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.

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.

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.

The Technical Product Manager will drive end-to-end execution of programs, lead cross-functional planning, and establish processes for rapid design and development in robotics.

Own the controls and learning stack for a high-DOF tendon-driven robotic hand: low-level motor control, actuator coordination, sensor integration, end-to-end RL for grasping (sim-to-real), and tooling/testing for deployment on physical hardware.

Develop and run comprehensive test plans and automated test frameworks for humanoid robots and subsystems. Perform functional, regression, stress, HIL and field testing; troubleshoot and document defects; collaborate with mechanical, electrical, software, and AI teams; ensure safety standard compliance; and maintain test infrastructure, benches, simulations, and records to improve product reliability.

Lead software bring-up and integration for robot hardware, develop and maintain automated and HIL test frameworks, validate firmware/middleware/control modules, execute functional/performance tests across robotic subsystems, and collaborate with mechanical, electrical, and software teams to debug and document procedures for continuous testing and deployment.