Top Tech Jobs & Startup Jobs

Own and ship behavior and mission orchestration software that turns autonomy into repeatable, reliable field missions. Architect behavior orchestration, human-robot interaction, mission execution and fallback, validate on physical platforms, close the loop from field data to product, lead design reviews, and mentor cross-functional teams.

Design and bring up embedded compute platforms for humanoid robots, develop firmware, BSPs, and Linux kernel support, integrate sensors and actuators, ensure real-time communication and edge ML inference, and collaborate cross-functionally to deliver safety-conscious, SWaP-constrained backpack payloads.

Lead design and delivery of rugged sensor modules for field robots: select and integrate LiDAR, cameras, GNSS and gas sensors; own calibration, time sync, ruggedization, validation, and data pipelines; coordinate cross-functional teams and mentor junior engineers to scale production-ready reality-capture payloads.

Manage end-to-end supply continuity for robotics hardware: material planning, supplier negotiations, inventory optimization, production readiness, NPI support, vendor quality/RMA handling, asset tracking, and cross-functional alignment to meet production and delivery schedules while controlling cost and risk.

Integrate new robot platforms into a fleet: build ROS/ROS2 abstraction layers, validate controls and navigation on legged and wheeled robots, perform sim-to-real testing (Isaac/Gazebo/MuJoCo), collaborate on electro-mechanical integration, run SIL/HIL validation, implement safety layers, and support field deployments and charging/docking infrastructure.

Design and integrate audio-visual and industrial-design hardware for field robots, selecting displays, speakers, microphones, lighting, and CMF. Drive interaction and expressiveness through motion and UI/UX collaboration, prototype with CAD and 3D printing, write validation scripts for firmware/display, and balance SWaP, durability, and manufacturability for rugged field deployments.

Design, build, and manage hardware test and quality-control infrastructure for robotic systems. Execute mechanical, electrical, and sensor validation, support certifications, develop IQC/OQC processes, monitor fleet reliability (MTBF/MTTR), and lead failure analysis and field maintenance to ensure production readiness and durable deployments.

Develop and test humanoid manipulation strategies, collaborate on robotics projects, and ensure successful deployment of robotic systems, utilizing software development skills in C++ and Python.

Design and build distributed ML infrastructures to optimize data processing, model training, and evaluation among teams.

Own end-to-end connectivity for field robot deployments (Wi‑Fi, cellular, routers). Configure and recover field routers, troubleshoot coverage, cellular/SIM, and AP/backhaul issues; build monitoring/diagnostics, triage network vs application faults, enable customer IT onboarding, and produce playbooks and feedback for product and engineering.