The Integration Engineer will lead system integration of robotic subsystems, collaborate across functions, debug issues, and develop test plans to validate performance.

Develop and implement control algorithms for vehicle subsystems, model systems in MATLAB/Simulink, and collaborate with engineers on validation and integration tasks.

Develop and optimize control systems for humanoid robots, bridging AI action models with physical execution, ensuring reliability and efficiency in various applications.

The role involves designing and optimizing mechanical systems for robots, ensuring manufacturability and performance while solving engineering challenges during production.

Develop and optimize control systems for humanoid robot hands, ensure reliable execution of dexterous tasks, and create algorithms for various control strategies.

Lead efforts in robotic manipulation and grasping. Require experience with multi-fingered robotic hands, mechatronics, and relevant qualifications.

The role involves designing and implementing machine-learning pipelines for robotics, optimizing models for edge computing, and mentoring junior engineers.

Develop software solutions for integrating ML models into robotics, fine-tune models, and collaborate across teams. Requires strong software engineering in robotics and machine learning expertise.

Lead the design and integration of electromechanical systems for humanoid robots focusing on fine motor skills and dexterity. Collaborate with electrical and software teams, prototype components, and validate performance under various conditions.

Design user experiences for software products focusing on fleet management systems, creating intuitive interfaces for robotic fleet operations.

Design mechanical systems for humanoid robots, optimize assemblies, work on CAD models, conduct analyses, and participate in prototyping and testing.

Lead the development of biped walking systems; design RL methods, validate controllers, and explore stability in robotics.

Responsible for end-to-end suspension system development, including design, simulation, testing, and validation for autonomous off-road ATVs.

Develop, maintain, and optimize embedded systems for humanoid robots, focusing on hardware-software integration, PCB design, and AI-driven control.

Develop and maintain perception pipelines for humanoid robots, integrating vision models with control systems, focusing on real-time processing and scene understanding.

Lead the design and development of cloud systems, manage fleet platforms, implement data pipelines, mentor engineers, and drive best practices.

Develop and optimize control systems for humanoid robots, integrating AI-generated models with physical commands to ensure reliable motion and task execution.

Develop, optimize, and maintain embedded systems for humanoid robots, focusing on seamless hardware and software integration and AI-driven control strategies.

Operate humanoid robots in a manufacturing setting, monitor performance, conduct maintenance, troubleshoot issues, and record operational data while ensuring safety compliance.

Lead the development of embedded systems for autonomous vehicles, integrating sensors, software, and hardware while ensuring safety and performance standards.