Robot Behavior Coordination Engineer

Figure, an AI Robotics company based in Sunnyvale, CA, is seeking Robot Behavior Coordination Engineers to design, implement, test, and deploy robot behavior coordination algorithms for humanoid robots. The ideal candidate should have experience in implementing, testing, and deploying behavior coordination solutions in C++ and/or Python on real robots, possess both a theoretical understanding and practical experience with behavior coordination algorithms, and have a deep knowledge of state of the art techniques, data structures, and software tools. The role requires collaboration with other Figure team members to develop and implement a full autonomy stack, engineer and ship high quality, reliable software that will be deployed to the real world, and work with the Figure Integration and Test team to evaluate and continuously improve behavior coordination software. Passion for building humanoid robots and experience with deploying real world robot behavior coordination solutions for autonomous commercial applications are considered bonus qualifications.

• Implement a robot behavior architecture that provides various behavior authoring tools, such as state machines and behavior trees
• Using this architecture, design, implement, test, and deploy robot behavior coordination algorithms for humanoid robots for a large variety of mission scenarios. Iteratively improve the reliability and robustness of the algorithms
• Develop and use modern software engineering techniques to implement high quality, well-tested software
• Evaluate potential behavior coordination solutions and make design trade offs and decisions based on robot requirements
• Collaborate with other Figure team members to develop and implement a full autonomy stack
• Engineer and ship high quality, reliable software that will be deployed to the real world
• Work with the Figure Integration and Test team to evaluate and continuously improve your behavior coordination software

• Experience implementing, testing, and deploying behavior coordination solutions in C++ and/or Python on real robots
• Capable of quickly writing massive amounts of high quality, well-tested, behavior coordination software
• Possess both a theoretical understanding and have practical experience with behavior coordination algorithms
• Have a deep knowledge of state of the art techniques, data structures, and software tools
• Thrive in a high pace environment, where solutions are often unclear and require exploration
• Experience in behavior coordination