The Level 3 Plate Welder, and the 37 providers delivering it.

Roles after completion

Completers typically move into positions such as Plate Welder, Structural Welder, Coded Multi-Positional Plate Welder, or Class B Welder. These roles involve working autonomously to join plate and structural components across multiple welding processes and material types, operating to internationally recognised quality standards. Work is quality-inspected regularly, including through non-destructive and destructive testing, so employers expect a consistent standard from day one on the job.

Progression paths

With a few years of coded welding experience, plate welders often move into Senior Welder or Lead Welder positions, taking responsibility for quality oversight on a section or shift. Those who develop an interest in inspection and quality can progress toward Non-Destructive Testing Technician or Welding Inspector roles. A longer-term leadership track leads to Welding Supervisor or Fabrication Foreman. Some specialists choose instead to deepen their process expertise, building qualifications across additional weld procedures and material groups that make them highly sought after on major capital projects.

Where these roles sit

Demand comes from a wide spread of industries: structural steelwork contractors, shipyards and naval shipbuilding programmes, defence manufacturers producing armoured vehicles, offshore and onshore process plant constructors, rail rolling stock manufacturers, and mining and mineral processing companies. Employers range from small fabrication shops to large multinational engineering contractors. Both private sector manufacturers and public sector defence and infrastructure programmes are consistent sources of work across the UK.

How the apprenticeship is assessed

Throughout the apprenticeship, the learner works in a real employment setting, developing the technical skills, knowledge and behaviours needed to weld plate and structural components to recognised quality standards across multiple welding processes, materials and positions. Before moving to final assessment, the apprentice and employer confirm readiness through a gateway check, which typically involves the training provider reviewing evidence that the apprentice has reached the required standard. Final assessment then confirms the apprentice can perform the full range of duties competently and independently. Assessment models for a number of engineering standards are currently being updated, so check the standard's gov.uk page for the current specification.

What learners need to prepare

Building a strong record of workplace evidence from the start is the most effective preparation. Each welding process, material type and joint configuration presents a distinct set of techniques, and keeping clear records of work completed across these areas avoids a scramble later. Regular reviews with both the employer and training provider help identify gaps early, particularly around the required welding positions, including vertical and overhead work. Treat the gateway as a destination to plan towards, not a deadline that arrives unexpectedly, and keep documentation updated throughout rather than retrospectively.

What good looks like

Look for providers with dedicated welding workshops equipped for multiple arc processes: TIG, MMA, MIG/MAG, and FCAW at a minimum. Apprentices need hands-on time across the joint configurations and welding positions required by the standard, including overhead and vertical, so bench-to-booth ratios and workshop capacity matter. On FATP, an achievement rate above 65% is a baseline; above 75% is a stronger signal. Check whether employer satisfaction scores reflect genuine industry engagement. Providers with existing relationships across fabrication, marine, or engineering construction employers are better placed to reflect the material ranges and quality standards apprentices will face in real work.

Red flags to watch for

Be cautious if a provider cannot confirm that apprentices work across more than one welding process and more than one material group during training. Workshop visits matter here: outdated or poorly maintained welding equipment is a concrete problem, not a minor concern, given that each process requires specific controls and technique. A high volume of learners combined with a declining achievement rate may indicate overstretched workshop capacity or insufficient one-to-one assessment time. Vague answers about how weld quality is assessed during the programme, or no visible link to internationally recognised welding quality standards, are worth probing.

Questions to ask before you commit

• Which welding processes does the training cover, and can apprentices practice each one on your own equipment at your facilities?
• How do you assess weld quality during the programme, and does your assessment align with recognised codes such as BS EN ISO 5817?
• What material groups do apprentices weld on during training, and does this include anything beyond carbon steel?
• Can you show us your achievement rate for this standard over the last two years, and explain any significant changes?
• How do you accommodate the overhead and vertical positional welding requirements within your workshop setup?
• What employer satisfaction scores does your FATP profile show, and how do you gather that feedback?
• Do your tutors and assessors hold current welding qualifications or industry experience relevant to plate and structural work?