Job DescriptionThe roleYou will be responsible for the mechatronic design of our subsea vehicle, from concept through sea trials. You will integrate mechanical, electrical, and software systems, and work closely with our engineering team to deliver hardware that performs in the field.
What you'll do- Architect and integrate the vehicle's electromechanical systems, from actuation and power to sensing and control
- Take designs from sketch to CAD to prototype to something that survives the bench, the tank, and the sea
- Work directly with software and autonomy engineers so the hardware and the code are designed together
- Bring up new hardware, debug it, and find the real root cause
- Run tests, interpret what they tell you, and iterate quickly
- Go out on deployments and see your work operate at sea
RequirementsYou might be a fit if- You have several years of experience buildingsystems that had to work outside a lab (robotics, aerospace, automotive, marine, industrial, or similar)
- You have strong engineering judgment: you can tell what matters from what doesn't, and you know why something will fail before it does
- You're fluent across mechanical design, electronics, and embedded software, and deep in at least one of them
- You're comfortable with CAD and with hands-on fabrication and testing
- You've owned a system end to end and can show what you built
- You are driven by the problem and want a lot of ownership
Bonus points- Subsea or other extreme-environment experience (pressure, corrosion, sealing, field operations)
- Experience with actuators, motor control, or power systems
- Time spent at sea, in the field, or on competition teams
Why join- Real ownership and influence on technical direction
- A hard, meaningful problem at the frontier of ocean exploration
- A small team where your work ships and gets tested in the real world
To apply: Send your CV and a
portfolio (required) showing systems you've designed and built, such as CAD, photos, test data, code, or project write-ups. Include a short note about the most difficult system you've built and what went wrong along the way.
