Senior Robotics Systems Engineer — Scale Autonomous Haulage

Loud Solutions; San Francisco (CA); On-site; USD 180,000 - 240,000; Full time

Job summary

Loud Solutions in San Francisco seeks a Senior Robotics Systems Engineer to deploy autonomy on real mining trucks. You will own end-to-end system integration, bring prototype features to production, and collaborate with hardware teams for sensor calibration and performance tuning.

Ideal candidates have 5+ years in robotics, strong Python/C++, ROS experience, and a background in Linux-based robotics systems. This is a full-time, on-site role in a dynamic, global deployment setting.

Qualifications

• 5+ years of experience in robotics or autonomous vehicle systems engineering.
• Proficient in Python and C++.
• Experience with Linux-based robotics systems.
• Hands-on deployment from prototype to production.
• Experience with ROS and sensor fusion.

Responsibilities

• Integrate and validate autonomy capabilities on real autonomous haul trucks, from prototype to production.
• Own system-level integration across sensors, compute, networking, and software stacks.
• Lead truck platform bring-ups with hardware teams; sensor integration and calibration.
• Build and improve diagnostics, validation criteria, and release gates for production readiness.
• Collaborate cross-functionally with planning, controls, operations, and safety teams.

Skills

Python

C++

ROS

Sensor fusion

Linux

Education

BS in Robotics

BS in Computer Science

Electrical Engineering

Tools

CAN bus

CI/CD pipelines

Simulation environments

Job description

Loud Solutions in San Francisco seeks a Senior Robotics Systems Engineer to deploy autonomy on real mining trucks. You will own end-to-end system integration, bring prototype features to production, and collaborate with hardware teams for sensor calibration and performance tuning.

Ideal candidates have 5+ years in robotics, strong Python/C++, ROS experience, and a background in Linux-based robotics systems. This is a full-time, on-site role in a dynamic, global deployment setting.