Engineering and manufacturing support technicians support the work of engineers by the provision of technical support and expertise for areas of the engineering and manufacturing function. This typically could include, engineering drawing, computer aided design (CAD), quality control, computerized numerical control programming (CNC), robotics, additive manufacturing, engineering or manufacturing software development and process engineering.
Apprentices learn to provide technical support across engineering and manufacturing functions, working with tools such as CAD software, CNC programming, robotics, and additive manufacturing systems. Responsibilities include producing design solutions, inspecting and testing equipment, writing technical reports, and carrying out audits. Apprentices also support production planning, scheduling, and continuous improvement activity. The role covers quality control processes, offline programming, and measurement systems, as well as contributing to product development and technical documentation. Work is often complex, requiring independent problem solving alongside collaboration with engineers and wider stakeholders.
A typical week involves producing or reviewing engineering drawings using CAD software, running inspections or tests on products and equipment, and recording data from results. Apprentices will write up technical reports and may carry out process audits. They coordinate with internal teams and external stakeholders such as suppliers, customers, and quality auditors, keeping them updated on progress. They contribute to production schedules, flag issues for continuous improvement, and operate specialist software relevant to their sector, which could be aerospace, automotive, nuclear, or defence.
Completing this apprenticeship leads to roles such as quality control technician, technical support technician, aerospace or nuclear inspection technician, and quality compliance officer. From these positions, progression typically moves toward senior technician, quality engineer, or process engineer roles. Employers span the full breadth of advanced manufacturing, including aerospace, automotive, maritime, defence, and nuclear industries. Both large manufacturers and specialist engineering contractors hire at this level, and the broad technical grounding means apprentices are well placed to specialise further or move into engineering graduate programmes.
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Completers typically move into technician and compliance roles within their employing organisation or a closely related one. Common job titles include Quality Control Technician, Technical Support Technician, Quality Compliance Officer, Aerospace Inspection Technician, and Nuclear Inspection Technician. Day-to-day work at this stage involves producing CAD outputs, running CNC programmes, conducting inspections and tests, writing technical reports, and supporting production scheduling with limited supervision.
With three to five years of post-qualification experience, technicians often advance to roles such as Senior Quality Technician, CAD Design Technician, or Manufacturing Process Technician. From there, the path splits. Those who move into leadership typically progress to Engineering Team Leader or Production Supervisor. Those pursuing deep specialism tend to move into roles such as Quality Assurance Engineer, CNC Applications Specialist, or Robotics and Automation Technician, often supported by further qualifications at Level 4 or above.
The aerospace, automotive, defence, nuclear, and maritime sectors are the primary employers, covering both large prime contractors and the specialist suppliers in their supply chains. Public sector organisations, including defence agencies and regulated nuclear operators, recruit alongside privately owned manufacturers. Engineering consultancies and contract manufacturers also hire at this level. Roles are found across the UK, with clusters in the Midlands, South West, North West, and Scotland, reflecting the geography of advanced manufacturing in Britain.
Throughout the apprenticeship, learning takes place in the workplace alongside structured off-the-job training, covering the technical knowledge, practical skills and professional behaviours the role demands. Before moving to final assessment, the apprentice must pass a readiness check, often called the gateway, where the employer and training provider confirm the apprentice has reached the required level of competence. Final assessment then determines whether the apprentice can perform the full range of technician responsibilities independently. Assessment models across many engineering standards are currently being updated, so check the standard's gov.uk page for the current specification.
Building a strong body of workplace evidence from the start, rather than trying to pull it together at the end, makes a significant difference to how smoothly the final assessment goes. Apprentices should keep detailed records of tasks completed, problems investigated, reports written and any audits or inspections carried out. Working regularly with both the employer and the training provider to review progress against the standard's requirements helps identify gaps early. Consistent communication with your supervisor about readiness will make the gateway process more straightforward when the time comes.
Look for providers with an achievement rate above 65% on their FATP profile; given the 42-month duration and technical breadth of this standard, anything significantly below that warrants a direct conversation about why. Strong providers will have documented experience across the specific subsectors relevant to your business, whether that is aerospace, nuclear, automotive or defence, not just generic engineering delivery. Ask to see how they cover CAD, CNC programming, quality management systems and additive manufacturing in practice, ideally through dedicated workshop facilities or industry-standard software licences, not slide decks alone. Employer satisfaction scores above 80% are a reasonable benchmark here.
Be cautious if a provider cannot clearly explain how apprentices get hands-on time with the technical software packages central to this role, particularly CAD and offline CNC programming tools. A high volume of starts paired with a declining achievement rate is a concern on a standard this length and complexity. Providers who give vague answers about how they tailor delivery to specific engineering subsectors, or who cannot point to apprentices progressing into roles such as quality control technician or technical support roles at comparable organisations, deserve closer scrutiny.
There are no nationally fixed entry requirements set in the standard, so individual employers and training providers set their own criteria. Most will expect GCSEs in maths, English and a science or engineering subject, typically at grade 4 or above. Some employers accept equivalent vocational qualifications or prior practical experience in a workshop or manufacturing environment. Check directly with the provider or employer advertising the vacancy for their specific requirements.
The typical duration is 42 months, though this varies depending on prior learning and employer needs. The apprentice is employed throughout, applying skills in their day-to-day role while also completing structured learning with a training provider. A portion of contracted hours must be spent on off-the-job training. The exact proportion is subject to revision under current Skills England reforms, so check the latest specification on gov.uk for the current requirement.
Before the end-point assessment, the apprentice must pass through a gateway, where the employer and training provider confirm the apprentice has met the required standard of competence. Assessment models for many standards are being updated, so check gov.uk for the current end-point assessment details for this standard. Assessment typically involves a combination of practical demonstration, a technical interview, and a review of portfolio evidence gathered throughout the programme.
The funding band for this standard is £27,000, which is the maximum that can be drawn down per apprentice. Larger employers with an apprenticeship levy account use levy funds to cover training costs. SMEs without a levy account pay a 5 per cent co-investment contribution, with the government covering the remaining 95 per cent. Very small employers taking on apprentices aged 16 to 18 pay nothing. Speak to your training provider about managing payments through the apprenticeship service account.
Typical tasks include producing engineering drawings and CAD designs, carrying out quality control inspections, writing technical reports, and running tests on equipment or products. Apprentices may also work with CNC programming, robotics, or additive manufacturing processes depending on the employer. They support production planning and scheduling, liaise with suppliers and internal teams, and contribute to continuous improvement activities. Most of the work is in an engineering or manufacturing environment, though some roles require outdoor inspection work.
Completers are well placed for roles such as quality control technician, technical support technician, or inspection technician in sectors including aerospace, nuclear, automotive and defence. With experience, progression into senior technician, engineering team leader, or quality compliance officer positions is common. Some go on to study for higher-level engineering qualifications or move into a Level 4 or Level 6 degree apprenticeship to develop further towards chartered engineer status.
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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: 773.
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