Robotics Control Engineer

Position Summary:

Contribute to the development of next-generation surgical robots, with a focus on advanced motion control, teleoperation and complex robotic behaviors. You will develop new capabilities and explore new technologies and applications to improve system performance and usability in clinical settings.

Job Responsibilities

• Contribute to the development and validation of advanced motion control technologies for medical robotics, with a focus on motion smoothness, responsiveness and trajectory accuracy.
• Contribute to the development of complex robotic behaviors. Implement and optimize motion-control algorithms, including but not limited to filtering, kinematic and dynamic compensation, system identification, parameter optimization, and control-strategy refinement.
• Diagnose algorithm-related anomalies and complex problems on robot hardware, analyze the associated risks, and implement and verify fixes.
• Investigate new robotics technologies and explore new applications relevant to the project.
• Support clinical experiments and type testing for new product registration.

The role may also involve calibration work related to production tools.

You will work with technical and test teams on development, debugging and verification, and with mechanical and software teams as needed. The role may also involve international collaboration.

Job Requirements

Required Qualifications

• A bachelor’s degree or higher in Robotics, Computer Science, Control Engineering, Automation, Instrumentation and Measurement Engineering, or a related field.
• 1–3 years of work experience. Recent graduates with strong practical skills are also welcome; relevant experience may include system debugging in competitions or personal projects.
• A foundation in robot control, an interest in motion control, and practical experience in kinematics, dynamics or force control. Relevant experience may include systems integration.
• Programming skills in C++ and Python. MATLAB is optional.
• Strong analytical and hands-on skills, including the ability to diagnose complex problems on robot hardware and carry out debugging and verification.
• Excellent communication skills, fluency in Cantonese, and working proficiency in English and Mandarin, with the ability to explain technical issues clearly and work effectively across disciplines and cultures.

Preferred Qualifications

• Strong programming skills and experience in software architecture design.
• Experience developing and maintaining a shared codebase as part of a team