Top Tech Jobs & Startup Jobs

Own hardware verification and validation testing for a novel medical robotic platform. Develop test plans, methods, protocols, acceptance criteria, fixtures, and reports supporting FDA submissions. Lead reliability and mechanical testing against IEC 60601-1, coordinate external test houses, collaborate with manufacturing, investigate failures, and document results. The role requires mechanical engineering expertise, regulated medical device experience, CAD and GD&T proficiency, hands-on prototyping, sensing equipment familiarity, and strong technical writing.

Develop and deploy machine learning perception and controls systems for a cardiac surgical robot. Build image-to-robot registration, pose estimation, sensor-fusion, data, simulation, and evaluation pipelines using fluoroscopy and echocardiography. Collaborate with robotics, controls, clinical, and physician teams to improve device models and controllers. Deploy real-time models on robotic systems and produce validation and design documentation for FDA design controls.

Lead productization of robotic subsystems from engineering builds through clinical production. Develop and qualify manufacturing processes, fixtures, tooling, documentation, line layouts, and process controls for complex electro-mechanical surgical robots. Drive DFM/DFA, risk management, validation, root-cause investigations, supplier decisions, traceability, and cross-functional issue resolution while mentoring engineers and technicians.

Develops and owns manufacturing software and hardware-in-the-loop test systems for a novel surgical robot. Responsibilities include defining test strategies, developing and validating robotic assembly tests, debugging electromechanical systems, analyzing production data, managing software releases, supporting test fixtures, and partnering with R&D, Quality, and Production. The role requires Python and C++, industrial communication protocols, instrumentation, software validation, and hands-on hardware/software integration experience.

Supports assembly, testing, troubleshooting, and continuous improvement of robotic medical-device manufacturing. Responsibilities include debugging electro-mechanical systems, conducting root-cause investigations, executing end-of-line tests, documenting non-conformances, qualifying fixtures, refining manufacturing and test procedures, analyzing production data, and implementing corrective actions. This onsite role collaborates with engineering, quality, and technician teams to improve yield, reliability, cycle time, and scalable production of a surgical robotic platform.

Lead manufacturing development and productization of new medical implant sizes from design input through validation, design transfer, and production launch. Design and qualify tooling, provide design-for-manufacturability guidance, execute builds and process validation, create manufacturing documentation, manage supplier readiness, train production teams, and resolve process or component nonconformances using root-cause and corrective-action methods.

Develops and transfers manufacturing processes for new medical device implant sizes. Responsibilities include fixture and tooling design, DFM/DFA feedback, engineering and validation builds, IQ/OQ/PQ execution, DOE-based analysis, manufacturing documentation, supplier onboarding, technician training, and NCR root-cause investigations. The role supports regulated production under GMP, 21 CFR 820, and ISO 13485 requirements.

Designs and develops mechanical systems for a novel medical robotic platform from concept through product launch. Responsibilities include collaborating with manufacturing and clinical teams, building and bringing up robotic prototypes, supporting preclinical lab use, identifying technical risks, documenting manufacturability and reliability findings, and contributing to design reviews, verification, regulatory processes, and product development milestones.

Design and implement software for a multi-process real-time robotic medical system. Develop services coordinating system state, ensure safe operation, profile and optimize performance, implement security hardening, collaborate with hardware and controls teams, and support verification/validation for regulatory compliance.