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To be filled by role

We are seeking an exceptional Sr. Engineer to lead the development of dexterous robot end-effectors. In this role you will: Own the full product development cycle for dexterous manipulation end-effectors. Brainstorm and prototype innovative concepts for dexterous end-effectors ranging from simple two-fingered grippers to multi-fingered humanoid hands. Work closely with our business development, simulation, controls, software, testing, and industrial design teams to define use-cases, performance requirements, and packaging. Develop high-level strategies and system architectures for dexterous manipulation systems ranging from end-effectors, tele-op training systems, and data collection devices. Test and evaluate existing grippers, end-effectors, sensors, and data-collection devices. Support assembly, integration, and testing of robotic hardware.

To be filled by role

To be filled by role

To be filled by role

Plan what the robots do in industrial applications — from task and behavior planning to coordinated fleet motion.

Plan what the robots do in industrial applications — from task and behavior planning to coordinated fleet motion.

Design and test innovative robot hardware ranging from overall robot configuration to detailed design of actuators and mechanisms

Build, test, and troubleshoot robotics systems

Define and Execute Robot Testing Plans

Integrate, test and deploy robotic systems

Deploy and Support Robots at Customer Sites

Plan what the robots do in industrial applications — from task and behavior planning to coordinated fleet motion.

Develop cutting-edge robot models, environment models, and simulation pipelines

Develop the back-end services and user-facing applications that keep a large fleet of robots running reliably and efficiently

Support the deployment and operation of our robotic solutions in the field

Operate robots through advanced data collection systems and contribute to the development of AI-driven robotics

Build the platform powering the brains of our autonomous robotics systems

Build core systems for a robust, safe, and deterministic platform

Build and maintain the infrastructure that support our software development, machine learning and AI operations

Develop and implement foundation models for robots

Bring our robot hardware to life by implementing planning and controls algorithms for performant, trustworthy and elegant motion

Design, implement, test and deploy robot perception algorithms for industrial applications

Design, implement, test and deploy robot manipulation algorithms for industrial applications

Develop innovative robotic hardware from architecture to detailed design and testing