5-8 years in robotics or autonomous vehicle systems engineering with hands-on experience.
Strong proficiency in Python and C++ programming languages.
Experience in transitioning vehicle or robot platforms from prototype to production.
Bachelor's degree in Robotics, Computer Science, Electrical Engineering, or a related field.
Willingness to travel up to 15% to customer mine sites.
Motivated by physical AI and comfortable with ambiguity.
Responsibilities
Integrate and validate autonomy capabilities on real autonomous haul trucks.
Own system-level integration across sensors, compute, networking, and software stacks during testing.
Lead technical execution for new truck platform bring-ups across multiple OEM brands.
Build diagnostics, validation criteria, and release gates for production readiness.
Collaborate with planning, controls, operations, and safety teams to ensure robust autonomy behavior.
Benefits
Competitive equity package for exceptional candidates.
Visa transfers considered for international applicants.
Relocation assistance available.
Full Job Description
About the Role
Join a small, high-impact systems team scaling autonomous haulage deployments internationally. You will be one of the engineers shaping how autonomy runs on real vehicles in mission-critical mining environments, not in simulation.
What You Will Do
Integrate and validate autonomy capabilities on real autonomous haul trucks, taking features from prototype to reliable performance in production.
Own system-level integration across sensors, compute, networking and software stacks during testing.
Lead technical execution for new truck platform bring-ups across multiple OEM brands, including sensor integration, calibration and performance tuning.
Build diagnostics, validation criteria and release gates for production readiness across a growing international fleet.
Work with planning, controls, operations and safety teams to deliver robust autonomy behavior.
Requirements
What We Are Looking For
Five to eight years in robotics or autonomous vehicle systems engineering, with hands-on autonomy deployment and systems integration on real vehicles.
Strong Python and C++ skills and Linux-based robotics experience.
Experience bringing new vehicle or robot platforms from prototype to production.
A BS in Robotics, Computer Science, Electrical Engineering or a related field.
Willingness to travel up to 15% to customer mine sites.
Motivation for physical AI and field deployment, with comfort in ambiguity.
Bonus Points
Perception interfaces and camera pipelines.
Sensor fusion, calibration workflows or CAN interfaces.
A Master's or PhD in robotics or a related field.
Benefits
Compensation and Benefits
$185,000-$213,000 base salary plus competitive equity, higher for exceptional candidates. Visa transfers are considered.
Location and Work Model
Full-time and on-site five days a week in San Francisco. Relocation is fine.
