Orbital Robotics Engineer – The Schools' Aerospace Careers Programme

What Does This Career Involve?

Orbital Robotics Engineers develop robots that can function in the vacuum and zero-gravity environment of space. These robots carry out complex tasks such as satellite maintenance, spacecraft refuelling, and even on-orbit construction. Engineers in this field combine advanced mechanics, artificial intelligence, and space systems integration to build machines capable of autonomous precision in orbit.

Why Is This the Future?

As space becomes more commercial and crowded, robotic solutions are essential for extending the lifespan of satellites, avoiding debris, and constructing infrastructure. NASA, ESA, and private space companies are investing heavily in orbital robotics to reduce risk, lower mission costs, and enable continuous human presence beyond Earth.

Related Existing Careers

Robotics Engineer

Robotics Engineers design, test, and refine autonomous machines. In space, their work adapts to extreme temperature fluctuations, lack of gravity, and communication delays — all of which demand novel solutions.

Satellite Operations Specialist

These specialists understand how satellites behave in orbit, how to manoeuvre them, and how to respond to technical faults. Their insights are essential when designing robots to service or interact with satellites safely

Mechanical Engineer

Mechanical Engineers apply core design and prototyping principles to robotics hardware. Their ability to design moving parts, actuators, and durable frameworks ensures orbital robots survive and perform reliably in the harsh space environment.