The Office Manager will oversee daily office operations, manage schedules and procurement, assist executives, and ensure office technology functions effectively.

Lead technical evaluations for custom inference chips in robotics, analyze bottlenecks, define architecture, and guide RTL prototyping while delivering reports with strategic recommendations.

The intern will design and implement control systems for robotic hands, focusing on dynamics, kinematics, and modern control techniques, contributing directly to milestone projects.

As a Mechanical Engineer Intern, you will design and analyze mechanical components for robotic hands, focusing on kinematics, materials, and tolerance analysis, using CAD software and basic FEA techniques.

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

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

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

The AI Engineer will develop world models for humanoid robotics, enhancing their ability to navigate and adapt to complex environments using deep learning and predictive modeling techniques.

The AI Engineer will develop custom SLAM systems for humanoid robots, ensuring accurate localization and mapping in dynamic environments, leveraging C++ and Python.

Seeking an AI Engineer to develop world models for general-purpose humanoid robots, focusing on navigation and environmental adaptation. Relevant experience in model-based reinforcement learning and deep learning architectures is essential.

The AI Engineer (SLAM) designs and implements robust SLAM systems for humanoid robots, ensuring real-time localization and mapping in diverse environments, requiring deep knowledge in robotic vision and SLAM frameworks.

Develop and optimize vision-language-action models, integrating LLM-based reasoning with control policies, ensuring real-time robot interactions, and optimizing training and evaluation frameworks.

Design and optimize reinforcement learning algorithms for robot control, integrate policies into robot platforms, and collaborate across teams for hardware-software integration.

Develop and optimize vision-language-action models, build multimodal representations, integrate LLM reasoning with action control, deploy models, and ensure safety in robotics applications.

Design and optimize reinforcement learning algorithms for humanoid robots, integrating with hardware and collaborating across teams to ensure system performance and efficiency.

Design and implement immersive XR teleoperation interfaces for humanoid robots, ensuring real-time control and usability under varying network conditions.

The Principal Controls Engineer will develop control systems for humanoid robots, bridging AI models and physical execution, ensuring stable and efficient performance in complex environments.

Responsible for developing suspension systems for all-terrain electric ATVs, including design, testing, and validation of components. Ensure manufacturability and performance in rugged environments.

The Chief Designer will lead the design vision for human-centric robotics, ensuring intuitive experiences and emotional connections through innovative design principles and collaboration.

Own end-to-end program execution, lead cross-functional planning, measure execution, and build scalable processes for complex multidisciplinary products.