Field Software Engineer

Role: Field Software Engineer

Location: SF Bay Area (in-person), with regular travel to active job sites within the US

About the role

We're looking for a Field Software Engineer to be the bridge between our autonomy stack and the real-world job sites where it runs. You'll deploy, tune, and troubleshoot our robots' software directly in the field, working hands-on with perception, planning, and control systems as they encounter the unpredictability of live construction environments. This is a hybrid role: part software engineer, part on-site problem solver.

You'll need to be as comfortable debugging a planner in the field under time pressure as you are writing production code back at HQ. Ideally, you have experience deploying robotics software in real-world conditions and enjoy owning a problem from root cause to shipped fix.

What you'll get to work on

• Deploy and support our autonomy stack directly on robots at active construction sites.
• Perform on-site troubleshooting and root cause analysis when robots misbehave in the field, and drive fixes back into the codebase.
• Tune and calibrate sensing systems (LIDAR, cameras, IMU) for site-specific conditions and terrain.
• Build and maintain tools for remote monitoring, telemetry, and diagnostics so issues can be caught and understood before they reach the field.
• Act as the technical liaison between hardware, software, and site operations teams, translating field feedback into engineering priorities.
• Author clear documentation and SOPs to support field deployments, operator training, and smooth site hand-offs.
• Contribute improvements directly to the autonomy stack based on real-world deployment learnings.
• Help optimize system performance and reliability under real field constraints (connectivity, power, weather, terrain).

What we look for

• Degree in computer science, robotics, mechanical engineering, electrical engineering or other engineering disciplines (or equivalent experience).
• 2+ years of hands-on experience deploying software for robotics or autonomous systems in real-world or field environments.
• Experience with ROS2 and working across the autonomy stack (perception, planning, control).
• Proficient in Python and C++.
• Comfortable with on-site troubleshooting, root cause analysis, and operating under time pressure in unstructured environments.
• Strong communication skills, with experience acting as a liaison across hardware, software, and operations/customer-facing teams.
• Willingness to travel regularly to job sites, most commonly outdoor environments.
• Should be comfortable taking ownership of tasks with light supervision.
• Legally authorized to work in the US.

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