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Skills
secondary education, so technical training is a respected, parallel track to a university degree. Japan has built a culture where deep specialization within a single craft is a source of real pride. South Korea paired aggressive industrial policy with equally aggressive investment in technical universities feeding directly into its electronics and automotive sectors.
These countries didn’ t treat workforce development as separate from industrial strategy. It was the strategy. The good news is that we don’ t have to invent this playbook, we just have to learn from it and adapt it quickly.
Building the human infrastructure to support innovation
Here’ s the opportunity in front of us: we’ re already building the physical infrastructure at a historic pace. The next chapter is making sure we build the human infrastructure to match it. Highly configured, precision manufacturing, the kind increasingly common across advanced industries, runs on skilled machinists, quality engineers, and technicians who understand both the craft and the technology behind it. The good news is that this workforce is trainable at speed, if we invest in the right pathways. There are already signs of what that investment can look like. Deepening ties between industry and universities takes many forms- sponsoring student robotics teams, working directly with engineering departments, placing coursework on product design, tooling, and manufacturing processes alongside research partnerships. These are the kind of sustained commitments that actually move the needle on skills, long before a graduate ever sets foot on a factory floor. It’ s not a substitute for policy, but it’ s a preview of what closing this gap requires: sustained investment, not a single program.
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