Teams at Foundation Robotics

Design and develop mechanical architectures for humanoid robotic hands, including joints, structures, tendon-driven actuation, transmissions, and integrated electronics. Prototype, test, and iterate designs for strength, dexterity, durability, and manufacturability. Conduct stress, fatigue, and failure analyses; select materials based on mechanical and wear properties; and integrate sensors within highly space-constrained mechanisms.

Leads the end-to-end development of an autonomous electric ATV from prototype through production. Defines program strategy, product priorities, technical roadmaps, requirements, performance targets, and manufacturing readiness. Coordinates mechanical, electrical, software, AI, operations, suppliers, and leadership while managing tradeoffs among cost, performance, schedule, risk, and manufacturability. Drives resource allocation, validation, reliability growth, build-versus-buy decisions, and organizational improvements.

Lead mechanical design and ownership for a humanoid robotics platform, spanning actuators, battery, embedded electronics, structures, and harnessing. Drive design for manufacturability, reliability, cost, and performance; mentor engineers; define architecture and collaborate with AI, software, electrical, and manufacturing teams to scale production.