Network Operations Engineer, Network Activation

The compute infrastructure team runs the GPU fleet and large-scale compute clusters that serve the models backing ChatGPT and the API, while also supporting training workloads for our next generation models. We operate a large, modern GPU fleet and provide a unified platform for other OpenAI teams to seamlessly run production Applied AI and Research training workloads. We seek to learn from deployment and distribute the benefits of AI, while ensuring that this powerful tool is used responsibly and safely. Safety is more important to us than unfettered growth.

You’ll own the hands-on and automation work that brings WAN, fiber, carrier, and cloud-interconnect circuits into service. Partner with network engineers, fiber providers, cloud service providers, colocation teams, and data-center technicians to move each connection from ordered and patched to verified, stable, and ready for handoff. You’ll own Layer 1 troubleshooting and circuit bring-up while building workflows that translate reliable system or model output into precise, approved technician actions, capture field feedback, and drive each connection to a green-port handoff. The right person combines strong physical-networking judgment with practical automation skills: patch-panel and port mappings, optics and light levels, provider coordination, structured operational data, API or scripting workflows, and human-in-the-loop LLM tooling.

Own Layer 1 activation and restoration for carrier circuits, dark fiber, wavelengths, Ethernet handoffs, and dedicated cloud interconnects across data centers and points of presence. Reconcile complete A-side/Z-side as-builts: circuit IDs, LOAs/CFAs, carrier demarcations, MMR/ODF/MDF and patch-panel positions, fiber pairs, cross-connects, optics, and device ports. Investigate no-light, low-light, wrong-port, link-flap, and error-rate issues across providers and CSPs; isolate continuity, dirty connectors, polarity, incorrect patching, incompatible optics or media, wavelength/power-budget problems, breakout, speed, and FEC/PCS mismatches. Guide remote hands, carrier technicians, CSP operations, and colocation teams through targeted inspection/cleaning, VFL, optical power, OTDR/OLTS, approved loopback, and per-lane DOM/DDM tests. Verify service acceptance on both sides: correct circuit and port, admin/operational state, compatible optics, light levels, speed/FEC, clean counters, stable link, and Layer 2/3 handoff readiness. Own tickets and troubleshooting bridges through resolution; identify the blocker and A-side/Z-side owner, drive follow-ups, escalate with evidence, and prevent premature closure. Execute smart-hands and change work safely: name the exact circuit, port, and fiber pair; protect adjacent live services; get approval before intrusive tests, repatches, shutdowns, or loopbacks; and maintain rollback. Deliver complete production handoffs with verified mappings, provider/CSP references, test results, interface evidence, incident history, risks, and clear ownership; improve runbooks and prevent repeat faults. Automate the full circuit-bring-up lifecycle: structure circuit, port, and patch-panel data; ingest telemetry and provider tickets; generate LLM-assisted diagnostics and technician-ready instructions; track ownership and evidence; and preserve explicit human approval for intrusive work.

Have 3+ years of hands-on network operations, carrier activation, data-center network deployment, field engineering, optical transport, or related infrastructure experience; equivalent practical experience is valued. Can trace an end-to-end circuit across cross-connects, fiber pairs, patch panels, carrier demarcations, optics, and both A-side and Z-side device ports. Troubleshoot optical faults using inspection/cleaning tools, optical power meters, VFL, OLTS/OTDR evidence, DOM/DDM, interface status, and provider test results. Understand single-mode/multimode fiber, LC and MPO/MTP