Socode are on the search for a Robotics & Controls Software Engineer to play a hands-on role in developing an advanced surgical robotic system for minimally invasive surgery, working across mechanical, electrical, systems, and clinical engineering to deliver dependable, safety-critical robotic functionality. We are open to seeing Senior and Staff level candidates for this position.
*Please note that no sponsorship is provided for this position*
Why would you want to join?
World-class team from C-level to IC.
A well-defined roadmap from people who have taken similar products to market successfully.
Fast-paced start-up culture, with exceptional financial backing.
Impact from day one, early-stage, influence the architecture!
Competitive compensation packages.
The desired Robotics & Controls Software Engineer will have the following experience:
developing real-time control software in modern C++, backed by strong software-engineering fundamentals – algorithms, data structures, and object-oriented design.
Solid grounding in robotics fundamentals, including kinematics, dynamics, and control theory.
Strong hands-on system integration and debugging skills, with good instincts for how electromechanical systems behave during troubleshooting and validation.
Experience with Python and MATLAB/Simulink for algorithm development and testing.
Bachelor's or above in Robotics, Computer Engineering, Mechanical Engineering, or similar candidates with one or more of the following will be considerably favoured: an advanced degree in robotics or controls, industry experience in safety-critical domains (medical, aerospace, automotive), software developed to IEC 62304 Class C with knowledge of ISO 14971, or familiarity with IEC 61508 / ISO 26262.
What will they be doing?:
Develop real-time robotic control software running on a real-time operating system, and design and tune motion-control algorithms for complex electromechanical systems.
Integrate and debug software directly on robotic hardware in the lab, supporting system bring-up, characterisation, troubleshooting, and validation.
Contribute to software architecture, verification, and safety-critical development activities, working closely with cross-functional engineering teams.
Collaborate across mechanical, electrical, systems, and clinical engineering to turn concepts into reliable, validated robotic functionality.
Annual bonus
Milestone based bonus
Meaningful equity
Private Medical, Dental and Vision Insurance