Staff R&D Mechanical Engineer, Robotics
TLDR
Take a robotic mechanical system from initial concept through product, guiding design strategy, prototypes, manufacturability, reliability, and pre-clinical use.
Workplace Type: Hybrid, on-site in Santa Cruz an average of 4-days per week
At Capstan Medical, we’re building one of the most exciting and innovative companies in medtech—developing a first-of-its-kind robotic platform for minimally invasive heart valve treatment. Our team combines surgical robotics, catheter-based delivery, and next-generation implants to transform complex procedures into safer, lower-stress solutions for patients and clinicians alike. As a highly collaborative, hands-on team, we move fast, wear multiple hats, and believe the best ideas can come from anyone.
Based in Santa Cruz, our unique workspace blends cutting-edge Bay Area innovation with a lifestyle-driven environment near trails, beaches, and open space—creating the perfect place to do meaningful, career-defining work.
The Opportunity:
We are building a novel medical robotic application, bringing together an exciting set of hardware and software into an elegant product. We are looking for someone who can take a mechanical system of the robot design from initial concept all the way to product.
What You’ll Do:
What You’ll Need:
Ways To Stand Out:
Why Join Us:
We are an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, national origin, sex, sexual orientation, gender identity, veteran status, and disability, or other legally protected status.
Benefits
Flexible Work Hours
flex time off
Health Insurance
medical, dental, and vision covered at 100% for you and your family
office outing
just be ready to enjoy a fun office outing
Remote-Friendly
Hybrid, on-site in Santa Cruz an average of 4-days per week
Capstan Medical is developing a first-of-its-kind robotic platform for minimally invasive heart valve treatment. By integrating surgical robotics, catheter-based delivery, and next-generation implants, we aim to make complex procedures safer and less stressful for both patients and clinicians.