Safety Systems Architect

Figure AI Figure AI · Robotics · HQ · Safety

Figure AI is seeking a Systems Architect to lead the on-board safety solutions for their general-purpose humanoid robot, which operates in industrial and home environments. This hands-on role is critical for shipping the product at scale and involves defining and driving the safety architecture from design to implementation, including validation and failure analysis. The role requires extensive experience in robotics/autonomous systems, fault tolerance, and embedded systems.

What you'd actually do

  1. Fully understand what is needed to safely ship a humanoid robot at scale by working cross-functionally across commercial, engineering, and product
  2. Define the architecture for the on-board safety of our humanoid robot
  3. Drive the architecture from design to implementation across mechanical, electrical, AI, firmware, and software teams, owning decisions at every step of the way
  4. Champion validation and failure analysis of the safety system through a combination of analytics, simulation and real world testing
  5. Define and measure progress towards your comprehensive safety solution

Skills

Required

  • 10+ years experience delivering complex technical features for robotics/autonomous systems
  • Strong understanding of fault tolerance and behavioral responses
  • Excellent communication skills including ability to distill complex ideas/issues into digestible concepts
  • Experience with C++, Python, and linux based embedded systems
  • Degree in Electrical, Computer, Mechanical, Mechatronics, or Controls engineering

What the JD emphasized

  • extreme ownership mindset
  • no textbook solution
  • hands-on and critical path to shipping our product at scale
  • owning decisions at every step of the way
  • validation and failure analysis

Other signals

  • humanoid robot
  • AI robotics
  • safety systems
  • general-purpose humanoid robot
  • industrial and home environments
  • learn, adapt, and interact
  • on-board safety solutions
  • robot always maintains safety around living things
  • seamlessly integrate into environments that have no external safety systems
  • not a powerpoint job
  • no textbook solution
  • hands-on and critical path to shipping our product at scale
  • Define the architecture for the on-board safety of our humanoid robot
  • Drive the architecture from design to implementation
  • owning decisions at every step of the way
  • Champion validation and failure analysis of the safety system
  • combination of analytics, simulation and real world testing
  • Define and measure progress towards your comprehensive safety solution
  • delivering complex technical features for robotics/autonomous systems
  • Strong understanding of fault tolerance and behavioral responses
  • Experience with C++, Python, and linux based embedded systems