Senior Network Platform Engineer
Founded in 1917, the National Hockey League (NHL®) is the premier professional ice hockey league in the world and is one of the major professional sports leagues in the United States and Canada.
WHAT WE EXPECT OF YOU
SUMMARY
You operate across Architecture and Engineering, with a deliberate feedback loop to operations partners. Their insights drive your design changes. You ship them. They validate.
We treat network capabilities as products serving internal customers, production, studio, broadcast, and corporate stakeholders. The platforms you build support live games and global media workflows where reliability is broadcast-grade: deterministic, low-latency, zero-tolerance during production windows.
Hybrid environment: AWS, on-prem DC, broadcast venues, studios, edge. You own the network end-to-end across Layer 1–4, physical connectivity through transport, not just the cloud and policy layers. Network security is woven into everything you build, segmentation, zero trust patterns, and policy-as-code are core to the platform, not bolted on. Automation-first, if you do it twice, you automate the third.
- Surface architectural gaps from operational patterns; propose design changes backed by data
- Build Terraform modules and CI/CD pipelines (GitLab, Vault) for network and security policy
- Build self-service network capabilities consumed via IaC by other platform teams
- Treat your domain as a product, gather stakeholder feedback, shape the roadmap, measure outcomes
- Define and improve SLIs, SLOs, and stakeholder-facing SLAs for your domain
- Drive reliability for your domain, design for failure, partner with Network Reliability Engineers, and contribute as incidents, design changes, or events demand
- Own observability for your domain (Datadog, Grafana, Prometheus, or equivalent)
- Apply AI/ML to network operations, anomaly detection, predictive capacity, intelligent remediation
Knowledge Areas/Experience
- Strong networking fundamentals across Layer 1–4, physical, switching (VLAN, LAG, STP), routing (BGP, OSPF), and transport (load balancing, flow behavior, latency/jitter)
- Network security platforms, Palo Alto NGFW and at least one of Prisma Access, Prisma Cloud, or Cortex; comfort designing segmentation and policy-as-code
- Hands-on Terraform (writing modules, not just consuming them)
- AWS networking at scale (Transit Gateway, VPC, hybrid connectivity)
- On-prem networking at scale, DC fabrics, broadcast venue and studio connectivity, hybrid integration
- Strong scripting skills (Python preferred)
- Not afraid to go into the weeds, packet captures, config diffs, fiber traces, whatever the problem needs
- Cross-functional partnership with Media Engineering, Production, Security, and Operations — translating creative and business needs into network capabilities
- Comfort operating in deadline-driven, broadcast-grade reliability environments
- Live broadcast, sports, post-production, or VFX infrastructure experience
- Broadcast-grade networking, low-latency, deterministic, contribution/distribution
- AI/ML applied to network operations (observability, anomaly detection, predictive capacity)
- Reliability engineering background, SLO design, chaos engineering, or failure-mode analysis at scale
- NetDevOps tooling breadth, Ansible, Git, CI/CD pipelines, network APIs alongside Terraform
- SASE / zero trust deployment at scale
- Product thinking applied to infrastructure, treating platforms as services with customers
These core competencies reflect the underlying values that are necessary to represent the National Hockey League:
- Accountability
- Adaptability
- Communication
- Critical Thinking
- Inclusion
- Professionalism
- Teamwork & Collaboration
The NHL offers U.S. regular, full-time employees:
Job Questions:
This position will be based in our New York City Office. Are you willing and able to commute to our office for this position?
If you are not currently living in the tri-state area, are you willing and able to relocate at your own expense for this position?
Do you have the legal right to work in the United States?
Will you now or in the future require visa sponsorship to continue work in the United States?
What are your salary expectations for this role? (NOTE: We are NOT asking for your current salary or salary history)
How did you hear about this position? Where did you first see this role posted?
Please give an example of an instance you used an automation solution to a network experiencing outages, friction, or bottlenecks. What methods did you use to diagnose and address these issues, and what was the network performance result?
On a scale of 1–5 (5 being highest), how would you rate your Terraform/Infrastructure as Code?
On a scale of 1–5 (5 being highest), how would you rate your AWS networking?
On a scale of 1–5 (5 being highest), how would you rate your Layer 2/Layer 3 networking?
On a scale of 1–5 (5 being highest), how would you rate your Python/scripting?
On a scale of 1–5 (5 being highest), how would you rate your network automation?
On a scale of 1–5 (5 being highest), how would you rate your routing protocols (BGP, OSPF)?
On a scale of 1–5 (5 being highest), how would you rate your observability/monitoring?
On a scale of 1–5 (5 being highest), how would you rate your incident response?
Please describe an instance in which you had to evaluate the design and troubleshoot a multi-layered network that called for a repetitive task automation solution. Also provide context of the scale and scope of the users of this network, and the stakeholders involved.