You will design, prototype, and test production vehicle firmware for safety-critical systems while leading cross-functional projects. Additionally, you will own the communication architecture between hardware components and mentor other engineers to set high technical standards.
The Quality Manager will lead the implementation and continuous improvement of the Quality Management System to achieve ISO 9001 certification. They are responsible for overseeing supplier quality, managing internal audits, and ensuring rigorous quality control across hardware and software development lifecycles.
The Localization Systems Engineer will own the requirements capture process and develop simulation and HIL test scenarios for localization systems. They will also collaborate with safety and autonomy teams to fine-tune algorithm configurations and ensure robust unit test coverage.
You will design and architect unified testing frameworks to enable portability across SIL, HIL, and simulation environments. Additionally, you will maintain physical HIL benches and integrate automated testing directly into CI pipelines to ensure system reliability.
You will build, operate, and improve Hardware-in-the-Loop (HIL) test capabilities to ensure the safety and reliability of autonomous transit systems. This involves developing test procedures, automating regression tests, and collaborating with cross-functional teams to analyze system behavior and resolve technical anomalies.
The Senior Commercial Counsel will build and lead the commercial legal division, overseeing project financing, procurement, and supply chain strategies. They will partner with sales and regulatory teams to structure complex infrastructure projects and manage all related legal documentation.
Design and implement tooling to support safety-critical software development and certification processes. Maintain build systems, CI/CD pipelines, and developer workflows to ensure high-quality, provable software delivery.
You will act as a bridge between industrial design and mechanical engineering to architect the physical interior and exterior of autonomous vehicles. This involves leading advanced CAD surfacing, managing complex component integration, and ensuring high-volume manufacturability.
Lead the technical direction and roadmap of the data platform while remaining hands-on in building critical components. Mentor a team of data and analytics engineers and collaborate cross-functionally to implement new data analytics workloads.
