DevSecOps Engineer Resume Examples & Free Template (PDF, Word)

1. 1

   Title, years and scope

   Target title, years, the kind of company (SaaS, retail, banking, federal) and what you protect, whether that’s pipelines, clusters or the software supply chain. This one line tells a recruiter whether to read you as a junior, a senior or a lead.

2. 2

   Your stack

   Tools sorted by what they do, each behind its label: CI/CD (GitHub Actions), scanning (Semgrep, Snyk), secrets (Vault), signing (Cosign). Copy the spelling from the posting, since keyword matching in the ATS starts right here.

3. 3

   Domain expertise

   Pick 4 DevSecOps areas you’re best at and the method behind each, like risk-based triage or SLSA. Here’s where “ran Snyk” turns into “built merge gates that only block on real risk”.

4. 4

   Collaboration

   Platform, SRE, product security and compliance: say which of them you partner with weekly, and where you’re in the room (design reviews, release planning, incident calls). Security that developers resent doesn’t last, and recruiters know it.

5. 5

   Leadership

   What other engineers now rely on because of you: a golden pipeline template, a champions group, office hours, juniors you coached. Direct reports aren’t required. It shows a recruiter that teams around you get better at security.

1. 1

   SAST, DAST & SCA in CI/CD

   You wire security scans into the pipelines developers already use. A scan that slows every build or cries wolf gets switched off within a month, so hiring managers want to see gates your teams kept. Show which rules you wrote in Semgrep and which severity you chose to block on, and how merges stayed fast while real risk got stopped at the pull request.

   Techniques

   custom rules, severity thresholds, diff-only scans, PR comments

   Tools

   Semgrep, Snyk, CodeQL, OWASP ZAP

   Metrics

   pipelines covered, false-positive rate, scan time

2. 2

   Secrets Management & Leak Prevention

   You keep passwords and keys out of code, CI variables and chat. One leaked cloud key can turn into a breach the same afternoon, and security leaders hire you to make sure it doesn’t. Explain how you used Vault dynamic credentials and pre-commit secret scanning to retire static keys and catch leaks before push.

   Techniques

   dynamic credentials, OIDC federation, pre-commit hooks, key rotation

   Tools

   HashiCorp Vault, AWS Secrets Manager, GitGuardian, Gitleaks

   Metrics

   secrets caught, static keys retired, time to revoke

3. 3

   Software Supply Chain Integrity

   You prove what went into every build and that nothing changed on the way out. Since SolarWinds and the npm worms, customers and auditors ask you for SBOMs and signed artifacts by name. Describe how you used Syft SBOMs and Sigstore Cosign signing to reach a SLSA level and verify images before deploy.

   Techniques

   SBOM generation, artifact signing, build provenance, dependency pinning

   Tools

   Syft, Sigstore Cosign, in-toto, CycloneDX

   Metrics

   artifacts signed, SBOM coverage, SLSA level

4. 4

   Infrastructure as Code Security

   You stop risky cloud changes in the pull request, before terraform apply. If you fix a public bucket in code, it takes minutes. After a breach report, it takes weeks and a lawyer. Point out the Checkov rules and secure default modules you shipped, and how far they cut the misconfigurations that made it to production.

   Techniques

   IaC scanning, secure modules, plan checks, drift detection

   Tools

   Checkov, KICS, Terraform, Wiz

   Metrics

   misconfigurations blocked, repos covered, repeat findings

5. 5

   Container & Kubernetes Hardening

   You harden images and clusters so the risky ones never get scheduled. Kubernetes moves fast, and a hiring manager wants to know you understand what admission control catches and what only runtime detection will see. Walk them through where Trivy scans and Kyverno policies sit in your setup, and how many critical CVEs left production because of them.

   Techniques

   image scanning, admission control, distroless images, runtime rules

   Tools

   Trivy, Kyverno, OPA Gatekeeper, Falco

   Metrics

   critical CVEs running, images on minimal bases, blocked deploys

6. 6

   Policy as Code & Compliance Automation

   You turn security and compliance rules into code that runs on every change. Auditors want proof that a control ran every single time, and a policy in Git plus a pipeline log is the easiest proof you can hand them. Mention how you used OPA/Rego policies and expiring exceptions to clear SOC 2 or PCI DSS audits with less prep.

   Techniques

   policy as code, expiring exceptions, evidence from pipeline logs

   Tools

   OPA/Rego, Conftest, HashiCorp Sentinel, SOC 2

   Metrics

   controls automated, audit prep time, open exceptions

7. 7

   Vulnerability Triage & Fix Times

   You decide which findings get fixed first and make sure the right team gets them. Your scanners produce thousands of findings, and a backlog that only grows is the first sign of a DevSecOps program in trouble. Detail how you used EPSS, the CISA KEV list and Jira routing to bring down mean time to remediate.

   Techniques

   deduplication, EPSS scoring, KEV checks, owner routing

   Tools

   DefectDojo, Jira, Snyk, Dependabot

   Metrics

   mean time to remediate, critical backlog, deadline hit rate

8. 8

   Paved Roads & Security Champions

   You set things up so the secure path is the one developers pick without being told. You’ll always be outnumbered by developers, so the work only scales when product teams fix things on their own. Tell them how golden pipeline templates and a security champions group got adoption moving across product teams, with the numbers.

   Techniques

   golden pipelines, auto-fix PRs, security champions, office hours

   Tools

   GitHub Actions reusable workflows, Backstage, Renovate, Slack

   Metrics

   template adoption, active champions, fixes by developers

Eight bullets in one job is a lot, and that’s fine when each one has a control and a number. Coming from DevOps or QA? Your pipeline work probably covers 3 or 4 of these areas already. Next, the bullets themselves.

1. Level 1Task

   What did I work on? Pick one change you shipped yourself. On its own, a task only tells a recruiter you were there, not that it worked.

   Rolled out secret scanning for the engineering org.

2. Level 2+ Techniques

   How did I do it? Add the techniques. They show the decisions you made, like where in the pipeline the check runs.

   Rolled out secret scanning for the engineering org, with pre-commit hooks and a blocking CI check.

3. Level 3+ Tools

   What tools did I use? Write the real product names. Recruiters search for them, so they’re easy keyword wins.

   Rolled out secret scanning for the engineering org with GitGuardian and Gitleaks, using pre-commit hooks and a blocking CI check.

4. Level 4+ Method

   What method did I follow? Mention the process behind it. Few candidates do, and it shows a hiring manager how you roll changes out.

   Rolled out secret scanning for the engineering org with GitGuardian and Gitleaks, using pre-commit hooks and a blocking CI check under a same-day rotation runbook agreed with SRE.

5. Level 5+ Metric

   What was the result? End on one number. It’s what a hiring manager still remembers after reading 50 resumes.

   Rolled out secret scanning for the engineering org with GitGuardian and Gitleaks, using pre-commit hooks and a blocking CI check under a same-day rotation runbook agreed with SRE, cutting secrets that reached main from 31 a quarter to 2 across 180 repos.

   1. 01 Task What you worked on
   2. 02 Techniques How you did it
   3. 03 Tools The stack you used
   4. 04 Method The method you followed
   5. 05 Metric The result, one number

Most DevSecOps engineers already have their numbers. Scanner dashboards keep finding counts and fix times going back years, and CI logs show every merge a gate blocked. Nobody told you those belong on a resume, so go pull 3 of them tonight.