Robotics Engineer

You design, build, and program robots — from industrial arms that weld car frames to autonomous drones to surgical systems that operate inside the human body. You'll work at the intersection of mechanical engineering, electrical engineering, and computer science, which means you need to be good at three things most people struggle with individually. When your code has a bug, the consequence isn't a crash — it's a robot arm swinging where it shouldn't.

Learn the skills

Courses and certifications to get you job-ready

What you'll actually do

• 01Design robotic systems that integrate mechanical components, sensors, actuators, and control software into a thing that actually moves
• 02Write control algorithms and motion planning code that prevents your robot from destroying everything in its path
• 03Test prototypes in lab environments where 'unexpected behavior' is a polite term for 'the robot did something terrifying'
• 04Debug hardware-software integration issues where the problem could be mechanical, electrical, or in the code — or all three
• 05Collaborate with manufacturing engineers to design robots that can be built at scale, not just as one-off lab demos
• 06Stay current on AI, computer vision, and sensor technology that's evolving faster than you can implement it