructive and destructive testing. They must ensure that the process and products meet quality standards and are produced to schedule. They must comply with health and safety regulations and procedures, including wearing personal protection equipment (PPE). They also need to meet environmental and sustainability regulations and procedures – reducing waste and recycling materials. They may work on their own or as part of a team. They work with minimal supervision and are responsible for the quality of their own work. They will typically report to a workplace supervisor. Welding operatives may need to work shifts and flexible work patterns. They may be required to work at height, and beside or over water.
BAE Systems Maritime Submarines, Doosan Babcock, Alstom, Pall Europe, Liebherr, Graham Engineering Ltd, Hudson-Swan Engineering Ltd, TEi Ltd, Billington Structures Ltd, H Young Structures Ltd, William Haley, Engineering Ltd, The Welding Institute, British Constructional Steelwork Association, SEMTA, ECITB, Manufacturing Technology Centre
Conduct safety checks of welding equipment and surrounding work areas
Receive and read welding data and documentation, engineering drawings and technical data
Identify, check and inspect materials to be welded and ensure they conform to quality standards. Report issues, such as incorrect grade, dimensions and thicknesses
Plan and prepare for welding activities. Ensure that consumables, work area and materials for use are correct. This applies to basic or complex welding tasks
Set up, operate and adjust welding controls for the welding equipment being used
Weld components to create an interim assembly or finished product
Inspect welds produced for dimensional and surface weld quality to ensure compliance prior to release
Identify, communicate and report issues affecting weld quality
Complete welding documentation at all stages of the work activity. For example, Production Control Cards
Restore the work area and equipment to a safe and reliable condition on completion of welding, including remediation and recycling
Ensure tools, consumables, unused materials and equipment are returned to a safe, clean and approved condition on completion of welding work
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Engineering and manufacturing