DevOps & Platform Engineer · Tehran, Iran

Reliable platforms.Confident delivery.

I’m Hossein Moazami. I design and operate Kubernetes platforms, delivery systems, and observability foundations that reduce release risk and make production easier to understand.

Open to DevOps, platform engineering, and infrastructure consulting conversations.

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DevOps since 2019. Software roots. Tehran, Iran · 7+ years in engineering

Selected impact

7+ yrsacross DevOps and software engineering

30%less deployment downtime reported

40%fewer manual configuration errors reported

Weeks → hoursdeployment cycles reported at Shavaz

01 / Selected systems work

Platform work judged by safer delivery and clearer operations.

Selected examples showing the problem, the systems I owned, and the reported operational outcome—not just the tools involved.

NafisLife · Platform modernizationEmployer outcome

Modernizing legacy infrastructure into a safer, repeatable delivery platform.

As a DevOps Engineer, I orchestrated the migration of legacy infrastructure to Kubernetes and connected configuration automation, delivery, private-cloud infrastructure, and production visibility across staging and production environments.

Scope & ownership

Orchestrated the Kubernetes migration and automated configuration with Ansible.
Built and maintained CI/CD, private-cloud infrastructure, and staging and production environments.
Improved visibility with Prometheus, Grafana, and centralized ELK logging.
Used load testing and performance tuning to improve behavior under peak traffic.

30%: less deployment downtime
40%: fewer manual configuration errors
30%: shorter software release time
25%: better peak response time

Shavaz · Delivery & reliabilityEmployer outcome

Moving deployments from weeks to hours for a high-traffic commerce platform.

On a platform reported at more than 600,000 monthly active users, I integrated GitLab CI/CD with Kubernetes, deployed Prometheus and Grafana, worked with developers on high-traffic performance issues, and configured a four-node MinIO cluster.

Weeks → hours: deployment cycle
30%: higher team productivity
40%: better system reliability
25%: lower storage rental costs

Public engineering proofGitHub

A reproducible path from empty VMs to an observable Kubernetes cluster.

The public implementation provisions a Kubernetes cluster with one control-plane node, two worker nodes, and a dedicated builder, then connects delivery, monitoring, a highly available data layer, and a three-replica application.

Provision: Terraform + libvirt
Configure: Ansible-managed Kubernetes cluster
Deliver: Private registry + GitLab Runner
Operate: kube-prometheus-stack + PostgreSQL HA
Run: Three-replica FastAPI deployment

Review the public implementation

Employer figures are reported outcomes from the supplied LinkedIn profile export. Public-project scope reflects the linked GitHub repository when this page was prepared.

02 / Capabilities

Built around outcomes, not tool lists.

Platform foundations

Repeatable cloud and Kubernetes environments with clear ownership, safe defaults, and recovery paths.

Kubernetes
Terraform
Ansible
AWS
Helm
Linux

Delivery systems

Pipelines and GitOps workflows that make a reviewed change the same change that reaches production.

GitLab CI/CD
Jenkins
GitOps
Go
Python
Bash

Operational intelligence

Useful service signals, actionable alerts, and incident workflows that connect symptoms to decisions.

Prometheus
Grafana
ELK
OpenTelemetry
HAProxy
Nginx

03 / Field notes

Practical notes for operating modern systems.

View all writing

Let’s build something dependable

Need a stronger path to production?

I can help turn an infrastructure problem into a practical review, a prioritized delivery plan, and systems your team can operate with confidence.

Platform & reliability review
CI/CD & Kubernetes assessment
Observability baseline

hossein.moazami.goodarzi@gmail.com +98 937 194 2700

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