How to find a network engineer.

Cloud adoption made traditional networking look like a legacy skill, and a lot of hiring reflects that. It is a misreading. Cloud platforms hide routing, DNS, and packet flow behind clean abstractions, and the moment something breaks, those fundamentals are what resolve it.

Which creates an opportunity. An experienced network engineer learns VPCs and transit gateways in weeks because the underlying principles are identical. Someone who only knows the abstraction takes far longer to learn what sits beneath it. Screening on cloud experience alone selects for the easier half of the skill set.

Job titles worth searching

Grouped by what the person actually does, because searching all45 at once produces a result set you cannot triage. Decide which group you need first — that decision does more for the search than any string below.

Certifications and what each proves

Networking is one of the few fields where the certification ladder genuinely tracks capability, largely because the top credentials involve practical laboratory examinations rather than multiple-choice questions.

Where network engineers actually are

Networking has the strongest home lab culture in technology. Engineers building physical or virtual labs to study for CCNP or CCIE are demonstrating motivation and hands-on learning in a way no certification alone conveys, and the communities where they discuss it are public and easy to find.

GitHub identifies the automation-capable minority. Network engineers working with Netmiko, NAPALM, Nornir, or Ansible network modules have moved from configuring devices by hand to managing them as code — a small population, and the direction the whole discipline is heading.

Cloud migrations and data centre closures are the reliable availability event. They displace experienced infrastructure staff who often possess deeper fundamentals than cloud-native engineers, and who are actively looking precisely because their employer decided the skills were legacy. That judgement is usually wrong, which is what makes this pool valuable.

Boolean search strings

Written to be pasted as-is. Each one is built around an intent rather than a platform, since the useful question is what you are trying to find, not which site you happen to be on.

site:linkedin.com/in/ ("network engineer" OR "systems engineer" OR "infrastructure engineer") (CCNA OR CCNP OR CCIE OR VMware) "{city}"

("BGP" OR "OSPF" OR "MPLS" OR "EVPN" OR "route reflector") ("network engineer" OR "CCIE" OR "CCNP") -jobs -course

("network engineer" OR "systems engineer") ("AWS" OR "Azure" OR "Terraform" OR "automation" OR "Python") ("transitioning" OR "learning" OR "migrated") -jobs

site:github.com ("netmiko" OR "napalm" OR "nornir" OR "ansible network" OR "pyATS") -awesome -tutorial

("data centre" OR "data center" OR "service provider" OR "ISP" OR "peering") ("network engineer" OR "NOC") -jobs -sales

(site:reddit.com/r/networking OR site:reddit.com/r/homelab) ("lab" OR "studying" OR "CCNP" OR "built") "{technology}"

("data centre closure" OR "cloud migration" OR "infrastructure outsourcing" OR "restructuring") ("IT" OR "infrastructure") "{state}" 2025..2026

("OT network" OR "industrial network" OR "SCADA network" OR "Purdue model") ("engineer" OR "security") -jobs -vendor

Mistakes that cost the most time

1. Assuming cloud made networking knowledge obsolete

   Cloud platforms abstract networking until something breaks, at which point understanding routing, DNS, and packet flow becomes essential. Engineers with deep traditional fundamentals who have learned cloud primitives are more capable than cloud-native engineers who never learned what the abstraction hides. Treating traditional networking experience as legacy discards the most valuable pool available.

2. Screening on cloud experience alone

   An experienced network engineer learns VPCs and transit gateways in weeks because the underlying principles are the same. Someone who has only ever worked in cloud abstractions takes considerably longer to learn what those abstractions represent. Requiring cloud experience while ignoring fundamentals selects for the easier half of the skill set.

3. Conflating network and systems engineering

   Network engineers own routing, switching, and connectivity; systems engineers own servers, directory services, and platforms. At smaller organisations one person does both, but at scale they are separate disciplines with different certification tracks and different depth. Adverts asking for both at senior level attract generalists rather than specialists.

4. Undervaluing practical certifications

   CCIE involves an eight-hour hands-on lab, and RHCE is performance-based — neither can be passed through memorisation. These are meaningfully different from multiple-choice associate credentials, and treating a certification list as a flat count misses that distinction entirely.

5. Missing the network automation shift

   Configuring devices by hand is being replaced by scripted, version-controlled network management. Engineers who have adopted Python, Ansible, and network automation tooling are a small and highly valuable group, and they rarely appear in searches built around traditional networking terms alone.

6. Ignoring on-call and change window realities

   Infrastructure work involves out-of-hours change windows and on-call rotations, since network changes cannot usually be made during business hours. Candidates evaluate this closely and adverts routinely omit it. Being explicit about change window frequency and on-call structure filters correctly at no cost.

Common questions

What job titles should I search for when hiring a network or systems engineer?

Core terms include Network Administrator, Network Engineer, Systems Administrator, Systems Engineer, and Infrastructure Engineer, which overlap considerably and are used inconsistently. For genuine networking depth, search protocol and specialisation terms — Routing and Switching Engineer, Firewall Engineer, Data Centre Network Engineer, and Network Architect. For the cloud side, Cloud Network Engineer, NetDevOps Engineer, and Network Automation Engineer. Platform-specific roles use Active Directory Engineer, VMware Engineer, and Linux Systems Engineer.

Is traditional networking experience still valuable given cloud adoption?

More valuable than many recruiters assume. Cloud platforms abstract networking successfully until something breaks, at which point understanding routing, DNS, subnetting, and packet flow becomes essential to diagnosis. Engineers with deep traditional fundamentals learn cloud networking primitives quickly because the underlying principles are identical — VPCs and transit gateways are new names for familiar concepts. The reverse transition is harder: engineers who only know cloud abstractions take longer to learn what those abstractions actually represent when they need to troubleshoot below them.

Which networking certifications actually indicate capability?

The practical and professional-level ones. CCIE involves an eight-hour hands-on laboratory examination and is among the hardest certifications in technology, so holders are genuinely few and heavily recruited. CCNP is substantially harder than CCNA and held by a much smaller population. RHCE is performance-based for Linux, meaning it cannot be passed through memorisation. CCNA indicates real grounding in fundamentals but is widely held. Cloud networking specialties such as AZ-700 alongside a traditional credential signal someone who has made the transition deliberately.

What is the difference between a network engineer and a systems engineer?

A network engineer owns connectivity — routing, switching, firewalls, and the paths traffic takes. A systems engineer owns servers, operating systems, directory services, virtualisation, and storage. The distinction is clear at scale, where each has its own certification track and depth, but blurs completely at smaller organisations where one person handles everything. Job adverts frequently ask for senior-level depth in both, which attracts generalists rather than the specialists the role usually needs.

Where can I find network and infrastructure engineers outside LinkedIn?

Networking has an unusually strong home lab culture — the networking and homelab communities are full of people building infrastructure to study for CCNP or CCIE, which is a strong motivation signal that almost nobody sources against. GitHub identifies the automation-capable minority through network tooling such as Netmiko, NAPALM, and Nornir. Cloud migrations and data centre closures displace experienced infrastructure staff who frequently have deeper fundamentals than cloud-native engineers and are actively looking.