Network automation engineers earn $113,000 on average in 2026, with senior roles reaching $160,000–$180,000 and CCIE Automation holders commanding $170,000+ as staff architects. The career path from writing your first Python script to holding a CCIE Automation is the fastest-growing trajectory in network engineering — and the February 2026 DevNet-to-CCIE Automation rebrand just made it significantly more credible on resumes.
Key Takeaway: The strongest automation engineers aren’t developers who learned networking — they’re network engineers who learned to code. The career path from NOC engineer to CCIE Automation architect pays $80,000 to $170,000+ and typically takes 5–8 years of deliberate skill-building.
I’ve talked to hiring managers, reviewed salary data from ZipRecruiter and Glassdoor, and tracked the DevNet rebrand closely. Here’s the complete roadmap for network engineers who want to ride the automation wave without abandoning their networking roots.
What Does the Network Automation Career Ladder Look Like?
The career progression isn’t a sharp pivot — it’s a gradual layering of automation skills on top of networking expertise. According to Washington University’s career analysis and ITRise’s network engineer roadmap, the path typically follows this ladder:
| Level | Role | Salary Range | Key Skills |
|---|---|---|---|
| Entry | NOC Engineer / Jr. Network Engineer | $55,000–$80,000 | CCNA, basic troubleshooting, monitoring tools |
| Level 2 | Network Engineer + Scripting | $80,000–$110,000 | Python basics, Ansible playbooks, CCNP |
| Level 3 | Network Automation Engineer | $110,000–$140,000 | NETCONF/RESTCONF, YANG models, CI/CD, CCNP Automation |
| Level 4 | Senior Automation Engineer | $140,000–$170,000 | Architecture design, Terraform, custom frameworks |
| Level 5 | Staff/Principal Automation Architect | $170,000–$200,000+ | CCIE Automation, org-wide strategy, platform engineering |
The key insight: each level doesn’t replace the previous skills — it builds on them. The best staff automation architects I’ve seen can still troubleshoot a BGP peering issue from the CLI while simultaneously reviewing Ansible playbook PRs. That dual competency is what makes them irreplaceable.
Should Network Engineers Learn Automation or Go Deeper on Networking?
This is the question I see on Reddit every single week. And the answer that most people don’t want to hear is: both.
According to Hamilton Barnes’ 2026 salary report, the fastest salary growth in US enterprise networking is in roles that combine deep networking knowledge with automation skills. Pure networking roles are seeing 3–5% annual increases. Automation-hybrid roles are seeing 8–12%.
Here’s why “both” is the right answer:
You can’t automate what you don’t understand. Writing an Ansible playbook to configure OSPF is trivial. Debugging why your automated OSPF deployment created a routing loop requires deep networking knowledge. Employers need the second skill, not the first.
Automation without context is dangerous. I’ve seen junior engineers write scripts that pushed misconfigurations to 200 switches simultaneously. Knowing networking means you know what guardrails to build into your automation.
The market pays for the combination. According to ZipRecruiter (2026), network automation engineers earn $113,000 average — significantly more than pure network engineers ($95,000–$105,000) or pure automation/DevOps engineers without networking expertise ($100,000–$120,000).
The practical approach: get your CCNA/CCNP foundation solid first. Then start scripting. Don’t try to learn Python before you understand subnetting — you’ll write code that technically works but architecturally fails.
What Python and Automation Skills Do Hiring Managers Actually Want?
I’ve reviewed dozens of network automation job postings, and the pattern is clear. Here’s what hiring managers are actually screening for — ranked by frequency of appearance:
Tier 1: Must-Have Skills
- Python — Not “I completed a Codecademy course” Python. Production-grade scripting with error handling, logging, and network libraries (Netmiko, Napalm, Nornir). According to Configr Technologies, Python combined with Ansible handles 80% of real-world network automation use cases.
- Ansible — Writing playbooks, roles, and custom modules for network device configuration. Understanding Jinja2 templating and inventory management.
- NETCONF/RESTCONF — The APIs that talk to modern network devices. YANG data models are the schema — you need to understand both the transport and the data structure.
- Git — Version control isn’t optional. Every configuration change should be tracked, reviewed, and auditable.
Tier 2: Differentiators
- CI/CD Pipelines — Using GitLab CI, GitHub Actions, or Jenkins to test and deploy network changes automatically. This separates senior engineers from mid-level ones.
- Terraform/Infrastructure-as-Code — Managing network infrastructure declaratively, especially for cloud networking (AWS VPCs, Azure VNets).
- YANG Data Models — Deep understanding of YANG models for IOS-XR and IOS-XE. This is where CCIE Automation candidates separate themselves.
Tier 3: Career Accelerators
- Nornir — Python-native alternative to Ansible that gives you full programmatic control. Increasingly popular in advanced automation teams.
- Containerization — Running automation tooling in Docker, deploying with Kubernetes. The platform engineering side of automation.
- API Development — Building internal APIs and dashboards for network self-service. This is staff/principal architect territory.
According to Coursera’s 2026 salary guide, enrolling in Cisco’s Network Automation Engineering Fundamentals Specialization is one pathway to build these skills systematically.
How Does the DevNet-to-CCIE Automation Rebrand Change the Career Path?
In February 2026, Cisco rebranded its entire DevNet certification line:
- DevNet Associate → CCNA Automation
- DevNet Professional → CCNP Automation
- DevNet Expert → CCIE Automation
This wasn’t just cosmetic. According to CBT Nuggets’ analysis of the 2026 changes, the rebrand solves a real problem that hurt DevNet holders for years.
As Robb Boyd noted on LinkedIn: “DevNet Expert holders got turned away from CCIE parties because ’this is only for CCIEs.’ Recruiters would skip the resume because they didn’t know what ‘DevNet Expert’ meant.”
