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Develop and deploy robotics software across navigation, perception, teleoperation, motion behaviors, and warehouse-management integrations. Build features in C++ and Python using ROS2, debug autonomous navigation, containerize deployments with Docker, and commission robots on customer warehouse sites. The role involves hands-on work with real hardware, sensors, embedded compute, and fleet systems, with mentorship from senior roboticists and ownership of features from prototype through production deployment.

Designs and integrates electrical and mechanical systems for humanoid robots, including PCB development, new robot form factors, rapid prototyping, deployment, and troubleshooting. The role requires hands-on experience with robotics, embedded systems, Linux and ROS 2, CAD and ECAD tools, electronics testing equipment, actuators, CAN bus, batteries, industrial requirements, component sourcing, and vendor coordination.

Develop and improve robotics R&D infrastructure spanning teleoperation, data annotation, robot manipulation, hardware testing, calibration, and task evaluation. Build software for robot control, inverse kinematics, motion control, CAN communication, and hardware interfaces. Design experiments, validate physical task outcomes, and convert prototypes into reusable, tested, documented tools for AI and production engineering teams.

Lead development, maintenance, and production-readiness of an end-to-end robotic workforce: robot and teleoperation design, control systems, fleet control and navigation optimization, hardware-software integration, sensor data pipelines, and delivery of production systems while mentoring and unblocking the team.

Design and integrate electrical and mechanical systems for humanoid robots; rapidly prototype and iterate; assemble/disassemble and document hardware; collaborate with software and simulation teams; use CAD and embedded/firmware tools; troubleshoot BLDC actuators, CANbus, and lithium battery systems.

Hands-on internship building and testing software for real autonomous warehouse robots. Contribute to production C++/Python code, tackle projects in navigation, motion planning, and control, and collaborate on hardware-software integration and team workflows.

Lead customer acquisition and partnerships for autonomous mobile manipulation robots in logistics. Prospect and engage C-suite at 3PLs, generate leads, manage CRM, create pitch materials and marketing/growth campaigns, coordinate events, conduct market research, and develop hardware/software partnerships to secure paid pilots and contracts.