You will lead the mechanical design and field integration of next-generation optical wireless hardware. Moving beyond traditional CAD work, you will drive rapid prototyping, hardware-in-the-loop testing, and on-site deployments. This role is pivotal in bridging the gap between advanced lab concepts and ruggedized, real-world robotic and industrial connectivity solutions.
Mechanical Engineer at VC-backed optical communications startup
Are you a hands-on Mechanical Engineer ready to build the future of wireless connectivity? Join a well-funded Silicon Valley startup creating ultra-low latency optical systems that outpace Wi-Fi. This isn't a 'sit behind a desk' role—you'll be designing, prototyping, and deploying ruggedized hardware for robotics and physical AI. If you have 3-8+ years of experience in robotics or autonomous systems and want to shape a product from the ground floor, this is your chance to solve a fundamental infrastructure challenge alongside world-class technologists.
About this role
Role overview
About the company
About the company
VC-backed optical communications startup
What you'll do
What you will do
- Design and model mechanical enclosures, mounts, and integration systems for high-bandwidth optical hardware using SolidWorks or Fusion.
- Collaborate with multidisciplinary teams to integrate optical sensors and communications equipment into diverse industrial environments.
- Lead field trials and customer pilots, troubleshooting complex system-level mechanical issues during real-world deployments.
Who you are
Who this is a fit for
- Has 3-8+ years of experience in mechanical engineering for robotics, autonomous systems, or ruggedized hardware products.
- Demonstrates mastery of CAD modeling and a proven track record of moving designs from initial concept to physical deployment.
- Thrives in fast-paced startup environments and is willing to travel periodically for hands-on testing and on-site installations.
Why this role
Why this role is remarkable
- Join a venture-backed team building groundbreaking technology that outperforms standard Wi-Fi by orders of magnitude.
- Work at the intersection of robotics and physical AI, solving fundamental infrastructure constraints for autonomous systems.
- Enjoy a hands-on startup environment where you influence product architecture and see your designs deployed in the field.
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