Search the 55 jobs at Figure.ai

The Manufacturing Test Software Engineer will be responsible for enhancing the end-of-line automation software, developing automation tests for hardware, and improving production line operations by troubleshooting failures and increasing test coverage. They will also create user-friendly GUI screens for technicians.

The IT Manager will oversee the company's IT infrastructure, ensuring the operation and security of robotic network systems. Responsibilities include managing IT systems installation and maintenance, implementing cybersecurity measures, providing technical support, and collaborating with departments to meet IT needs.

The Systems Integration Engineer will lead the integration of AI data collection hardware by coordinating between various technical teams, validating systems, and developing documentation for integration processes. Responsibilities include understanding hardware needs, executing validation tests, and addressing system failures.

The Test Technician will be responsible for conducting testing on the humanoid robot's complex subsystems, identifying issues, maintaining test equipment, and ensuring compliance with performance standards. The role demands attention to detail and the ability to work independently under pressure, focusing on continuous improvement and quality enhancement.

The Robot Validation Engineer will test, validate, and troubleshoot complex electromechanical robotic systems, ensuring reliable performance. Responsibilities include documentation of processes, collaboration with teams to resolve issues, and conducting thorough testing. Proficiency in diagnostic tools and knowledge of software-driven electromechanical systems is essential.

The Distributed Systems Engineer will design and implement software tools for data management and training deep neural networks for humanoid robots. The role requires collaboration with AI and robotics engineers to address software requirements and ensure reliable backend distributed systems are maintained.

The AI Tooling Engineer will develop interactive software tools for data collection, management, and annotation, collaborating with AI and robotics engineers to enhance the humanoid's learning process. This role requires expertise in full-stack web application development and a strong background in AI tooling.

The Software Engineer will focus on enhancing the autonomy platform software architecture, designing and implementing frameworks for robot software testing. Responsibilities include collaborating with robotics and firmware teams, creating internal development tools, and ensuring product quality through continuous improvement and technical support.

The Staff Battery Manufacturing Engineer will lead the development of the battery pack manufacturing line for both prototypes and production. Responsibilities include managing manufacturing equipment, developing process flow diagrams, ensuring manufacturability of designs, monitoring production metrics, and driving machine qualifications. Collaboration with teams for innovation in battery manufacturing processes is key to producing industry-leading solutions for humanoid robots.

The Senior State Estimation Engineer will develop state estimation and sensor fusion algorithms for humanoid robots, focusing on improving real-time control and localization. Responsibilities include designing C++ code for dynamic state estimation, collaborating with various teams, and testing algorithms to enhance robot functionality and reliability.

The Sr Electrical Engineer will design and validate End of Line testers for humanoid production, support design artifact reviews, and contribute to system integration and testing. Responsibilities also include specifying and procuring necessary manufacturing equipment and tools.

The Senior Reliability Engineer will design and execute test plans to ensure humanoid robots meet lifetime reliability targets. Responsibilities include leading DFMEA efforts, developing test specifications, documenting failures, analyzing usage cycles, and collaborating with design teams to implement reliability improvements.

The Reinforcement Learning Engineer will develop, train, and deploy reinforcement learning algorithms for locomotion and manipulation tasks on a humanoid robot. Responsibilities include building simulation infrastructure and collaborating with teams to integrate policies into the robot's control stack, while defining and evaluating performance metrics.

The Maintenance Technician will perform routine maintenance and inspections of humanoid robots, troubleshoot mechanical and electrical issues, and document maintenance records. The role involves collaboration with engineering teams and may require occasional travel. The technician must be able to work under tight timelines and handle complex systems.

The Staff Quality Engineer will develop and implement internal quality plans to enhance the yield rate in robot manufacturing. Responsibilities include collaborating with engineering and manufacturing teams, investigating defects, analyzing data, and maintaining quality documentation.

The Senior Reliability Test Engineer will design and execute testing plans for humanoid robots, ensuring they meet reliability targets. Key responsibilities include developing accelerated life reliability tests, creating CAD fixtures, performing electrical diagnostics, and programming tests to run autonomously.

The Motor Test Intern will conduct performance tests on electric motors, assist in developing testing protocols, automate data collection and analysis, refine motor FEA models, and support motor control strategy development. They will prepare reports and collaborate with teams to enhance motor design and performance.

The Staff Software Engineer will design and implement a real-time 3D visualization engine for robotics data. Responsibilities include improving visualization tools, supporting team members, developing APIs, and collecting user feedback from various engineering teams.

As a Humanoid Robot Operative, you will work directly with humanoid robots, teaching them behaviors and skills, deploying them for real commercial use cases, and troubleshooting issues. You'll also collect data for AI training and ensure safe operation during teleoperation, maintaining communication with engineering teams.

The Systems Integration Engineer will lead the integration and validation of a custom robotic hand by collaborating with mechanical, electrical, and firmware teams. Responsibilities include coordinating bring-ups, conducting benchtop validation, integrating with the robot stack, maintaining documentation, and addressing on-robot failures to ensure effective operation.