Lead Hardware Engineer, Autonomous Medical Robotics — Equity

Andromeda Surgical, Inc.; South San Francisco (CA); On-site; USD 150,000 - 210,000; Full time

Benefits offered by this job

Equity package

Healthcare benefits

Monthly health stipend

Visa sponsorship

Job summary

Andromeda Surgical, Inc. is seeking a Lead Hardware Engineer in California to design, build, and deploy the next generation of our autonomous surgical robot platform.

This hands-on leadership role focuses on turning ideas into working systems, bridging mechanical, electrical, firmware, and system integration challenges. You will drive architectural decisions, prototype hardware, and collaborate with controls, software, robotics, and clinical teams to deliver reliable, production-ready solutions.

Qualifications

• Strong experience developing complex hardware systems.
• Experience across mechanical, electrical, firmware, and system integration.
• Hands-on prototyping and debugging experience.
• Familiarity with electronics, sensors, actuators, embedded systems, and system integration.
• Experience taking products from prototype through deployment.

Responsibilities

• Lead hardware development across robotic subsystems.
• Design, prototype, test, and iterate on new hardware solutions.
• Work across electrical, mechanical, and embedded systems.
• Drive hardware architecture decisions and technical tradeoffs.
• Collaborate closely with controls, software, robotics, and clinical teams.
• Debug complex system-level issues across multiple disciplines.
• Support manufacturing, testing, and deployment efforts.
• Help establish engineering processes, standards, and best practices.

Skills

Hardware design

Prototyping

Embedded systems

Cross-disciplinary collaboration

System integration

Job description

Andromeda Surgical, Inc. is seeking a Lead Hardware Engineer in California to design, build, and deploy the next generation of our autonomous surgical robot platform.

This hands-on leadership role focuses on turning ideas into working systems, bridging mechanical, electrical, firmware, and system integration challenges. You will drive architectural decisions, prototype hardware, and collaborate with controls, software, robotics, and clinical teams to deliver reliable, production-ready solutions.