Senior Manager Software Engineering

Caterpillar Caterpillar · Industrial · Irving, TX

Senior Manager of Software Engineering to lead a team developing simulation platforms and digital twins for robotics and automation, with a focus on NVIDIA Omniverse and neural network-based simulations.

What you'd actually do

  1. Hire and develop a team of simulation and rendering/visualization engineers focused on VLA based robotics.
  2. Hire and develop a team of software engineers to build the future omniverse NVIDIA based simulation platform.
  3. Work with management to bring skills related to statistical and neural network-based simulation to Caterpillar.
  4. Work with peers and management to define the long-term vision, for robotics simulation and allied platform.
  5. Partner with leadership and peers to establish a multi-year simulation and digital twin roadmap, supporting automation and robotics.

Skills

Required

  • 5+ year management experience in robotics and/or simulation and/or software
  • 5+ years in simulation, robotics or autonomy
  • Bachelor’s degree in Engineering, Computer Science, Robotics, Mathematics or related discipline
  • statistical and neural network simulation
  • simulation architecture
  • robotics
  • model governance
  • verification/validation practices
  • integration of simulations with real time data sources
  • establishing vision, strategy, and multiyear roadmaps
  • translating complex technical concepts into actionable business insights

Nice to have

  • Start-up preferred
  • direct experience deploying Omniverse based digital twins strongly preferred
  • Background in construction, mining automation and robotics will be preferred
  • Master’s or PhD preferred

What the JD emphasized

  • neural network-based simulation
  • simulation platform
  • robotics simulation
  • digital twin

Other signals

  • develop and implement high fidelity digital twins supporting automation and robotics
  • lead the development of the simulation platform based on NVIDIA technology
  • lead the charge on neural network-based simulations