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Research Engineer, Robot Learning

1X
San Carlos, USA
Full-time
Mid
Onsite
$130,146 – $300,000 / year
Discovered Yesterday
Python

Full Job Posting

Requirements

  • Master’s degree or foreign degree equivalent in Robotics, AI/Machine Learning, Mechanical or Electrical Engineering, Computer Science, or related field and one (1) year of experience in a Robotics & Machine Learning occupation or related in the job offered.
  • Rigid body dynamics and/or dynamical systems for training, deploying and testing reinforcement learned policies for humanoid robots.
  • Implement production-grade Python code for reinforcement learning (RL) and other machine learning training pipelines.
  • Reinforcement learned algorithms, techniques, and sim2real approaches as they pertain to robotics to perform various human-like capabilities, including whole-body loco-manipulation.
  • Implement and debug real-time software in C++ deployed on robots to satisfy various real-time constraints.
  • Model physical systems, including multi-body hybrid dynamic systems with contact, in a simulated environment to identify gaps between simulation and hardware and the ability to understand how to accurately model the hardware in simulation.
  • Root-cause analysis as it pertains to robotic systems and the ability to quickly troubleshoot issues.
  • Forward and inverse kinematics as they pertain to humanoid system training using human motion data.

Skills

  • Experience and/or education must include:
  • Rigid body dynamics and/or dynamical systems for training, deploying and testing reinforcement learned policies for humanoid robots.
  • Implement production-grade Python code for reinforcement learning (RL) and other machine learning training pipelines.
  • Reinforcement learned algorithms, techniques, and sim2real approaches as they pertain to robotics to perform various human-like capabilities, including whole-body loco-manipulation.
  • Implement and debug real-time software in C++ deployed on robots to satisfy various real-time constraints.
  • Model physical systems, including multi-body hybrid dynamic systems with contact, in a simulated environment to identify gaps between simulation and hardware and the ability to understand how to accurately model the hardware in simulation.
  • Root-cause analysis as it pertains to robotic systems and the ability to quickly troubleshoot issues.
  • Forward and inverse kinematics as they pertain to humanoid system training using human motion data.

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