Implement high-performance actuation algorithms for the humanoid robot's closed-loop torque control.

Design, test, and implement key hardware components for a humanoid robot.

Develop simulations for locomotion, manipulation, and motion planning algorithms.

Design, implement, test, and deploy manipulation algorithms for humanoid robots.

Plan, lead, and oversee IT infrastructure and robot network systems.

Negotiate complex supplier agreements to secure optimal pricing and delivery for electronic components.

Design and implement the internal build line for manufacturing humanoid robots.

Coordinate teams to ensure smooth prototype and pilot production builds.

Develop end-to-end failure analysis processes for robotic hardware components.

Onboard and qualify new electrical component suppliers for humanoid robot manufacturing.

Lead construction of customer environment replicas for robot training and testing.

Design, implement, test, and deploy localization and mapping algorithms for robots.

Design and implement testing systems for novel hardware components in humanoid robotics.

Build a high-performance visual interface for robot teleoperation using VR technology.

Develop and implement inspection programs for complex mechanical assemblies.

Understand customer use cases and ensure successful robotic solution delivery.

Design, implement, test, and deploy motion planning and navigation algorithms.

Lead the testing of actuators and sensors for the humanoid robot Figure 02.

Design and test hardware components for the humanoid robot in a collaborative in-office environment.

Develop control algorithms and software scripts to validate humanoid robot behaviors.