Across various skilled trades, from automotive restoration to precision manufacturing, apprenticeships are undergoing a significant transformation. Educational programs are increasingly integrating digital tools—such as computer-aided design (CAD), 3D printing, and CNC programming—alongside traditional engineering fundamentals like welding and manual finishing.
At the Heritage Skills Academy, the curriculum for classic vehicle technicians has been updated to include these digital competencies. Chris Tolman, founder of the restoration firm Tolman, notes that this approach is essential for developing technicians who can diagnose and solve complex problems rather than simply replacing parts. This sentiment is echoed by industry experts who warn that while digital literacy is vital, it must not come at the expense of understanding core materials and manual processes.
In Sheffield, historic businesses are leveraging this hybrid model to remain competitive. Scissor-maker Ernest Wright, for instance, utilizes 3D metal printing to create accurate prototypes before finalizing products with traditional methods. Similarly, surgical instrument manufacturer Platts & Nisbett employs CNC machinery for initial production stages while maintaining hand-finishing techniques for the final product.
Despite the benefits of these advancements, some employers express concern regarding recruitment. Julie Topham of Platts & Nisbett noted the challenge of finding individuals who possess a genuine interest in manual labor rather than just operating software. As the industry evolves, the focus remains on ensuring that the next generation of tradespeople can master the balance between modern innovation and the tactile skills that define their craft.
Source: BBC News
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