Daq Station Engineer

OpenAI OpenAI · AI Frontier · San Francisco, CA · Research

This role is for a DAQ Station Hardware Engineer focused on developing and improving the physical hardware for OpenAI's robotic data collection stations. The engineer will design, prototype, validate, and deploy station hardware such as fixtures, mounts, operator interfaces, workcell equipment, and safety mechanisms. The role involves translating needs into hardware solutions, supporting hardware through its lifecycle, and partnering with cross-functional teams to ensure integration with robotics platforms and software.

What you'd actually do

  1. Design and develop station hardware and electromechanical subsystems, including fixtures, equipment mounts, operator-facing hardware, sensing support structures, enclosures, and safety-related components.
  2. Translate program and operational needs into clear hardware requirements, prototypes, and production-ready designs.
  3. Support hardware through the full lifecycle: concept, detailed design, build, test, deployment, issue resolution, and iteration.
  4. Partner with cross-functional teams to ensure station hardware integrates cleanly with robotics platforms, software, data collection workflows, and operator use cases.
  5. Improve station reliability, usability, and serviceability by diagnosing field issues and driving durable engineering fixes.

Skills

Required

  • mechanical or electromechanical hardware development
  • designing equipment, fixtures, workcells, test systems, automation hardware, or similar operator-facing environments
  • moving from ambiguous requirements to hands-on prototypes and robust released designs
  • sound judgment around mechanical design, DFM/DFA, serviceability, durability, ergonomics, and real-world use conditions
  • working effectively across engineering and operations teams
  • solving problems that show up in live physical environments

Nice to have

  • robotics
  • automation
  • advanced manufacturing
  • test systems
  • high-complexity hardware environments
  • CAD
  • prototyping
  • fabrication methods
  • design documentation
  • issue tracking
  • developing hardware intended for repeated daily use in operational settings
  • working with external suppliers, machine shops, or contract fabricators

What the JD emphasized

  • station hardware
  • electromechanical subsystems
  • mechanical or electromechanical hardware
  • complex physical systems
  • equipment, fixtures, workcells, test systems, automation hardware, or similar operator-facing environments
  • hands-on prototypes
  • robust released designs
  • mechanical design
  • DFM/DFA
  • serviceability
  • durability
  • ergonomics
  • real-world use conditions