Field Engineer

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

Field Engineer for OpenAI Robotics team to maintain and improve the health of deployed robotic workcells used for data acquisition. This role involves diagnosing and resolving hardware/software failures, building support tools, creating documentation, and providing feedback to engineering teams to ensure reliable operation at scale.

What you'd actually do

  1. Serve as an engineering owner for keeping a fleet of robotic workcells online in daily operation.
  2. Diagnose, fix, mitigate, or escalate issues spanning mechanics, electronics, controls, software interfaces, logs, and configuration.
  3. Partner closely with technicians, operators, and engineering teams to improve scalable fleet support processes.
  4. Build or spec lightweight hardware and software tools that improve monitoring, diagnostics, recovery, and handoffs.
  5. Create documentation, SOPs, and diagnostic playbooks that turn engineering insight into repeatable floor practice.

Skills

Required

  • Electromechanical system support
  • Robotic system support
  • Automation system support
  • Human-in-the-loop system support
  • Production/R&D/lab/field/operational environment experience
  • Troubleshooting real-world failures
  • Working across mechanical, electrical, controls, and software boundaries
  • Log analysis
  • Software debugging
  • Organizational habits
  • Ticket management
  • Documentation
  • Shift-to-shift communication
  • Clear communication with diverse teams
  • Hands-on with physical systems

Nice to have

  • Robot middleware
  • Motion-control stacks
  • Linux-based systems
  • Service debugging
  • Real-time debugging tools
  • Fleet operations
  • Internal tools
  • Observability
  • Support platforms
  • Workflow automation
  • Incident response
  • Troubleshooting electrical assemblies
  • Wire harness troubleshooting
  • Instrumentation troubleshooting
  • Hardware-software integration troubleshooting
  • CAD for small components/fixtures/brackets
  • Improving operational throughput
  • Improving maintainability

What the JD emphasized

  • 5+ years of experience supporting electromechanical, robotic, automation, or human-in-the-loop systems in production, R&D, lab, field, or operational environments.
  • Can independently troubleshoot messy real-world failures under time pressure, where symptoms and root causes are often different.
  • Are comfortable working across mechanical, electrical, controls, and software boundaries, including logs, configurations, and basic software debugging.
  • Have strong organizational habits around tickets, documentation, shift-to-shift communication, and follow-through.
  • Communicate clearly with operators, technicians, shift managers, and engineers, especially when uptime and clarity matter.