Prepare for and conduct processes in one stage of cell or battery manufacture.
Battery Manufacturing Technicians work in process manufacturing facilities producing cells and battery packs. The apprenticeship covers battery chemistry fundamentals, including electrode materials, electrolyte composition, and the differences between cell types such as cylindrical, pouch, prismatic, and solid-state formats. Apprentices learn how battery management systems work, how to follow formulation and process control procedures, and how to operate manufacturing equipment safely. Training includes one specialist pathway from electrode manufacturing, cell assembly, or formation and testing.
Work is production-floor based and hands-on. Depending on their chosen pathway, an apprentice might receive and check incoming materials, prepare electrode slurries, operate coating or calendering equipment, or run formation and ageing cycles on finished cells. Much of the role involves operating and adjusting Human Machine Interface (HMI) systems within set permissions, monitoring process parameters, and following strict PPE protocols including respiratory protection in some areas. Quality checks and process documentation are regular parts of the shift.
Completing this apprenticeship typically leads to roles such as senior technician, process technician, or team leader within battery or wider process manufacturing. Employers include gigafactories, automotive manufacturers, energy storage system integrators, and specialist battery suppliers. With the growth of electric vehicle production and grid-scale energy storage in the UK, demand for qualified battery manufacturing technicians is increasing. Experienced technicians can progress into process engineering, quality assurance, or production management roles.
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Completers typically move into Battery Manufacturing Technician or Process Technician roles on the production floor, working directly with electrode manufacturing, cell assembly, or formation and testing processes depending on their chosen option. Some move into Quality Control Technician positions, carrying out in-process checks and supporting compliance with production specifications. Others step into Process Monitoring roles, operating and adjusting HMI systems across automated manufacturing lines.
After three to five years, technicians commonly progress to Senior Process Technician or Manufacturing Team Leader, taking responsibility for shift output and guiding less experienced colleagues. The deep-specialist track tends toward Process Engineering Technician or Quality Assurance Specialist, with some moving into battery testing or R&D support functions as the sector matures. Longer term, leadership routes lead to Production Supervisor or Plant Manager, while specialist tracks can reach Process Engineer or Manufacturing Engineer roles, often supported by further technical qualifications.
Demand sits primarily in dedicated battery gigafactories and cells-and-packs manufacturing plants, a sector growing rapidly in the UK as domestic EV supply chains develop. Automotive manufacturers and their tier-one suppliers also employ technicians in battery assembly and integration. Beyond transport, employers include energy storage system integrators working on grid balancing and renewable storage projects, plus defence and aerospace contractors where specialist battery performance is critical. Roles exist across both greenfield sites and established process manufacturing facilities.
Learning takes place on the job, with the apprentice developing knowledge and practical skills across battery manufacturing processes throughout the programme. Before final assessment, the apprentice must pass through a readiness point, often called a gateway, where the employer and training provider confirm the apprentice has met the requirements of both the core content and their chosen option. Final assessment then confirms the apprentice can perform competently in the role. Assessment models across many engineering and manufacturing standards are currently being updated, so check the standard's gov.uk page for the current specification before committing to a provider.
Building a record of workplace evidence from the start of the programme makes the final stages considerably less pressured. Apprentices should document their work across both core duties and their chosen option, whether that is electrode manufacturing, cell assembly, or formation and testing. Working regularly with the employer and training provider to review progress against the knowledge and skills requirements means gaps can be identified and addressed early, rather than becoming problems close to gateway.
Look for providers with direct experience delivering battery or advanced process manufacturing apprenticeships, not just generic engineering programmes. On FATP, an achievement rate above 65% is a reasonable baseline; above 75% signals a provider that retains learners through a technically demanding 36-month programme. Employer satisfaction scores above 80% matter here because the workplace and training facility need to work in close coordination, particularly for HMI operation and specialist PPE procedures. Ask whether the provider has industrial-scale process equipment for practical training, and whether their tutors have current experience in cell or battery manufacturing rather than general chemistry or electronics.
Be cautious of providers who deliver this standard as a bolt-on to a broader engineering portfolio with no specialist battery or process manufacturing content. A high volume of starts paired with a declining achievement rate suggests learners are dropping out before completion, which is a real risk in a technically specific programme with hazardous materials handling. Vague answers about how the core and option pathways are structured, or tutors who cannot speak to electrode processes, electrolyte handling or battery management systems by name, point to shallow delivery. Check whether learner reviews mention practical facility access.
There are no nationally mandated entry qualifications, but most employers expect apprentices to have GCSEs in maths and English (typically grade 4 or above) or equivalent. Some employers may ask for a science or engineering subject at GCSE level given the chemistry and process knowledge involved. Candidates must be employed in a relevant battery manufacturing role for the duration of the apprenticeship. Final entry decisions rest with the employer and training provider.
The typical duration is 36 months, though this can vary depending on prior experience and the employer's production environment. Apprentices remain employed throughout, applying their learning directly on the manufacturing floor. A portion of contracted hours must be spent in off-the-job training. The exact minimum requirement is subject to current government reforms, so check the latest specification on the Institute for Apprenticeships and Technical Education page on gov.uk before planning a programme.
Before taking the end-point assessment, apprentices must pass through a gateway, where the employer and training provider confirm the apprentice has met all knowledge, skills, and competence requirements for both the core and their chosen option. Assessment models for many standards are being reviewed as part of Skills England reforms, so the current end-point assessment method should be confirmed against the live standard on gov.uk. The apprentice must demonstrate genuine occupational competence, not just completion of training.
The funding band for this standard is £24,000, which is the maximum that can be drawn down per apprentice. Employers who pay the apprenticeship levy use their levy account to fund the cost. Non-levy-paying employers (typically SMEs) co-invest with the government, currently contributing a small percentage of the training cost. Employers with fewer than 50 staff taking on an apprentice aged 16 to 18 pay nothing. All funding arrangements are managed through the apprenticeship service account on gov.uk.
Day-to-day work sits within one specialist option: electrode manufacturing, cell assembly, or formation, ageing, and testing. A technician receiving and checking incoming materials, operating Human Machine Interface systems, monitoring process settings, and adjusting parameters within their authorised permissions. They work under process control systems, follow strict PPE protocols including specialist respiratory and eye protection, and apply their understanding of cell chemistry, battery structures, and electrode materials to keep production running to specification.
Completing this apprenticeship gives a solid technical foundation in a sector that is growing rapidly as electric vehicles and grid-scale energy storage expand. From here, technicians can move into senior technician or process specialist roles, or pursue further qualifications in engineering or manufacturing at Level 4 and above, including Higher National Certificates or degree apprenticeships. Some progress into quality, process engineering, or supervisory positions within battery cell or pack manufacturing operations.
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Curated by Alex Lockey, FATP founder and editor. Last reviewed: .
Sources include the apprenticeship's official specification on apprenticeships.gov.uk, Skills England guidance, IfATE archive records, DWP funding bands, and provider data sourced directly from the public Apprenticeship Provider and Assessment Register (APAR). Standard reference: 743.
Some sections on this page were drafted with AI assistance from published source data and reviewed by a human editor before publication. See our editorial methodology for how we maintain this content. Spotted something out of date? Tell us.