You design the systems that let machines run themselves: the controls, logic, and layouts behind automated production lines. Engineering the choreography that replaces manual work, so factories run faster and more reliably.
The work blends design and integration: laying out automated cells, specifying controls and sensors, guiding the logic, and commissioning it all on the floor. You'll move between CAD, the controls cabinet, and the live line. Getting a system to run reliably, not just once tends to be the real craft, and debugging on the floor under pressure is a regular part of the rhythm.
Conditions swing with the industry and the project. Some weeks are heads-down design; others are spent commissioning on-site, sometimes on a plant's schedule rather than yours. Downtime is expensive, so the stakes during startup can be high, and the technology keeps shifting — new controllers, robots, and software to learn. The distance between a clean design and a messy real floor is where much of the challenge lives.
Strong automation designers tend to be systems thinkers who like both planning and tinkering, comfortable at a desk and equally at home with a multimeter on the floor. If you want purely creative or purely theoretical work, this hands-on rigor may not fit. But for those who enjoy making complex machinery move as one, the payoff tends to be tangible and immediate.
Where this role sits in the broader career landscape — and where it can take you.
Roles like this one sit within a broader occupational category. The numbers below reflect that full landscape — helpful for context, but your specific experience will depend on level, specialty, and where you work.
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