Tool Makers, Tool Fitters and Markers-Out

AI Impact Assessment

Some tasks in this career are being augmented by AI, but the core work still requires significant human judgement and skill.

Methodology: Anthropic's March 2026 research into real-world AI task adoption across occupations.

Resilient with Growing AI Support

The UK manufacturing sector faces a genuine skills shortage in precision engineering trades, which actually strengthens the long-term value of this career path rather than weakening it. Apprenticeship and technical qualification routes into toolmaking offer strong earning potential without the cost of a full university degree, making this a financially rational choice for many 16-24 year olds. Roles supporting aerospace, automotive and medical device manufacturing carry particularly high demand and job security. If you are considering a degree-level investment, a BEng in Manufacturing Engineering or Mechanical Engineering would complement toolmaking experience and open senior design and process engineering doors.

AI-driven quality inspection tools and smarter CNC programming assistants will become more common on the shop floor over the next five years. These act as productivity enhancers rather than replacements, helping skilled toolmakers catch defects faster and programme complex cuts more efficiently. Demand for experienced hands-on fabricators is projected to remain strong as UK reshoring trends and defence spending sustain manufacturing investment.

Collaborative robotics and AI-assisted design tools will handle more of the repetitive, lower-complexity fabrication steps by the mid-2030s. However, the high-precision, bespoke and problem-solving aspects of toolmaking will still require skilled human operators who can interpret anomalies and adapt in real time. Toolmakers who develop competence in operating and programming advanced automated systems will be the most sought-after in this period.

Even with significant advances in robotics and automated fabrication, the design of complex jigs, fixtures and precision tools for novel applications will continue to require experienced human craftspeople who understand material behaviour, tolerances and real-world manufacturing constraints. The overall headcount in general toolmaking may reduce modestly as automation handles volume production, but specialist and senior roles in high-value sectors should remain well-compensated. The trade will likely evolve into a hybrid of traditional craft skill and advanced digital system oversight.

Master CNC and CAD/CAM systems

Proficiency in software such as Fusion 360, SolidWorks or Mastercam makes you significantly more versatile and employable in modern precision engineering environments. Employers increasingly expect toolmakers to move fluidly between bench work and digital programming, so treating software skills as core rather than optional is essential. Short courses through providers like EEF or local colleges can build this competency alongside an apprenticeship.

Pursue advanced apprenticeship or HNC qualifications

A Level 3 or Level 4 apprenticeship in Engineering or Toolmaking, or a Higher National Certificate in Mechanical Engineering, provides a structured route to senior technical roles without taking on full degree debt. These qualifications are well-recognised by aerospace, automotive and defence employers who actively recruit for precision engineering skills. The combination of paid work experience and formal qualification gives you a strong return on your time investment.

Specialise in high-demand sectors

Toolmakers working in medical devices, aerospace components or semiconductor manufacturing command significantly higher salaries and face more stable demand than those in general light manufacturing. Deliberately targeting roles in these sectors early in your career builds specialist knowledge that is hard to replicate and valued across the industry. Look at employers such as BAE Systems, Rolls-Royce supply chain firms and UK medical device manufacturers as entry points.

Learn to work alongside collaborative robotics

Cobot systems from manufacturers like Universal Robots are becoming common on precision engineering shop floors, and toolmakers who understand how to programme, maintain and integrate these systems are increasingly rare and valuable. Seeking out employers or training providers who use this equipment will future-proof your skill set as automation extends further into fabrication. This positions you as a supervisor-level operator rather than someone who might be displaced by the technology.