Space Robotics
Space robotics engineers build the manipulators and mechanisms that service, assemble and explore in orbit and beyond. We place specialists from a genuinely small global field.
What Robotics engineers actually do.
Space robotics engineers design and operate the manipulators, mechanisms and robotic systems used for in-orbit servicing, assembly, sample return and planetary exploration – combining mechanical design with the control and autonomy needed to operate remotely or independently.
Unlike terrestrial robotics, there is no room for iteration once a system is in orbit – every mechanism has to work reliably in vacuum, radiation and extreme thermal cycling, often after years of dormancy.
Why this hire is hard.
- A genuinely small global field — far fewer flown robotic systems and programmes than terrestrial robotics to have trained on
- Requires mechanical, control and often autonomy expertise together
- Many of the strongest candidates are embedded in a handful of research institutions or primes
- Space-qualified mechanisms and materials expertise takes years to build
- Rarely surface on the open market — most moves happen through direct relationships
Roles, technologies and seniority we cover
Roles we cover
Robotics Engineer, Mechanisms Engineer, Manipulator/Arm Systems Engineer, Robotics Controls Engineer, Robotics Lead.
Technologies & competencies
Robotic manipulator design & control, mechanisms (deployables, actuators), kinematics & dynamics, teleoperation & autonomy for robotics, space-qualified materials & lubrication, ROS/robotics middleware.
Seniority levels
Graduate through Senior, Principal and Robotics Lead — PhD-level common given the research-heavy nature of the field.
Typical candidate profiles
Mechanical, robotics or aerospace engineering backgrounds, often with a research or academic robotics pedigree; experience on in-orbit servicing, planetary rover, or robotic arm programmes is a strong signal.
Relevant industries
In-orbit servicing companies, planetary exploration programmes, national agencies, robotics research institutions transitioning to flight.
Related disciplines & insights
Autonomy / AI
The decision-making layer that increasingly drives robotic systems.
Systems Engineering
Where robotic subsystems integrate into the wider mission.
Inside the small world of space robotics talent
Why most senior space robotics moves happen off-market.