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Supports firmware development and testing for humanoid robot hardware in a real-time embedded environment. Responsibilities include writing C/C++ code, bringing up and debugging firmware, optimizing performance, developing Python test automation and calibration scripts, integrating projects into CI/CD, and supporting hardware/software integration. The intern collaborates with systems integration, software test, and embedded software teams while working with actuators, sensors, power systems, communication buses, and laboratory debugging equipment.

Design, prototype, test, and integrate mechanical hardware for humanoid robots. Responsibilities include 3D CAD design, GD&T drawings, test-stand development, first-article inspection, part-quality tracking, hands-on testing, and electromechanical integration with sensors and motors.

Build and test C++ middleware software for embedded Linux robotics systems. Develop Python troubleshooting scripts, maintain testing infrastructure, and help ensure platform stability. The role focuses on high-volume robot messaging, data capture and storage, and developer visualization tools. Candidates should understand computer architecture, networking protocols, and Linux, with bonus experience in Bazel, timing-sensitive systems, shared memory, lock-free systems, or TypeScript.

Develop and refine software-driven behaviors for humanoid robot demonstrations and external events. Responsibilities include behavior sequencing, control logic, hardware testing, debugging, event setup, rehearsals, live troubleshooting, and collaboration with engineering and operations teams. The role requires strong Python skills, AI or machine learning experience, robotics fundamentals, and hands-on hardware iteration under tight timelines.

Designs, prototypes, tests, and supports mechanical hardware for humanoid robot arms. Responsibilities include 3D CAD part design, 2D drawings using GD&T, assembly and motion testing, wire routing, supplier coordination, first-article inspection, test-stand development, and ongoing robot platform support. Requires experience with mechanical simulation, actuators, electromechanical integration, documentation, and complex-geometry design.

Lead the development of large-scale video foundation models for humanoid autonomy, focusing on training strategies and model evaluation for real-world applications.

Design and validate structural parts and assemblies for robotic hands, including CAD, FEA, tolerance analysis, GD&T drawings, prototyping, testing, failure analysis, and production scaling. Collaborate with actuator, sensing, electronics, supply chain, contract manufacturing, and manufacturing engineering teams to deliver hardware through NPI and high-volume production.

Design, implement, and test C++ middleware for autonomous humanoid robots, providing system-wide functionality for controls and autonomy software. Develop Python tooling and interfaces, and improve software stability, scalability, testing, and CI. The role requires strong C++, Python, Linux, networking, computer architecture, debugging, and performance-profiling skills, with bonus experience in real-time systems, microcontrollers, and communication buses.

Plan and lead humanoid robot deployment use cases, build and execute operational and testing plans, and drive product and feature improvements using field feedback. The role owns workflows, roadmaps, team strategy, and customer-facing deployment execution while coordinating high-pressure, hands-on technology development and testing.

Own supply chain readiness tools covering sourcing status, tooling and NRE milestones, build cost baselines, supplier capacity, scorecards, and quote analysis. Maintain trackers, support vendor onboarding and negotiations, and lead the build kickoff readiness review. Requires advanced Excel, SQL or Python, hardware supply chain knowledge, and strong process documentation skills.