Available for work

Infrastructure
as code.
Deploys as routine.

I'm Tejas Mehta — a DevOps engineer with 3+ years on Azure, building CI/CD pipelines, Terraform modules, and AKS platforms that teams can actually trust.

impact.tf
  • 45%

    Faster release cycles

  • 99%

    AKS deploy success

  • 2 hrs

    To provision an env

  • 70%

    Fewer drift incidents

Automate the boring.
Ship with confidence.

I'm a DevOps engineer at Accenture with 3+ years designing, automating, and operating cloud infrastructure on Azure. My work sits where CI/CD, Kubernetes, and infrastructure-as-code meet — and my bias is always toward the boring outcome: predictable deploys, reproducible environments, and a quiet on-call rotation.

I hold a degree in Electronics & Communication Engineering and am Microsoft certified in Azure (AZ-104, AZ-900).

  • Azure at scale

    AKS platforms spanning 60+ services, lifted from 85% to 99% deployment success.

  • Everything codified

    Terraform modules that took environment provisioning from 4 days down to 2 hours.

  • Security in the pipeline

    OPA/Rego, Gatekeeper, SonarQube and Snyk gates preventing 95% of policy violations at PR time.

  • Cost kept honest

    InfraCost checks and right-sizing that cut £1,200/month of waste and 40% of agent spend.

One toolchain.
End to end.

  • Cloud (Azure)

    AKSACRKey VaultEvent Grid/HubsStorage AccountsAzure VMsVNetPrivate Endpoints
  • IaC & Containers

    TerraformHelmDockerKubernetes
  • CI/CD

    Azure DevOpsGitHub ActionsMavenGit
  • Observability

    Application InsightsELK Stack
  • DevSecOps

    OPA/RegoGatekeeperSonarQubeSnykInfraCost
  • Languages & OS

    PythonBash/ShellLinux (RHEL/Ubuntu)

Four steps.
No surprises.

  1. Design

    Map requirements to a reproducible architecture. Modules, environments, and guardrails get defined before a single resource is provisioned.

  2. Codify

    Everything as code — Terraform for infra, Helm for workloads, OPA/Rego for policy. Reviewed in PRs, versioned, and cost-estimated up front.

  3. Automate

    End-to-end CI/CD with security and quality gates. Deployment gating, drift detection, and self-service pipelines teams actually trust.

  4. Observe

    Close the loop with Application Insights and the ELK stack. Autoscaling, alerting, and continuous tuning to keep on-call quiet.

Things I've built.
And why they mattered.

Terraform Drift Detection

Python tool that polls Terraform state and compares it against live Azure resources, alerting on configuration drift before it becomes an incident. Cut drift incidents 70% and prevented two critical outages.

PythonTerraformAzureAzure DevOps

Policy-as-Code Platform

OPA/Rego policy library with a Gatekeeper admission controller enforcing enterprise compliance on AKS. Prevents 95% of policy violations at PR time and generates auditable compliance reports.

OPA/RegoGatekeeperKubernetesAzure DevOps

This Portfolio

Static Astro site on a private S3 bucket behind CloudFront. Infrastructure fully described in Terraform; zero long-lived AWS keys thanks to GitHub Actions OIDC. Initial payload under 100 KB.

AstroTerraformAWSGitHub Actions

Certified.
Verifiable.

  • Microsoft

    Azure Devops Expert

    AZ-4002026
    Verify →
  • Microsoft

    Azure Administrator Associate

    AZ-1042026
    Verify →
  • AWS

    AWS Solutions Architect Associate

    SAA-0032026
    Verify →

Contact

Let's build
something solid.

Open to interesting problems — a role, a collaboration, or just a question about cloud infrastructure. My inbox is open.

official.tejas27@outlook.com