DevOps Engineer Skill Matrix

Public example of a matrix for engineers responsible for infrastructure, delivery, and platform reliability.

Go developer PHP developer Python developer .NET developer DevOps engineer DBA Legal counsel
Junior Middle Senior
Infrastructure Platform
Linux and networking
Operate hosts and services safely

Reads logs, manages processes, and understands common network and OS diagnostics.

Troubleshoot runtime incidents independently

Diagnoses network, resource, and process-level problems with reliable recovery steps.

Define infrastructure operating standards

Guides system hardening, segmentation, and platform-level troubleshooting patterns.

CI/CD
Maintain existing pipelines

Understands build steps, artifacts, and routine pipeline failures.

Improve release flow reliability

Adds caching, rollback safety, environment checks, and measurable deployment quality.

Design delivery standards across teams

Balances developer speed, release risk, and compliance requirements.

Infrastructure as code
Change infrastructure through code

Uses reviewed IaC changes instead of manual configuration drift.

Model reusable infrastructure modules

Builds predictable templates with variables, outputs, and safe environment separation.

Set infrastructure design principles

Defines state strategy, module ownership, and platform-level evolution rules.

Reliability and Security
Containers and orchestration
Build and run containerized workloads

Understands images, runtime configuration, and basic orchestration objects.

Operate services under load

Tunes rollout strategy, resource limits, scheduling, and service recovery.

Drive platform orchestration standards

Shapes workload isolation, multi-environment patterns, and cluster governance.

Observability
Support logs, metrics, and alerts

Adds instrumentation and follows runbooks for routine operational events.

Diagnose incidents via telemetry

Uses dashboards, traces, and event timelines to isolate root causes.

Set service health indicators

Defines SLI/SLO conventions and improves signal quality of alerting.

Security operations
Follow secure infrastructure baselines

Applies secrets handling, access control, and patching procedures consistently.

Reduce operational security risk

Reviews exposed surfaces, rotates secrets, and improves access segmentation.

Embed security in platform workflows

Makes secure defaults part of delivery, infrastructure, and incident response.