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Robotics Engineer

Designs, builds, and programs robots and autonomous systems for use in manufacturing, logistics, healthcare, and other fields.

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What you do

Develops the mechanical design, sensors, and control software that let robots perceive their environment and perform tasks autonomously or semi-autonomously. Tests robots in simulation and on physical hardware, and works to make systems reliable, safe, and repeatable at scale.

Typical work environment

Lab and workshop-based robot testing alongside heavy software and simulation work at a desk, usually in fast-moving, small technical teams.

Typical entry point

Graduate robotics engineer at a robotics startup, automation integrator, or R&D lab within a larger manufacturing or technology company

Relevant subjects

Core

MathematicsPhysicsComputer Science

Relevant interests

Core

RoboticsProgramming

Also relevant

AI / DataMachines

Useful skills

Programming· AdvancedPython· AdvancedMechanical design· IntermediateProblem solving· AdvancedAnalytical thinking· Advanced

These are useful, relevant skills to build over time — not a checklist you need to already have.

Common education routes

Bachelor's degree—Robotics EngineeringPrimary route
Bachelor's degree—Mechatronics EngineeringCommon route
Master's degree—Robotics EngineeringCommon route
Bachelor's degree—Computer Science EngineeringAlternative route

These are common routes in, not the only path — and not a university or course recommendation.

Career characteristics

Deep technical specialisationStrong salary potentialGood international mobilityEntrepreneurial path availableCreativity-drivenResearch-intensive

General tendencies for this career, not a guarantee — actual roles vary by employer and location.

Industries

ManufacturingRoboticsAI

Tags

STEMTechnicalHigh-growthResearch-heavy

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