Network Engineer
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- Build packet-level fluency and operate routed IP networks confidently
- Automate networks and engineer resilient cloud/hybrid connectivity
- Engineer secure, observable networks and own production reliability
Benchmark: AWS Network Development Engineer + large-scale cloud/enterprise network engineering roles (current Sep 2026) Market refresh: TCP/IP and packet flow, BGP/OSPF/IS-IS/MPLS, modern EVPN/VXLAN fabrics, Python + IaC automation, cloud/hybrid connectivity, segmentation, observability, troubleshooting and incident ownership.
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Build packet-level fluency and operate routed IP networks confidently
TCP/IP, packet forwarding, IPv4/IPv6 + subnetting
Coverage: Linux, Operating Systems & Networking Foundations
OSPF/BGP routing + Internet control-plane fundamentals
Coverage: Networking Foundations / Systems Architecture & System Design
Automate networks and engineer resilient cloud/hybrid connectivity
Network automation, Python + infrastructure-as-code
Coverage: Python / DevOps / Infrastructure as Code
Cloud/hybrid connectivity + EVPN/VXLAN network fabrics
Coverage: Cloud Computing / Distributed Systems / Network Engineering
Engineer secure, observable networks and own production reliability
Traffic engineering, segmentation + Zero Trust controls
Coverage: Network Security & Zero Trust / Cloud Architecture
Observability, root-cause troubleshooting + incident response
Coverage: Observability & Site Reliability Engineering / Incident Response
Role-Readiness Proof / Capstone
Design, automate and operate a production-style hybrid network: create an IPv4/IPv6 addressing and subnet plan; build VLAN/VRF segmentation and OSPF/BGP routing; model a small EVPN/VXLAN or equivalent fabric; connect a cloud VPC/VNet through redundant hybrid paths; implement ACL/firewall and Zero Trust controls; automate repeatable configuration and validation with Python/Ansible/IaC; instrument flow, latency, loss and route health; inject a routing or connectivity failure, diagnose it from telemetry and packet evidence, restore service, write the postmortem and produce a scalable network design/runbook package.
Proof Rubric
- Prove packet and routing fluency
- defend protocol, addressing, topology and redundancy choices
- demonstrate idempotent automation and safe change validation
- show cloud/hybrid and segmentation controls
- quantify availability, latency, convergence and capacity tradeoffs
- troubleshoot from packet/route/telemetry evidence
- execute an incident with containment and recovery
- document architecture, rollback, operational procedures and lessons learned clearly enough for another engineer to operate the network