Search the 31 jobs at Figure.ai

The Test Automation Engineer will design and implement test automation infrastructure, define test plans and procedures, run test campaigns for Humanoid subsystems, and contribute to CI/CD development.

As a Senior Full-Stack Engineer, you will architect and develop key tools for robot configuration, data management, visualization, and user interactions. You will also design scalable APIs, manage supplier technologies, and collect feedback from various teams to inform development decisions.

The Senior Test Automation Engineer will architect and implement the test automation infrastructure for humanoid robotics, design automated tests, run test campaigns, and contribute to CI/CD development, focusing on embedded systems testing.

The Senior Legal Counsel will provide comprehensive legal support across various business functions, managing legal risks and ensuring regulatory compliance. Responsibilities include offering legal advice, drafting and negotiating contracts, overseeing corporate governance, and managing disputes and litigation.

The Mechanical Engineer will design, test, and implement hardware components for an AI robotics humanoid. Responsibilities include designing parts using 3D CAD, building prototypes, generating 2D drawings, working with suppliers, and supporting robot development platforms.

The IT Manager will oversee the company’s IT infrastructure, ensuring the seamless operation and security of robotic network systems. Responsibilities include managing installations and configurations, collaborating with customers, implementing cybersecurity measures, and providing technical support to staff.

The Senior Reliability Engineer is responsible for developing and executing test plans for humanoid robots, ensuring they meet reliability targets. This role involves collaborating with design teams to advocate for reliability in early product design, analyzing failures, and documenting test procedures while leading DFMEA efforts.

The Firmware Engineer will design, implement, and test firmware for critical components of a humanoid robot, focusing on motor controllers and battery management systems, utilizing C/C++, Python, and CI/CD practices.

The Embedded Software Engineer will design, implement, and test embedded software for a humanoid robot, focusing on software architecture and development, CI/CD infrastructure, and hardware/software integration. The role involves using C++, Python, and Linux to support the robot's functionality and improve the development environment.

The Senior Controls Engineer will develop state estimation and sensor fusion algorithms for a humanoid robot, focusing on control and precise localization. Responsibilities include coding in C++, testing and evaluating algorithm performance, and collaborating with various engineering teams to address state estimation challenges.

The role involves designing and implementing software tools for data collection, training deep neural networks, and deploying them on humanoid robots. The engineer will collaborate with AI and robotics teams, maintain backend distributed systems, and define software strategies for deployment.

As an AI Tooling Engineer at Figure, you will design and implement software tools for data collection, management, and annotation to enhance neural network training. The role involves collaborating with AI and robotics engineers to gather software requirements and create intuitive interfaces to streamline the learning process for humanoid robots.

The Software Engineer will enhance the autonomy platform by designing and implementing software frameworks for robotic applications, collaborating with teams to meet system requirements, and developing internal tools for testing and development. The role includes providing technical guidance and advocating for software quality improvements.

The Staff Software Engineer will design and implement real-time 3D visualization tools for robotics data, improve existing visualization tools, provide technical guidance to team members, and collaborate with engineering and product teams. The role emphasizes creating scalable APIs and frameworks for effective visualization during robot deployment.

The Software Engineer will architect, design, implement, and test C++ middleware for a humanoid robot, ensuring stability and scalability in the software ecosystem. Responsibilities include developing Python tooling, interfaces, and working with CI to deliver production-level software solutions.

The Teleop Software Engineer will develop and implement teleop systems for humanoid robots, designing robust algorithms for manipulation and control, overseeing data collection, and integrating solutions across teams. The role involves using C++ and modern software engineering techniques to create high-quality software for real-time applications in complex environments.

The Robot Simulation Engineer will own the physical simulation of humanoid robots, evaluate simulation options, design scalable solutions, generate synthetic datasets, and support simulation studies. They will implement high-quality software and collaborate with various teams to enhance the robot's performance in real-world environments.

As a Senior Robotics Controls Engineer, you will develop control system software for a humanoid robot, focusing on manipulation and locomotion. Responsibilities include writing C++ code, solving coordination problems, testing software for real-world applications, and collaborating with engineers to address hardware issues.

The Senior Robotics Software Engineer will architect, design, implement, and test critical software for humanoid robots, focusing on controls and motion planning. Responsibilities include developing tools for software support, data analysis, debugging, and integration of third-party libraries while ensuring production quality throughout software development and deployment.

The Robot Behavior Coordination Engineer will work on implementing and deploying behavior coordination algorithms for humanoid robots, utilizing C++ and/or Python. The role involves developing a robust behavior architecture, collaborating with team members, and refining software through iterative testing. Candidates should have strong skills in software engineering and a background in behavior coordination solutions.