Engineering & Manufacturing

Robotics Engineer

Designs and programs machines that sense and act autonomously.

Content last reviewed: August 2026

A robotics engineer designs, builds, and programs robotic systems, combining mechanical design, electronics, and software to create machines that can sense their environment and act on it. A typical day might include writing control software, testing how a robot responds to sensor input, and troubleshooting mechanical or electrical issues that show up during testing.

Because robotics spans mechanical, electrical, and software problems simultaneously, the work often requires switching between very different types of technical problem-solving within a single day.

Core tasks

✓Designing mechanical and electrical robotic systems
✓Programming control and autonomy software
✓Integrating sensors and testing system responses
✓Debugging integrated hardware-software issues
✓Iterating on prototypes based on testing
✓Documenting system design and performance

Tools & skills used

Mechanical and electrical designProgramming for robotics and control systemsSensor integrationSimulation and testing toolsCross-disciplinary systems thinkingIterative prototyping

Typical entry paths

→Robotics & Automation Engineering
→Mechanical, Electrical, or Computer Engineering with a robotics focus

Common misconceptions

It's not purely software or purely mechanical, effective robotics engineers need working knowledge across several disciplines at once.
Physical testing and iteration remain essential, simulations don't fully replace real-world testing of how a robot behaves.

Frequently asked questions

What does a Robotics Engineer do?

Designs and programs machines that sense and act autonomously.

What are the core tasks of a Robotics Engineer?

Day to day, this typically includes: Designing mechanical and electrical robotic systems; Programming control and autonomy software; Integrating sensors and testing system responses.

What tools or skills does a Robotics Engineer use?

Common tools and skills for this role include Mechanical and electrical design, Programming for robotics and control systems, Sensor integration, Simulation and testing tools.

How do people typically become a Robotics Engineer?

Robotics & Automation Engineering. Mechanical, Electrical, or Computer Engineering with a robotics focus.

What's a common misconception about being a Robotics Engineer?

It's not purely software or purely mechanical, effective robotics engineers need working knowledge across several disciplines at once.

What college majors lead to becoming a Robotics Engineer?

Majors that commonly lead here include Robotics & Automation Engineering, Mechanical Engineering, Electrical Engineering. A major shapes what you study, it isn't a guarantee of landing this specific role.

This describes what the role typically involves day to day. It's not a guarantee of hiring, salary, or advancement, actual responsibilities vary by employer, industry, and location. See our disclaimer.