Data Center Infrastructure Engineering Program Manager (network and Whitespace)

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

This role is for an Engineering Program Manager focused on Data Center Infrastructure, specifically network and whitespace facilities, to support OpenAI's AI research and products. The EPM will translate infrastructure goals into executable programs, coordinate cross-functional teams (including network, controls, electrical, mechanical), manage external partners, and ensure readiness for deployment and operations. The role requires managing complex, ambiguous, and high-stakes engineering programs from concept through to operational handoff.

What you'd actually do

  1. Translate assigned infrastructure goals into clear workstream charters, scopes, milestones, owners, decision points, success metrics, resourcing assumptions, and execution plans.
  2. ​​Build and maintain integrated execution plans for assigned programs covering network, controls, data hall design, whitespace deployment, commissioning preparation, and deployment readiness.
  3. Support coordination across network, controls, structural, electrical, mechanical, hardware integration, construction, commissioning, and operations teams.
  4. Work with third-party design teams to define design milestones from concept through detailed design, including basis-of-design development, requirements tracking, design reviews, technical comment resolution, change management, and release readiness.
  5. Maintain the dependency map, issue log, risk register, action tracker, and decision log for assigned network and data hall workstreams.

Skills

Required

  • Engineering program management
  • Technical program management
  • Mission-critical infrastructure delivery
  • Data center deployment
  • Complex execution environments
  • Network integration
  • Controls coordination
  • Data hall deployment
  • Non-production network
  • Production network interfaces
  • Telemetry
  • Rack deployment
  • Mission-critical support spaces
  • Infrastructure handoff
  • Building and maintaining integrated schedules
  • Dependency maps
  • Risk registers
  • Decision logs
  • Readiness trackers
  • Partner action plans
  • Coordinating external partners, vendors, design firms, delivery teams, or operators
  • Understanding complex technical tradeoffs
  • Identifying hidden dependencies
  • Driving clear decisions
  • Written and verbal communication skills
  • Producing crisp status reporting
  • Driving action across matrixed teams

Nice to have

  • Electrical engineering
  • Mechanical engineering
  • Structural engineering
  • Hardware integration
  • Construction management
  • Commissioning
  • Operations management

What the JD emphasized

  • production and non-production network integration
  • controls coordination
  • data hall or whitespace facilities
  • ambiguous technical requirements
  • large partner ecosystems
  • tight deadlines
  • high operational stakes
  • network
  • controls
  • structural
  • electrical
  • mechanical
  • hardware integration
  • construction
  • commissioning
  • operations
  • mission-critical infrastructure delivery
  • data center deployment
  • complex execution environments
  • shifting requirements
  • urgent timelines
  • high-stakes operational risk
  • network
  • controls
  • mechanical
  • electrical
  • structural
  • construction
  • commissioning
  • operations
  • data hall deployment
  • non-production network
  • production network interfaces
  • controls coordination
  • telemetry
  • rack deployment
  • mission-critical support spaces
  • infrastructure handoff
  • integrated schedules
  • dependency maps
  • risk registers
  • decision logs
  • readiness trackers
  • partner action plans
  • external partners
  • vendors
  • design firms
  • delivery teams
  • operators
  • multi-party infrastructure environment
  • complex technical tradeoffs
  • hidden dependencies
  • clear decisions
  • crisp status reporting
  • drive action across matrixed teams