Teams at Zendar

Develop motion planning, decision-making, vehicle control, and estimation algorithms for autonomous vehicles. Implement real-time C++ on embedded automotive hardware, build Python and C++ simulation tools, integrate planning with perception, validate software on vehicles, analyze field data, define safety metrics, and improve driving behaviors. The role requires strong software fundamentals, robotics or controls expertise, and experience deploying production-quality systems.

Develop motion planning, decision-making, vehicle control, and estimation algorithms for autonomous vehicles. Implement mission-critical real-time C++ for embedded automotive systems, build simulation and analysis tools in Python and C++, integrate with perception and platform teams, validate software on vehicles, define safety and performance metrics, analyze field data, and implement safety mitigations.

Design and implement trajectory planning and decision-making algorithms and vehicle control for autonomous vehicles. Write production-quality, real-time C++ and Python tooling, build simulation and validation systems, integrate planning with perception and platform teams, and drive on-vehicle testing, tuning, and safety analyses to deploy robust driving behaviors.