Top Tech Jobs & Startup Jobs

The Embedded Linux Engineer will develop and maintain a custom Linux distribution and kernel, ensuring production-quality system software, tooling for updates, and CI/CD improvements.

Design and implement low-latency systems in C++ for robotic infrastructure, focusing on performance, reliability, and debug across layers.

As a Full Stack Engineer, you'll design and implement software for robot operations, focusing on high-performance React frontends and scalable backends using Node.js and Postgres.

Lead the PM shift of Maintenance & Repair Operations for robotic systems, focusing on repair, diagnostics, and operational processes to enhance reliability and throughput.

Own field reliability for a consumer humanoid robot: surface field issues from customer and service data, lead cross-functional root cause investigations across hardware, software, and AI, drive CAPA to closure, build Python analysis tooling and reliability dashboards, and report warranty and reliability metrics to prioritize corrective investments.

Execute EMC pre-compliance and certification test campaigns, maintain EMC lab equipment and calibration, troubleshoot emissions and immunity failures, coordinate external certification logistics, and generate test reports and compliance documentation to support product certification.

As a Staff Loads & Dynamics Engineer, you will own the validation strategy for robotic subsystems, ensuring performance across shock, vibration, and durability. Your role includes performing structural dynamics analysis, developing validated models, and leading test campaigns to improve product performance and stability in next-generation robots.

Design, prototype, and deliver electromechanical subsystems (frames, limbs, joints, transmissions). Perform structural FEA, optimize stiffness-to-weight and fatigue life, select/integrate motors, sensors and PCBAs, ensure DFx (manufacturability, assembly, cost, serviceability), build and iterate prototypes, and support volume production.

Lead and develop the Maintenance and Repair Operations for robotic systems, focusing on diagnosing and maintaining complex electromechanical systems in a high-growth environment.

Build and iterate physical prototypes spanning mechanics, electronics, and software to test and benchmark humanoid-robot concepts. Rapidly design experiments, fabricate components, spin simple PCBs, bring up boards, and produce data to validate or falsify ideas, then work with engineering and manufacturing to translate successful concepts toward product integration.