Sr Network Engineer

A bachelor’s degree from an accredited college or university is required, with a focus in Computer Science, Information Technology, Network Engineering, or related discipline. In the absence of a degree, equivalent work experience directly related to the key responsibilities of the role will be considered as a substitute for the degree.

Cisco routing & switching: BGP, OSPF, EIGRP, SD-WAN, Nexus VPC/VXLAN, Catalyst, Meraki

CCIE Enterprise Infrastructure or Cloud

Cisco ASA / FTD firewalls, AnyConnect VPN, zone-based policy

Azure Virtual WAN or AWS Transit Gateway at enterprise scale

F5 BIG-IP (LTM/GTM): virtual servers, iRules, SSL offload

Zero-trust microsegmentation and identity-aware network access

AWS networking: VPC, Transit Gateway, Direct Connect, Route 53, ALB/NLB, Security Groups

GitOps-based network change workflow with automated drift detection

Azure networking: VNet, Virtual WAN, ExpressRoute, NSG, Azure Firewall, App Gateway

Terraform module library built and maintained for multi-team use

Terraform (IaC) — version-controlled, peer-reviewed network deployments

Container networking (Kubernetes CNI, service mesh)

Python and/or PowerShell for network automation and scripting

Azure Bicep, ARM templates, or AWS CloudFormation

Git, GitHub/Azure DevOps, CI/CD pipeline participation

SolarWinds, PRTG, or Grafana for on-premises observability

Datadog, Azure Monitor, or AWS CloudWatch for network observability

AI-assisted tooling (Claude, GitHub Copilot) in engineering workflows

Network Services: DHCP, DNS, NTP, SNMP, NetFlow/IPFIX, TACACS+/RADIUS

Must also be able to demonstrate the following knowledge, skills and abilities:

Able to communicate technical architecture and recommendations clearly to both engineering peers and non-technical management. Can effectively apply structured root cause analysis to complex, multi-layer network issues spanning on-premises and cloud environments. Self-directed work style with strong ownership and the ability to lead projects end-to-end with minimal supervision, while keeping stakeholders informed. Skilled at producing high-quality documentation — architecture diagrams, runbooks, and IaC module docs — as a standard work output. Mentorship mindset; invests in developing junior team members through pairing, review, and knowledge sharing. Flexible and adaptable approach to work, and can easily adjust to shifts in priorities as the needs of the business change.

Able to communicate technical architecture and recommendations clearly to both engineering peers and non-technical management.

Can effectively apply structured root cause analysis to complex, multi-layer network issues spanning on-premises and cloud environments.

Self-directed work style with strong ownership and the ability to lead projects end-to-end with minimal supervision, while keeping stakeholders informed.

Skilled at producing high-quality documentation — architecture diagrams, runbooks, and IaC module docs — as a standard work output.

Mentorship mindset; invests in developing junior team members through pairing, review, and knowledge sharing.

Flexible and adaptable approach to work, and can easily adjust to shifts in priorities as the needs of the business change.