Updated for 2026

Platform Engineer
Resume Example

A proven, ATS-optimized resume structure for platform engineers who build internal developer platforms. Copy it, adapt it, land more interviews.

ATS Score
89
Excellent
Keywords · Metrics · Format
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Alex Rivera

Denver, CO  |  [email protected]  |  (720) 593-4128  |  linkedin.com/in/alexrivera
Summary

Platform engineer with 7 years of experience building internal developer platforms and infrastructure automation for SaaS companies. Designed a self-service deployment platform used by 140+ engineers that reduced deployment time from 45 minutes to 4 minutes. Expert in Kubernetes, Terraform, CI/CD pipeline design, and building golden paths that improve developer productivity at scale.

Skills
Orchestration: Kubernetes, Helm, ArgoCD, Istio, Docker, Container Security, Service Mesh
Infrastructure: Terraform, AWS (EKS, EC2, RDS, S3), GCP, Pulumi, CloudFormation, Ansible
CI/CD: GitHub Actions, GitLab CI, Jenkins, Buildkite, Feature Flags, Canary Deployments
Observability: Prometheus, Grafana, Datadog, PagerDuty, SLO/SLI Design, Incident Management
Experience
Senior Platform Engineer – Stratos Cloud, Denver
  • Designed and built an internal developer platform on Kubernetes (EKS) serving 140+ engineers across 18 microservices, reducing average deployment time from 45 minutes to 4 minutes
  • Implemented infrastructure-as-code with Terraform managing 600+ cloud resources, achieving 100% drift detection coverage and reducing provisioning errors by 85%
  • Built a CI/CD pipeline framework using GitHub Actions and ArgoCD that processes 300+ deployments per week with a 99.4% success rate and automated rollback
  • Established SLO/SLI standards across all production services, improving platform uptime from 99.5% to 99.95% and cutting mean time to recovery from 42 minutes to 8 minutes
DevOps Engineer – Pinecrest Software, Austin
  • Migrated 12 monolithic applications to containerized microservices on Kubernetes, reducing infrastructure costs by $180K annually (32%) while improving scaling response time by 70%
  • Automated infrastructure provisioning with Terraform modules, cutting environment spin-up time from 3 days to 20 minutes for 8 development teams
  • Designed and deployed a centralized observability stack (Prometheus, Grafana, PagerDuty) covering 45 services, reducing alert noise by 60% through SLO-based alerting
  • Created golden path templates for new service onboarding that standardized CI/CD, monitoring, and security scanning, reducing time-to-production for new services from 2 weeks to 2 days
Education & Certifications
B.S. Computer Science – Colorado State University
Certified Kubernetes Administrator (CKA)
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Why This Resume Works

This resume scores well with ATS systems and hiring managers because it follows three principles:

1
Developer productivity metrics in every bullet

Deployment frequency, time savings, uptime percentages, cost reductions. Platform engineering is measured by how much it accelerates others.

2
Infrastructure keywords throughout

Kubernetes, Terraform, ArgoCD, SLO/SLI, golden paths, IaC. ATS systems scan for these exact technology terms.

3
Clean, single-column format

Standard section headings that ATS parsers expect. No tables, columns, or graphics that break parsing.

How the ATS Score Is Calculated

ATS systems evaluate platform engineer resumes across three dimensions:

40%
Keywords

Container orchestration, IaC tools, CI/CD platforms, observability stacks, and cloud providers from the job description.

25%
Platform Impact Metrics

Deployment frequency, uptime percentages, cost savings, developer adoption, and time-to-production improvements.

35%
Structure & Formatting

Proper section headings, consistent formatting, parseable layout, and appropriate resume length.

Section-by-Section Breakdown

Summary

Lead with years of experience and the type of platform you have built (internal developer platform, infrastructure automation). Include your biggest productivity improvement metric and the technologies you specialize in. Keep it to 2-3 sentences.

Skills

Group skills into Orchestration, Infrastructure, CI/CD, and Observability. Name specific tools (ArgoCD, not "GitOps tool") and include cloud provider specifics (AWS EKS, not just "cloud").

Tip: If the job posting mentions "internal developer platform" or "golden paths," use those exact terms. Platform engineering has specific vocabulary that ATS systems filter on.

Tip: Keep your summary to 2-3 sentences. Lead with years of experience and your strongest qualification, then mention 1-2 measurable results.

Experience

Use this formula for every bullet point:

[Action verb] + [what you built/automated] + [scale/context] + [measurable result]

Start bullets with strong verbs: Designed, Built, Implemented, Migrated, Automated, Established. Avoid "Responsible for" or "Supported" since they minimize your engineering impact.

3-5 bullets per role. Lead with developer productivity and reliability improvements.

Education & Certifications

For platform engineers with 5+ years of experience, keep education brief. List certifications like CKA, AWS Solutions Architect, or Terraform Associate since they validate hands-on expertise and many employers filter for them.

Key Skills for Platform Engineer Resumes

Based on analysis of thousands of platform engineering job postings, these are the most frequently required skills:

Kubernetes Terraform CI/CD Pipelines AWS / GCP Docker GitOps Observability Service Mesh SRE Practices Infrastructure as Code

Score formula: Action verb + specific task + measurable result. Every bullet should answer "how much?" or "so what?" to pass ATS scoring.

Common Mistakes on Platform Engineer Resumes

  • No developer adoption metrics - "Built a deployment platform" tells hiring managers nothing. Specify how many engineers use it, how many deployments it handles, and the time savings it provides.
  • Missing reliability outcomes - platform engineering is about uptime and recovery. Include SLO numbers, uptime percentages, and MTTR improvements that prove your platform is production-grade.
  • Listing tools without scale context - "Used Terraform" is weak. "Managed 600+ cloud resources with Terraform achieving 100% drift detection" shows real expertise at scale.
  • No cost optimization results - infrastructure costs matter. If you reduced cloud spending through right-sizing, spot instances, or architecture changes, quantify the savings.

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