Lead the charge in developing innovative software solutions for intelligent robotic surgery, focusing on the integration of Machine Learning algorithms with cutting-edge surgical systems to enhance healthcare outcomes and operational efficiency.

Transform medical device development by leading translational research initiatives. Collaborate across teams to deepen understanding of biological mechanisms, enhance device design, and ensure swift regulatory submissions for Class II and III devices.

Play a key role in developing software for manufacturing surgical robotic instruments. Collaborate with cross-functional teams to enhance kinematic performance and safety, ensuring smooth production and software integrity.

Drive innovation in manufacturing processes for a new robotic surgical platform. Collaborate with R&D to optimize designs from prototype to production, ensuring quality through testing, validation, and implementation of efficient manufacturing methods.

Optimize the design and development of surgical robot systems, driving innovation through creative engineering of kinematics, actuation, and sensing, while effectively collaborating in a dynamic team to meet project milestones and enhance product quality.