13 Robotics companies Hiring FDEs

Gecko Robotics develops AI-powered robotic inspection systems and data platforms for critical infrastructure monitoring across defence, energy, and industrial s…

Orchard Robotics builds an AI-powered system using computer vision and data collection to automate precision agriculture and give farmers complete visibility in…

Sunrise Robotics builds AI-powered autonomous robotic cells for manufacturing that deploy in hours using simulation-first training, augmenting human workers on…

Physical Intelligence builds foundation models and learning algorithms enabling robots to adapt across tasks, environments and hardware with minimal custom prog…

Field AI develops autonomous robot systems and embodied AI for industrial, defence, and unstructured field environments that operate without satellite navigatio…

TELEXISTENCE designs and operates AI-equipped remote-controlled robots to improve operational efficiency in retail through telexistence technology.

Shield AI is a US-based defence technology company that designs and deploys autonomous mission systems, AI, and robotics for military aircraft and unmanned plat…

Scout AI is a frontier AI lab for U.S. defense developing reasoning systems that turn commander intent into coordinated autonomous action through products like…

Foxglove builds observability infrastructure for physical AI, providing robotics companies with a platform to visualize, debug, and manage multimodal autonomous…

Teradyne designs and manufactures automatic test equipment and collaborative robots for semiconductors, electronics, medical devices, and industrial automation…

NODA AI builds orchestration software enabling heterogeneous autonomous defence systems to work together across air, sea, land, and space domains.

Edge Case Research develops safety operations and risk-management platforms for organizations building autonomous and frontier technologies across aerospace, au…

Anduril develops autonomous systems and AI-integrated defense technology for US and allied forces using a software-first approach.