Lead innovative user-centered design for robotic systems, guiding cross-functional teams to enhance usability and safety, while leveraging research to influence product strategy and mitigate risks.

Engineer high-performance opto-mechanical designs for the 3D Surgical Viewer. Drive cost reduction, ensure compliance, and collaborate with teams to enhance robotic surgical technologies through innovation and rigorous testing.

Empower surgical innovation by leading the design of real-time machine learning systems to enhance surgical imagery analysis, directly improving surgeon decision-making and patient outcomes in minimally invasive procedures.

Engineer the future of manufacturing by supporting and enhancing production lines, driving process improvements, and leading cross-functional collaborations to deliver high-quality medical instruments efficiently and effectively.

Pioneer the development of cutting-edge simulation environments for AI-driven robotics, leading cross-functional teams to enhance safety-critical motion policies through scalable data generation and machine learning techniques.