Support digital engineers and specialists in completing complex tasks using digital engineering techniques.
Apprentices learn to produce detailed digital models, electronic visualisations, and technical presentations that support built environment projects. The training covers digital engineering techniques used across the construction lifecycle, including working with specialist software to develop solutions that optimise project performance. Apprentices build skills in interpreting design information, producing accurate outputs, and supporting senior engineers with complex technical tasks. Health and safety awareness, data management, and understanding how digital models feed into wider project decisions are also central to the standard.
On a typical week, an apprentice will use digital engineering software to build or update models, prepare visualisations for design reviews, and produce supporting documentation. They will take direction from Digital Engineers or other specialists, checking their outputs for accuracy before sharing them with the wider project team. Responsibilities may also include organising model files, running basic clash detection checks, and contributing to technical reports or presentations. Most work is desk-based, though site visits to gather information or verify models against physical conditions are common.
Completing this apprenticeship typically leads to roles such as Digital Engineer, BIM Technician, or Design Technician within construction, civil engineering, infrastructure, or facilities management. Employers range from main contractors and specialist subcontractors to engineering consultancies and public sector bodies. With experience, technicians often progress to senior digital engineer positions, BIM coordinator roles, or move into project management. The construction industry's increasing reliance on Building Information Modelling means demand for these skills is steady across both private and public sector projects.
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Completing this apprenticeship typically leads into roles such as Digital Engineering Technician, BIM Technician, CAD Technician, or Geospatial Technician within construction or infrastructure project teams. Some completers move into Digital Engineering Coordinator roles, particularly where they have built strong skills in model coordination and clash detection. The day-to-day work involves producing and managing digital models, supporting project delivery teams, and working within established BIM protocols on live construction schemes.
With three to five years of post-qualification experience, technicians commonly progress to Digital Engineer, BIM Coordinator, or Information Manager. From there, two tracks tend to open up: a technical specialist route leading to roles such as BIM Manager or Digital Engineering Lead, and a broader project or practice management route. Chartership with bodies such as RICS, CIOB, or the Chartered Institution of Civil Engineering Surveyors can support progression, as can additional qualifications at Level 4 or Level 6.
Employers span main contractors, specialist subcontractors, infrastructure delivery organisations, and built environment consultancies. Significant demand comes from civil engineering and infrastructure sectors, including rail, highways, and utilities, alongside commercial and residential construction. Public sector bodies and framework contractors working on government-funded programmes also hire for these roles. Practices range from large national contractors with in-house digital teams to smaller regional firms integrating BIM workflows for the first time.
Learning takes place in the workplace throughout the programme, with off-the-job training supporting the development of the knowledge, skills and behaviours needed for the role. Before final assessment, the apprentice and employer go through a readiness check, commonly called a gateway, to confirm the apprentice is prepared. Final assessment then determines whether the apprentice can apply digital engineering techniques competently, including producing digital models, supporting complex built environment tasks, and using relevant software and visualisation tools. Assessment models for a number of standards are currently being updated, so check the standard's gov.uk page for the current specification.
Keeping records of real workplace activity from early in the programme makes the final stages considerably easier. Apprentices should document the digital models they produce, the software they use, and the tasks they support, building up a clear body of evidence over time rather than trying to reconstruct it at the end. Working closely with both the employer and the training provider to track progress against the standard's knowledge, skills and behaviours gives everyone a clear view of readiness well before the gateway.
Look for providers with achievement rates above 65% on their FATP profile, ideally above 75% for a funded programme at this level. Because the role sits at the intersection of construction technology and software, ask whether delivery staff have recent industry backgrounds rather than purely academic ones. Strong providers will have clear links to built environment employers, structured exposure to industry-standard BIM software (such as Autodesk Revit or Navisworks), and learner reviews that mention hands-on modelling work rather than classroom theory. Employer satisfaction scores above 80% suggest the provider is genuinely connected to how digital engineering roles operate on site.
Be cautious of providers with high apprentice volumes but declining achievement rates, which can suggest overstretched support staff. If a provider cannot explain which BIM or digital engineering platforms apprentices actually work on during off-the-job training, that is a meaningful gap. Vague answers about how they keep curriculum content current with software updates or industry standards, such as ISO 19650, should concern any employer placing apprentices in active project environments. Providers who cannot point to alumni working in digital engineering or construction technology roles after completion are also worth scrutinising.
Applicants typically need GCSEs at grade 4 or above in maths and English, though individual providers may set their own entry requirements. Prior experience in construction, IT, or design is useful but not always essential. Employers can take on new recruits or existing staff moving into a digital engineering role. Check with your chosen provider for their specific entry criteria, as these can vary.
The typical duration is 36 months. The apprentice is employed throughout and works in your organisation while completing structured learning. A portion of their contracted hours must be spent on off-the-job training. The exact percentage is subject to ongoing changes under current Skills England reforms, so check the latest specification on gov.uk for the current requirement before planning your apprentice's schedule.
Before assessment, the apprentice must pass through a gateway, where the employer, apprentice, and provider confirm the required skills and knowledge have been developed. Assessment models for many standards are being updated as part of current reforms, so the precise method may change. Check gov.uk for the current specification. Generally, the apprentice must demonstrate competence in digital engineering tasks to an independent end-point assessor.
The funding band for this standard is £21,000, which is the maximum government contribution towards training costs. Levy-paying employers use funds from their digital apprenticeship service account. Smaller employers co-invest with the government, typically covering 5% of costs. Employers with fewer than 50 staff taking on an apprentice aged 16 to 18 pay nothing towards training costs. Fees are paid directly to the training provider, not as a lump sum.
Day-to-day work centres on producing digital models, technical drawings, and electronic visualisations that support built environment projects. The apprentice uses specialist software to develop design solutions and presentations, typically working alongside Digital Engineers or other technical specialists on tasks such as modelling building systems, preparing data outputs, and contributing to project documentation. The role sits at the technical production end of digital engineering rather than in project management or client-facing work.
Completing this apprenticeship qualifies the technician to work independently on digital engineering tasks across construction and built environment projects. Progression routes include moving into a senior technician position, specialising further in areas such as BIM coordination or structural modelling, or studying towards a Level 4 or higher apprenticeship. Some go on to professional membership with bodies such as the Chartered Institution of Building Services Engineers or the Chartered Institute of Building.
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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: 195.
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.