
We transform heavy equipment into autonomous robots. Come solve the hardest problems in physical AI and deploy solutions on live construction sites worldwide.
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“We are forging an iconic, functional design language for the hardware driving the autonomous heavy equipment revolution.”

“Designing Slate feels like building a video game, but with high-stakes reality: shaping how human operators interact with and trust heavy construction equipment that move on their own.”

“Taking our software into the field and watching a massive excavator execute its first autonomous dig feels like magic”

“We went from an ETH Zürich lab to active jobsites across the world, and the culture here is second to none. It’s the most fulfilling engineering work of my career.”

“Designing the rugged hardware that powers some of the largest robots on Earth is an incredible engineering challenge, and honestly, a complete blast.”

“There is nothing quite like writing code and watching it move a 30-ton excavator in the real world. Very few places give you that level of immediate, physical impact.”

“Building our platform means laying the foundation for our entire fleet alongside elite engineers—it’s as rewarding as engineering gets.”

“We are building the physical intelligence for heavy machinery and watching it dig on live jobsites just weeks later. This is the absolute cutting edge of robotics.”

“From my first week, I was contributing directly to the simulation pipelines that train our autonomous software. You don’t get this level of impact as an intern anywhere else.”
Gravis Robotics turns standard earthmoving machines into robotic teammates — bringing software and AI to an industry that has run on iron for a century.
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