Steel Fabricator
Fabricate structural steelwork, frames, staircases, and assemblies in a workshop — combining welding, machining, and engineering drawing skills for the construction and manufacturing sectors.
High
Low
3 years via Level 3 apprenticeship or college with employer experience; additional welding qualifications can be added alongside employment
Level 3 NVQ Diploma in Metal Fabrication; CSWIP 3.1 weld inspector or EWS/EWF welding qualifications for specialisation; BCSA quality scheme membership for employer companies
possible
What you do
Steel fabricators work from engineering drawings to cut, drill, shape, and weld structural steelwork — columns, beams, trusses, staircases, mezzanine floors, handrails, brackets, and bespoke structural assemblies. The work begins with interpreting drawings and setting out cutting lists; steel is then processed using bandsaws, angle grinders, drills, and press brakes before being assembled by welding (MIG, MMA, or TIG depending on the material and specification). Completed assemblies are checked against drawings using measurement and square, prepared for surface treatment (shot-blasting and priming), and dispatched to site for erection. Quality control — weld inspection, dimensional checks, and bolt-hole alignment — is a significant part of the role.
A Level 3 NVQ Diploma in Metal Fabrication is the standard qualification. The British Constructional Steelwork Association (BCSA) sets standards for the structural steelwork industry. CSWIP or EWF/EWS welding qualifications add significant value for those wishing to specialise in welding. Apprenticeships in Metal Fabrication are available through IfATE. Work is predominantly workshop-based, though some fabricators progress to site-based structural steel erection.
Why this career is resilient
Structural steelwork fabrication cannot be moved offshore for the UK construction market in any cost-effective way — the weight, logistics, and lead time of structural steel make local fabrication the only practical option for most construction projects. The skills required — reading complex engineering drawings, setting out accurately, welding to structural specifications, and applying quality control procedures — combine to create a technically demanding trade that resists deskilling. Infrastructure investment, commercial construction, industrial building, and the energy sector all generate sustained demand for steel fabricators. The heritage and specialist steelwork market (ornamental ironwork, architectural metalwork, conservation repairs) provides an additional protected niche.
A typical day
Morning: retrieve drawings for a new staircase contract — study the isometric views, prepare cutting lists, and begin processing main stringers and treads on the bandsaw. Afternoon: assemble the first flight on the layout table, tack-weld the components in position, check diagonals and levels, then complete the full MIG welds. End of day: carry out a weld visual inspection on yesterday's beam assemblies, record the inspection on the quality control sheet, and prepare components for the shot-blast bay.
Routes in
Apprenticeship
Earn while you learn: work with an employer and study part-time, leading to a nationally recognised qualification. Typically funded by the government and your employer.
Full-time college course
Study full-time at a further education college, usually for 1–2 years. You will need to fund yourself or apply for a student loan (available for Level 4+ courses).
Pay and costs
Earning potential: Fabricator: £26,000–£36,000. Experienced structural steel fabricator: £32,000–£42,000. Coded welder or weld inspector in steel fabrication: £38,000–£50,000. Specialist ornamental and architectural metalwork fabricators command premium rates.
Training costs: Apprenticeship: no tuition cost. Welding qualification tests (CSWIP): £300–£600 per test. Personal PPE (welding helmet, gloves, leathers): £200–£500. Employer generally provides workshop machinery and consumables.