The datacenter buildout is the largest industrial project in human history. Gradient builds the autonomous robots that make it possible.
Partnered with the world's largest AI infrastructure companies and backed by the industry's best investors, we move fast and build full-stack systems that matter.
We're looking for a Mechanical Engineer to be the backbone of how Gradient Robotics turns designs into working hardware. This is intentionally a hands-on ownership role. You'll own a subassembly and its parts from first sketch to validated hardware while partnering closely with the rest of the engineering team on whatever is highest leverage at any given moment. This is a role for someone who loves the full build-test loop: you'll design a part, do the analysis to back it up, make it, test it on the robot, and turn a failed test into a revised part the same week. You'll touch every stage of your hardware, which means real ownership and room to grow quickly. The impact is significant: the subassemblies you own go straight onto the machines that scale AI infrastructure worldwide, and nothing you design gets handed off halfway.
Own a subassembly and its parts through design, hand calcs, FEA, fabrication, assembly, and validation
Own the supporting analysis: hand calcs, tolerance stack-ups, fastener and material selection, and basic FEA
Build, assemble, and test your own parts on test fixtures and on the robot
Iterate fast: turn feedback from a failed test into a revised part the same week
1-4 years of mechanical design experience (exceptional new grads with strong project or internship work are welcome to apply)
Solid fundamentals: statics, materials, tolerance analysis, fasteners, and basic FEA
Experience building things: student teams, products that shipped, prototypes that worked
Hands-on machining experience: we have some really cool machines, and as a small team, engineers do need to make their own parts at times
Able to work on-site in San Francisco 5 days/week (6 days/week if needed during crunch time), embedded in the team
Experience at a hardware, robotics, aerospace, or automotive company
CAM experience (Fusion 360) or comfort programming your own toolpaths
Comfort using AI tools to multiply your own output
Jan 2027 - May 2027
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