Surgical robotics and catheter systems for minimally invasive heart valve repair
Capstan Medical builds robotic surgical systems and catheter-based devices for structural heart repair, with a deep embedded-systems stack (C++, Rust, ROS, STM32, FreeRTOS, EtherCAT) and active real-time control development. The hiring mix is heavily weighted toward senior and staff-level engineers (28 of 46 open roles), suggesting they're scaling complex robotic prototypes toward manufacturing transfer while navigating regulatory and thermal optimization challenges that span hardware, firmware, and clinical validation.
Capstan Medical develops minimally invasive robotic and catheter-based systems for heart valve repair and replacement in structural heart disease. The company is based in Santa Cruz, CA and operates with 51–200 employees across engineering, manufacturing, and clinical functions. Active project work spans real-time robotic control systems, prototype development, manufacturing transfer, and validation of a regulatory pathway for a surgical platform. Pain points indicate the company is managing the transition from R&D-stage robotics into scaled manufacturing while maintaining real-time clinical reliability and meeting medical device regulatory requirements.
Core languages: C++, Rust, Python. Embedded: STM32, ARM Cortex-M4, FreeRTOS, EtherCAT, CAN bus. Robotics: ROS/ROS 2. AI: PyTorch, TensorFlow. CAD: SolidWorks, AutoCAD. Compliance: Jama Connect, IBM DOORS, Polarion.
Yes. 27 of 46 active roles are engineering positions, with 21 at senior level and 7 at staff level. Hiring is accelerating and focused in the United States.
Real-time robotic control systems, catheter-based repair devices, robotic mitral valve loading systems, manufacturing transfer of next-generation designs, and validation of a surgical platform for regulatory compliance.
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