Career pathways

What can you do with mechatronics training?

Career labels overlap. Start with the actual systems you want to work on, then map the education, skills, and experience each role usually demands.

Installs, maintains, tests, and troubleshoots automated equipment that blends mechanics, electronics, sensors, and programmable controls.

Keeps industrial automation systems operating by diagnosing faults across controls, sensors, drives, and production equipment.

Designs and commissions the hardware and software that coordinate machines, production cells, and safety systems.

Builds or integrates robotic systems, combining mechanical design, sensing, software, and control logic for real-world tasks.

Improves the processes, fixtures, equipment, and quality systems that turn a product design into reliable production.

Travels to customer sites to install, calibrate, repair, and train users on complex technical equipment.

Maintains, troubleshoots, and supports the robots, end effectors, safety devices, and supporting equipment used in an automated cell.

Plans, designs, integrates, and improves automation systems that connect equipment, data, quality, and production requirements.

Develops electrical and electronic systems, from power and drives to embedded interfaces and control hardware.

Designs and tests electronic circuits, sensing, communication, and control components that make intelligent equipment possible.

Designs mechanical systems, tooling, structures, and moving assemblies that must work reliably alongside electrical and software systems.

Sets up, maintains, troubleshoots, and improves computer-controlled machining equipment, tooling, and production processes.

Defines, integrates, verifies, and manages complex technical systems across mechanical, electrical, software, operational, and safety boundaries.