The CCIE Automation name immediately communicates:
- Same tier as CCIE Enterprise and CCIE Security — recruiters and hiring managers understand CCIE
- Automation is a networking discipline, not a developer hobby — the “DevNet” label confused people into thinking it was a software development cert
- Clear career ladder — CCNA → CCNP → CCIE Automation mirrors the traditional networking path
According to Leads4Pass (2026), employer recognition improved immediately after the rebrand, with recruiters now listing “CCIE Automation” alongside CCIE Enterprise and Security in job requirements.
For a deeper dive on what the rebrand means technically, see our DevNet to CCIE Automation Rebrand explainer.
What Does the Salary Progression Actually Look Like?
Let’s put real numbers on the career ladder. I’ve compiled data from ZipRecruiter, Glassdoor, Spoto, and Hamilton Barnes:
| Career Stage | Typical Certs | Average Salary | Top 10% |
|---|---|---|---|
| NOC / Help Desk (Year 0–2) | CCNA | $55,000–$75,000 | $80,000 |
| Network Engineer (Year 2–4) | CCNP, Python basics | $85,000–$110,000 | $120,000 |
| Network Automation Engineer (Year 4–6) | CCNP Automation | $113,000–$140,000 | $155,000 |
| Senior Automation Engineer (Year 6–8) | CCNP Automation + experience | $140,000–$165,000 | $180,000 |
| Staff Automation Architect (Year 8+) | CCIE Automation | $170,000–$200,000+ | $220,000+ |
According to ZipRecruiter (2026), the average network automation engineer earns $54.33/hour ($113,004/year). Spoto’s career guide reports that experienced automation engineers reach $176,395 at the top end.
The salary jump from “network engineer who can script” ($110K) to “network automation engineer” ($140K) is where the biggest percentage increase happens — roughly 25–30% for adding structured automation skills to your resume.
For detailed compensation data on the CCIE Automation tier specifically, check our CCIE Automation Salary 2026 analysis.
What Does a Day in the Life of a Network Automation Engineer Look Like?
Theory is great, but what do these engineers actually do? Here’s a realistic snapshot of a mid-career network automation engineer’s work:
Morning:
- Review pull requests on Ansible playbooks from junior team members
- Check CI/CD pipeline results from overnight configuration deployments
- Investigate a failed NETCONF push to a Catalyst 9300 — turns out a YANG model version mismatch
Midday:
- Architecture meeting: designing a self-service portal for network teams to provision VLANs without tickets
- Write Python script to parse ISE profiling data and auto-assign SGTs based on device type
Afternoon:
- Build a Terraform module for spinning up AWS Transit Gateway attachments
- Update documentation for the team’s Nornir inventory management system
- Mentor a network engineer on writing their first Jinja2 template for OSPF configs
This blend of coding, architecture, mentoring, and troubleshooting is what makes the role compelling — and what justifies the salary premium over traditional network engineering.
How Do You Start the Transition Today?
If you’re a network engineer reading this and thinking “I should learn automation,” here’s the concrete 12-month plan:
Months 1–3: Foundation
- Learn Python basics (variables, loops, functions, file I/O)
- Write your first Netmiko script to pull
showcommands from lab devices - Set up a Git repository for your scripts
- Resource: Cisco’s Network Automation Engineering Fundamentals on Coursera
Months 4–6: Ansible and APIs
- Learn Ansible fundamentals — playbooks, inventory, Jinja2 templates
- Write playbooks that configure OSPF, BGP, and VLANs on lab routers
- Explore RESTCONF on IOS-XE using Postman, then script it with Python
- Start studying for CCNA Automation if you don’t have it
Months 7–9: Production Readiness
- Learn NETCONF and YANG models — use
pyangto explore IOS-XR models - Build a CI/CD pipeline (GitHub Actions or GitLab CI) that lints and tests your playbooks
- Contribute automation improvements at work — start with read-only scripts before pushing configs
- Begin CCNP Automation study
Months 10–12: Differentiation
- Learn Nornir as an Ansible alternative for complex workflows
- Build a small self-service tool (Flask/FastAPI) for a common network task
- Start contributing to open-source network automation projects
- Update your resume: “Network Automation Engineer” not “Network Engineer who knows Python”
Frequently Asked Questions
How much do network automation engineers earn in 2026?
Network automation engineers earn $113,000 on average according to ZipRecruiter (2026). Senior automation engineers reach $140,000–$180,000, and CCIE Automation holders with 5+ years command $160,000–$190,000+.
Should I learn networking or automation first?
Networking first. You can’t automate what you don’t understand. Start with CCNA-level routing/switching fundamentals, then layer on Python scripting, APIs, and tools like Ansible. The strongest automation engineers have deep networking knowledge.
What is the difference between DevNet Expert and CCIE Automation?
They are the same certification with a new name. Cisco rebranded DevNet Expert to CCIE Automation in February 2026 to align it with the traditional CCIE track naming. Existing DevNet Expert holders automatically hold CCIE Automation.
What tools should network automation engineers learn?
Python, Ansible, NETCONF/RESTCONF, Git, and CI/CD pipelines are the core stack. Add Terraform for infrastructure-as-code, Nornir as an alternative to Ansible, and understanding of YANG data models for Cisco IOS-XR/XE automation.
Is CCIE Automation worth pursuing for career growth?
Yes. The rebrand to CCIE Automation gives the certification immediate CCIE-tier recognition with recruiters. CCIE Automation holders are positioned for staff automation architect roles at $170,000+, and demand for automation skills is growing faster than any other networking specialization.
Ready to map your personal path from network engineer to CCIE Automation? Contact us on Telegram @phil66xx for a free assessment — I’ll evaluate your current skills and build a timeline that gets you there.