A recent article in Develop 3D argues that manufacturing education needs urgent updating and not just for students entering the workforce but for everyone involved in design, engineering, and production. The author warns that traditional “Design & Technology” classrooms are fading, even as the industry embraces collaborative robots (cobots), 3D printing, automation, and AI-driven tools.
The article calls on technology firms and machine-tool vendors to step in and fill this “education gap.” As an example, it highlights a training center launched by Universal Robots in Sheffield. There, people of all ages, from young learners to seasoned professionals, can get hands-on experience programming and operating cobots. This isn’t about creating full-blown manufacturing specialists, but giving designers, planners, and engineers a baseline understanding of modern manufacturing capabilities.
That matters because when a designer or engineer understands what can be made, and with what tools, they can create more realistic, efficient, and manufacturable designs. A short course might offer far more value than a full apprenticeship for many professionals, enabling them to stay current without heavy time investment.
The author further argues that the wave of “fringe” technologies, such as 3D printing of large parts, automated CNC machining, advanced composites, and additive manufacturing, is no longer fringe. These are entering mainstream production. To stay relevant, educational systems must evolve, offering awareness and basic training across the board.
Without that, the gap between what factories can do and what professionals know will widen. The article suggests the future lies in short, flexible training and exposure to modern manufacturing tools, not only for apprentices but also for designers, hobbyists, and seasoned engineers. That could democratize access to manufacturing knowledge and keep the industry agile as technologies continue to advance.