The UK manufacturing sector is in the grip of a skills crisis that is eroding competitiveness, undermining productivity, and threatening net zero ambitions. Despite policy moves to elevate vocational education, the shortfall in industrial talent remains both chronic and structural.
Make UK figures highlight the scale of the collapse: engineering and manufacturing apprenticeships have fallen 42% since 2016–17, with the steepest decline in foundational Level 2 and Level 3 routes. These are the very roles needed to underpin adoption of robotics, automation, and digitalised plant systems. The gap is already hitting operations. According to the Open University’s 2024 Business Barometer, 85% of companies report workload increases from unfilled vacancies, while 38% directly attribute reduced profitability to the shortage.
The Prime Minister’s announcement in September 2025 of a new “two-thirds” ambition — two-thirds of young people to gain higher skills by age 25 through university or a gold-standard apprenticeship — was pitched as a historic reset. It formally replaced the Blair-era 50% university target and was accompanied by plans for 14 new Technical Excellence Colleges and an additional £800m in education funding from 2026–27.
For industry, the policy direction is broadly welcomed. But the timing and funding models are cause for concern. The benefits of new technical colleges will not be felt for several years, while the reintroduction of maintenance grants for low-income students is tied to a levy on international student fees — a mechanism that the British Academy has warned could destabilise the finances of UK universities already struggling to sustain STEM provision.
Kristin Baker, Vice President of Industrial & Process Automation UK & Ireland at Schneider Electric, described the return of targeted maintenance grants as a “welcome step toward strengthening the UK’s industrial and engineering landscape.” She pointed to the company’s apprenticeship schemes and early careers outreach as examples of the private sector attempting to plug the gap. “At Schneider Electric, we recognise that addressing the skills gap requires more than financial support. That is why we have long invested in skills development for every stage of career professional development, from early engagement through to advanced training.”
The problem, however, runs deeper than funding. The UK produces more STEM graduates per head of population than the USA, India, or China. In 2022–23, 46% of UK undergraduate degrees were in STEM subjects. Yet a National Audit Office review found that only 24% of STEM graduates were in STEM roles six months after completing their courses. The mismatch is structural: academic output is high, but industry-ready technicians are in short supply.
This “hollow middle” is increasingly exposed by decarbonisation demands. The UK automotive sector must reskill 50,000 workers by 2025 to stay on track for electric vehicle production targets. Offshore wind employment is expected to grow by 170% to 70,000 jobs by 2026. Battery production will require up to 10,000 specialist workers by 2030. With Level 2 and 3 vocational training in retreat, companies face severe bottlenecks in installing, maintaining, and operating new low-carbon infrastructure.
Some businesses are taking matters into their own hands. Ricoh’s additive manufacturing division has built hybrid training models that combine apprenticeships with degree programmes, ensuring academic knowledge is applied immediately in industrial contexts. Meanwhile, adi Group is investing directly in welding, fabrication, and engineering apprenticeships at entry level, providing structured career progression and mentoring to rebuild technical depth. These case studies highlight what is possible when companies view skills as strategic capital, rather than peripheral expenditure.
Diversity remains another squandered opportunity. Women make up just 22% of the core STEM workforce, a figure that has barely shifted in a decade. The Open University reports that 63% of businesses lack targeted recruitment or retention policies for underrepresented groups. In an environment defined by shortages, failing to expand the talent pool represents not just a social failing but a commercial one.
Looking ahead, the government’s Skills White Paper will be judged on whether it moves beyond ambition into delivery. Baker is clear on the priorities: “We hope to see increased collaboration between government, industry, and education providers to align training with the evolving needs of the economy. In particular, we would welcome measures that support modular and lifelong learning, clearer pathways into technical careers, and greater emphasis on the skills critical to achieving net zero and driving innovation.”
The direction of travel is encouraging, but the gap between intent and execution remains wide. Employers are facing the sharp end of shortages now, not in 2027 when new colleges open their doors. Without urgent reform to apprenticeship funding rules and accelerated delivery of vocational infrastructure, the UK risks being locked out of the very industrial growth sectors it is attempting to lead.
