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Design and deliver mixed-signal PCBAs and electrical systems for robotic end effectors from concept through mass production. Lead prototyping, validation (DVT/PVT), test-fixture development, root-cause debugging, vendor/CM alignment, and cross-functional collaboration. Mentor junior engineers and define component roadmaps, documentation, and manufacturing release processes.

The Senior Wire Harness Engineer designs and validates wire harness assemblies for the humanoid robot Apollo, emphasizing reliability and manufacturability while collaborating cross-functionally.

The Staff Wire Harness Engineer designs and optimizes the electrical distribution system for the humanoid robot, ensuring its robustness and serviceability, while leading cross-functional collaboration and technical mentorship.

As a Hardware Test Engineer, you will develop and validate robotic hand hardware, focusing on test strategy, execution, and feedback integration to improve design quality.

Lead and scale inventory, warehouse, logistics, and procurement functions to improve inventory accuracy and material availability. Establish inventory controls, barcode workflows, ERP/MRP discipline, supplier management, inbound/outbound logistics, KPIs, and continuous-improvement processes. Partner cross-functionally with Manufacturing, Engineering, Quality, Planning, and Finance while building and coaching operational teams to support higher-volume manufacturing.

Lead development of whole-body and learning-based robot control systems, translating state-of-the-art model-based and RL methods from simulation to hardware. Improve control architecture, performance, safety, and deploy production-grade controllers while mentoring engineers and coordinating cross-functional teams.

Own the hardware humanoid platform roadmap and deployed fleet as a product. Translate field data and customer feedback into requirements, prioritize trade-offs between performance, reliability, cost, and serviceability, manage change/upgrades, drive cost-downs, evaluate new technologies, and coordinate with supply chain, engineering, and program management to maximize platform value and adoption.

Lead development of learning-based dexterous manipulation software, bridging research and production. Define architecture, simulation-to-real strategies, and hardware requirements. Deliver reliable C++/Python systems, integrate state-of-the-art control and vision policies, mentor engineers, and drive fleet deployment of multi-fingered hand control.

Lead architecture and delivery of next-generation compute for a humanoid robot: define requirements, design high-speed PCBs and SoM integrations, ensure functional safety, perform SI/PI and power analysis, benchmark performance and thermals, develop validation/DVT/PVT test plans, and mentor engineering teams through prototyping to production.

The Staff Mechanical Engineer will design a robotic hand, leading the architecture and ensuring robust, dexterous manipulation while collaborating across teams. Responsibilities include structural design, prototyping, analysis, and production readiness.