Surgical Robotics Hardware Lead

Mosaic Intelligence; San Francisco (CA); On-site; USD 220,000 - 360,000; Full time

Job summary

Mosaic Intelligence Labs, Inc. is seeking a Hands-on Hardware Lead to design, build, and test robotic systems for endovascular surgical platforms.

You will own the mechanical design, define the hardware architecture, and mentor a growing hardware team, collaborating with software, controls, and clinical groups. You will prototype concepts, review junior engineers, and drive design reviews to ensure reliability, sterility, and manufacturability for clinical use.

Qualifications

• 8+ years of hardware product development experience.
• Hands-on hardware lead with proven ownership of capital robotic/electromechanical systems.
• Experience designing mechanisms, actuators, transmissions, and sensors.
• Strong CAD skills and ability to define hardware architecture.
• Mentor junior engineers and lead design reviews.
• Collaborative, pragmatic problem-solver who values teamwork and iteration.
• Excited by early-stage products and shaping hardware from concept to production.

Responsibilities

• Own the mechanical design from concept to production-ready hardware.
• Define system architecture for scalable hardware platforms.
• Prototype early designs to test hypotheses and iterate quickly.
• Review junior engineers' designs and provide constructive feedback.
• Lead design reviews, establish CAD/PLM practices, and build documentation.
• Grow and manage the hardware team, vendors, and contract manufacturers.
• Ensure operating room readiness with sterilization, safety, and cleanability in mind.

Skills

Mechanical engineering

Hardware product development

Mentorship

System integration

Mechatronics

Hands-on hardware

Prototype testing

Product architecture

Tools

CAD

PLM

Job description

Mosaic Intelligence Labs, Inc. is seeking a Hands-on Hardware Lead to design, build, and test robotic systems for endovascular surgical platforms.

You will own the mechanical design, define the hardware architecture, and mentor a growing hardware team, collaborating with software, controls, and clinical groups. You will prototype concepts, review junior engineers, and drive design reviews to ensure reliability, sterility, and manufacturability for clinical use.