The Hardware Test Engineer will lead testing of actuators and sensors for a humanoid robot, oversee all software-related testing roles, analyze test data, collaborate with engineers, and document processes. They will focus on enhancing the development of high-performance hardware solutions.

The Robot Safety Intern will assist the Product Safety team in documentation and testing related to robot safety and compliance, supporting certification processes. They will contribute to organizing documents and learn about mechanical, electrical, and software systems.

The Internal Behaviors Engineer will validate and analyze performance of humanoid robots, enhance test methods, interface with engineering teams, and develop metrics for fleet performance. Responsibilities include writing and executing robot behaviors, managing integration testing, and driving process improvements for robot systems.

As an AI Engineer specialized in post-training, you will enhance and deploy AI models, focusing on improving their performance, reliability, and usability in real-world scenarios. You'll lead research efforts, collaborate with various teams, and contribute innovative solutions to optimize AI systems for commercial applications.

As an AI Engineer at Figure, you will build and optimize datasets for robotic manipulation models by creating large-scale learning datasets, analyzing data, and collaborating on automated data pipelines, supporting AI researchers and robot operators.

The role involves designing and building intuitive web interfaces for data annotation and visualization, integrating AI models to automate tasks, and collaborating with AI researchers and operators. Candidates should have strong expertise in building interactive web applications.

The WMS Integration Engineer manages inventory processes, oversees warehouse operations, and integrates WMS with ERP systems. This role includes designing inventory control methods, conducting audits, leading teams, and generating performance reports to optimize inventory efficiency.

The Embedded Software Intern will implement and test embedded software in C++ on a humanoid platform, develop Python scripts for data management and automation, and support hardware/software integration in the lab. Demonstrable experience in relevant projects is expected.

As a Teleop Controls Intern, you will develop the teleoperation control system and design scalable solutions. Responsibilities include implementing C++ code for force feedback and working with various sensors to ensure real-time feedback for user control.

The Staff PCB Layout Designer is responsible for the PCB layout of new and existing designs, managing library and PCB processes, collaborating with engineers, and managing external contractors to ensure quality and efficiency in hardware design.

The Full-Stack Developer Intern will assist in developing, testing, and maintaining tools for robot configuration and operation. They will support the creation of scalable APIs, collaborate across teams, and help evaluate technologies. This role is ideal for those eager to gain hands-on experience in full-stack development within the AI robotics field.

The OTA Software Engineer will design and maintain a scalable Over-the-Air update system for humanoid robots, ensuring reliable and efficient software deployments. Responsibilities include developing monitoring systems, optimizing the update pipeline, and collaborating with teams on firmware and infrastructure.

The In-Region Softgoods Engineer will support R&D by leading product development, managing sample development stages, conducting failure analysis, and collaborating with vendors. Responsibilities include maintaining communication within teams, analyzing data, and ensuring timely deliverables.

As a Data Engineer, you will develop and optimize data processing infrastructure, transform robot logs, design data storage solutions, and create dashboards for performance tracking, collaborating closely with engineering teams to enhance data accessibility and insights.

The Behaviors Middleware Software Engineer will architect, design, implement, and test C++ middleware for a humanoid robot. The role involves developing Python tooling and ensuring the software ecosystem is stable and scalable with effective testing methods.

As the HMI Design Lead, you will develop and execute a design strategy for human-to-humanoid robot interaction at Figure. Your role will include crafting engaging designs, leading the design process, defining interaction frameworks, and collaborating with cross-functional teams to create high-quality digital assets for the humanoid UI interface.

The Staff Software Engineer will design and implement a real-time 3D visualization engine for robotics data. Responsibilities include improving visualization tools, providing technical support, and collaborating with engineering teams to enhance API frameworks.

The Localization and Mapping Software Engineer will design and implement algorithms for humanoid robots, focusing on localization and mapping. Responsibilities include managing tracking and odometry software, creating evaluation pipelines, and collaborating with teams to enhance autonomy systems.

The role involves designing, implementing, testing, and deploying manipulation algorithms for humanoid robots, training deep learning models, producing simulation models, and collaborating with team members to develop a robust autonomy stack.

As a DevOps Engineer, you will focus on designing and implementing CI/CD pipelines, scaling infrastructure, developing tools in Python for automation and data management, and collaborating with engineering teams for continuous improvement.