The UK government has set an ambition with employers to open around 20,000 entry-level digital and technology jobs annually under a workforce plan published on 21 October. Its scope includes advanced connectivity, artificial intelligence, cyber security, engineering biology, quantum technologies and semiconductors. Industry partners have also committed to more than 10,000 work experience and placement opportunities, which are separate from jobs and must not be counted as positions already filled.
The annual ambition equates to about 200,000 entry-level jobs, including apprenticeships, across ten years. By comparison, the plan estimates that roughly 800,000 digital and technology roles will need filling in relevant Industrial Strategy sectors from 2025 to 2035. Its methodology includes approximately 550,000 additional jobs in priority occupations across several sectors and 250,000 replacement hires in the digital and technologies sector. Neither the estimate nor the 200,000 ambition represents an existing contract to hire that number of workers.
The plan addresses an entry barrier that employers themselves influence. Many vacancies ask for practical experience even when candidates have relevant qualifications, limiting the opportunities available to people at the start of their careers. Employers are being invited into a Skills Deal intended to create work placements, apprenticeships and other routes into technical employment. Companies including Arm, Microsoft, Cisco, IBM, Cognizant, Kainos, QinetiQ and AtkinsRéalis are among the partners already offering placement and learning opportunities through TechFirst.
Advanced manufacturing is one of the sectors competing for these skills, particularly where production systems depend on embedded computing, process data, industrial networks and specialist electronics. A manufacturing engineer implementing machine vision or automated inspection needs an understanding of the production process as well as software and data-handling capability. A semiconductor technician may work with metrology, equipment maintenance and process control, while designers and verification engineers require different technical preparation. A broad category such as digital skills therefore covers several distinct occupational requirements.
The plan draws particular attention to semiconductor recruitment. A cited 2025 workforce study estimates approximately 27,245 people in the UK industry, with 69% employed in technical roles, while 90% of responding companies reported moderate or acute shortages in key technical functions. Process and manufacturing engineering, technician roles and integrated circuit design are among the areas experiencing difficulty. These are survey findings used to diagnose the existing skills position, not jobs newly created by the October plan.
Quantum technology presents another combination of specialised and transferable engineering skills. Researchers developing algorithms or experimental systems work alongside people specialising in electronics, photonics, mechanical design, packaging, manufacturing and system integration. The plan recognises that some highly specialised jobs are commonly reached through doctoral study, while other engineering and technical roles can draw on experience in adjacent disciplines. It does not suggest that brief training courses alone can substitute for the expertise required to operate complex research or production equipment.
TechFirst aims to reach one million young people with meaningful AI and technology learning by 2028, with particular attention to disadvantaged schools. The plan also brings together work experience, T Level industry placements, apprenticeships and entry-level positions under a proposed Skills Deal with employers. These activities serve different purposes: outreach introduces occupations, placements provide supervised experience, and an apprenticeship or entry-level appointment creates an actual job. The government’s reporting framework calls for the categories to be recorded separately rather than counted twice.
Smaller engineering companies may face a different constraint from large technology employers. A placement requires supervision, meaningful work, safety arrangements and time from experienced staff, all of which place demands on teams already delivering contracts. The plan acknowledges that businesses can be approached by multiple schemes with separate administrative requirements. It describes coordinated placement models and intermediary organisations intended to reduce this burden, including approaches that connect colleges and employers through a single local point of contact.
Government analysis says that 25 of its 30 priority digital and technology occupations are needed in other Industrial Strategy sectors. This overlap means recruitment plans for computing, data and cybersecurity workers cannot be assessed solely within dedicated technology companies. Energy, defence, manufacturing and life sciences businesses also require staff able to specify, deploy and maintain increasingly software-intensive systems. The jobs plan therefore places entry-level employment in the context of broader demand from industrial operators, even though its headline target is sector-wide.
Employers will determine whether the ambition translates into sustained recruitment. The plan proposes annual progress reporting and defines an entry-level role as one open to someone with less than a year of relevant experience, irrespective of their age or previous occupation. That provides a basis to measure filled jobs separately from outreach, placements and existing workforce training, while allowing semiconductor and other industrial employers to test whether their specialist entry routes are expanding.
