If you could redesign industrial automation education from scratch, what's the one practical, hands-on skill that's missing from current curricula but critical for real-world success?

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Based on what I&#39;ve seen in the industry, if I were redesigning industrial automation education from scratch, I&#39;d say the one critical missing skill is real-world system integration and troubleshooting. Here&#39;s why: Most programs teach PLC programming, robotics, or individual components really well, but they often miss the messy reality of connecting all these different systems together in a working plant environment.Think about it - in the real world, you&#39;re not just programming a single PLC. You&#39;re dealing with sensors from one manufacturer, robots from another, vision systems from a third, and they all need to communicate seamlessly. The skill that&#39;s often missing is understanding how to troubleshoot communication protocols, handle interoperability issues, and debug systems when things don&#39;t work as expected in the textbook scenario.What I&#39;d add to the curriculum is hands-on experience with multi-vendor system integration projects. Students should work on projects where they have to make equipment from different manufacturers talk to each other, diagnose communication failures, and understand the practical realities of industrial networks. This bridges the gap between theoretical knowledge and the actual challenges automation professionals face every day in factories and plants.

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If you could redesign industrial automation education from scratch, what's the one practical, hands-on skill that's missing from current curricula but critical for real-world success?

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