Design and implement embedded software for humanoid robots, improve development environments, and support hardware/software integration and CI/CD infrastructure.

The role involves architecting a configuration system for humanoid robots, integrating it into existing codebases, and ensuring system stability and scalability.

The role involves managing training infrastructure, implementing distributed training algorithms, and collaborating with AI researchers on model training.

The role involves leading the documentation of operational and customer-facing materials, gathering information from experts, standardizing content, and managing the documentation process using collaboration tools.

The Staff DevOps Engineer will design CI/CD pipelines, scale infrastructure, develop Python tools, and collaborate with engineering teams for continuous improvement.

Design and test hardware components for a humanoid robot, ensuring they meet load conditions and durability requirements. Build prototypes and document design processes.

The Mechanical Engineer will design and improve robot components, test prototypes, create drawings, and support development platforms.

Develop and optimize data processing infrastructure for robotic systems, enabling data access and visualization, supporting engineering teams with insights from logs.

The Embedded Systems Integration Engineer will develop test infrastructure for embedded systems, focusing on validation and integration of hardware, firmware, and software components.

The Mechanical Engineer will design, test, and implement hardware components for humanoid robots, focusing on CAD design, prototyping, and collaboration with teams to ensure successful integration.

The Robotic Safety Engineer will define safety strategies and ensure compliance for Figure's humanoid robot, focusing on obtaining safety certifications and supporting safety-critical functions.

The Senior People Operations Specialist will manage HR operations including recruiting, onboarding, compliance, payroll, benefits, and employee engagement initiatives in a dynamic environment.

The Full Stack Motor Control Engineer will design and implement motor control systems, optimize embedded firmware, and ensure actuation performance through modeling and cross-functional collaboration.

The intern will design, test, and implement hardware components for a humanoid robot, requiring collaboration, CAD skills, and prototype testing.

The Senior FEA Engineer will design, analyze, and test hardware components for a humanoid robot, creating FEA models and collaborating across teams.

Looking for experienced C++ developers to architect, design, implement, and test C++ middleware for a humanoid robot. Responsibilities include developing Python tooling and ensuring software stability and scalability.

The Robotics Integration Engineer will lead system integration and validation of humanoid robots, focusing on debugging and ensuring robust performance across hardware and software systems.

Responsible for supplier development, DFM, process optimization, quality compliance, and continual improvement in PCBA manufacturing.

Lead the integration, validation, and performance of the Head Subsystem in humanoid robots, ensuring reliability and perception standards are met.

Responsible for mechanical design of motor components, collaborating with cross-functional teams, and performing structural FEA for rotor dynamics.