Base: $184,000 - $287,500 (level 4) or $224,000 - ...
Hybrid
Strong c++ development skills
Robotics and controls foundation
Planning techniques under uncertainty
This role involves building and shipping motion planning and vehicle control capabilities for autonomous driving and advanced driver assistance systems
Job Summary
This role involves building and shipping motion planning and vehicle control capabilities for autonomous driving and advanced driver assistance systems.
Candidates will own core algorithms that turn complex real-world inputs into safe, comfortable, and efficient vehicle behavior across diverse scenarios.
The position offers the opportunity to work with world-class talent in a diverse environment focused on defining the next era of computing.
Matching Summary
This role involves building and shipping motion planning and vehicle control capabilities for autonomous driving and advanced driver assistance systems.
Salary
Base: $184,000 - $287,500 (Level 4) or $224,000 - $356,500 (Level 5); Bonus/Equity: Eligible for equity; Benefits: Comprehensive benefits package included
Skills & Requirements
Must-have
Strong C++ development skills
Robotics and controls foundation
Planning techniques under uncertainty
Longitudinal and lateral control algorithms
Real-time system performance optimization
Nice-to-have
Production ADAS/AV planning experience
Trajectory optimization and MPC expertise
Large-scale simulation and scenario mining
Python tooling for analysis pipelines
Automotive interface calibration workflows
Key Requirements
PhD with 4+ years or MS with 6+ years experience
BS with 8+ years relevant experience in CS or Engineering