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As a Robotics Software Intern, you'll assist in developing real-time control software for Apollo, including testing, sensor integration, and data analysis for robotic motion and tasks.

The Security Engineer will develop a comprehensive security strategy for hybrid robotic deployments, focusing on data encryption, access control, and secure remote access, while ensuring compliance and auditing standards are met.

The Staff Wire Harness Engineer designs and optimizes the electrical distribution system for the humanoid robot, ensuring its robustness and serviceability, while leading cross-functional collaboration and technical mentorship.

The Integration Engineer will integrate humanoid robots into production facilities, bridging software and industrial automation, and ensuring seamless communication between systems while developing workflows, monitoring, and troubleshooting.

The SimOps Engineer will architect and maintain simulation infrastructure for the Apollo humanoid robot, developing frameworks, automated pipelines, and performance metrics while managing HPC clusters.

The Senior Manager of Electrical Engineering will lead a team in designing and developing high-performance compute and sensing stacks for humanoid robots, ensuring effective integration of various electrical systems and managing engineering talent.

The Senior Hardware Test Engineer will validate robotic actuation systems, define testing strategies, collaborate with teams, and improve manufacturing processes for production ramp-up.

As a Senior Mechanical Engineer, you will design and analyze actuators for humanoid robots, guide junior engineers, and collaborate cross-disciplinarily, ensuring designs meet requirements and are scalable.

The Staff Systems Engineer will lead software design projects for robotics, focusing on cross-functional team collaboration, system robustness, and integration of hardware-software controls.

Lead the hardware integration of a humanoid robot, focusing on cross-disciplinary leadership, root cause analysis, and implementing corrective actions to enhance reliability and performance.