Principal Engineer, Autonomy Interface Software
General MotorsFull Time
Expert & Leadership (9+ years)
Candidates must hold a Master's degree in Computer Science or a related field and have experience writing performance-critical production code in C++. A demonstrated ability to create real-time motion planning algorithms and an understanding of configuration spaces and various planning techniques such as A*, D*, and RRTs is essential. Extensive experience with programming and algorithm design, as well as strong mathematical and geometrical skills, is required. Experience leading small projects or teams is also necessary. Bonus qualifications include a PhD in Computer Science or a related field and experience with autonomous robots or Telerobotics, as well as familiarity with CUDA, Protobuf, or TypeScript.
The Motion Planning Engineer will write on-vehicle C++ code that integrates guidance from remote operators into the autonomous planner stack. They will collaborate with fellow Planner engineers across vertical teams and represent TeleGuidance on horizontal teams. The role involves designing and implementing new tools and features for remote operators to assist vehicles in navigating complex urban environments, as well as developing a test plan for new features in collaboration with QA. The engineer will have the opportunity to contribute to various parts of the codebase based on their skills and interests, including motion planning, trajectory optimization, GPU code, and offline tooling/simulation.
Develops autonomous electric ride-hailing vehicles
Zoox focuses on creating a fully integrated autonomous ride-hailing service designed specifically for urban transportation. Unlike other companies that modify existing vehicles for self-driving capabilities, Zoox has engineered its own vehicle from the ground up, optimizing it for safety, efficiency, and passenger comfort. The vehicle features advanced sensors, cameras, and AI systems that allow it to navigate complex city environments. It can carry up to four passengers in a spacious interior, ensuring a pleasant ride experience. Safety is paramount, with rigorous testing and collaboration with regulatory bodies to meet high standards. Additionally, Zoox's vehicles are fully electric, promoting sustainability by reducing emissions. The company also develops a user-friendly ride-hailing platform that uses data analytics to improve routing and reduce wait times. Zoox aims to enhance urban mobility while prioritizing safety and environmental responsibility.