Each project follows a simple structure: the problem, the solution, and the result. The goal is to show practical DevOps thinking — not just a tool list.
Project 01
Multi-Service Application with CI/CD & Security
Frontend + backend containers automated through CI/CD with image scanning before deploy.
Repository Being Organized
Problem
Ship a multi-container app consistently while catching vulnerabilities before they reach the registry.
Solution
Designed Dockerfiles, container networking, and a CI/CD pipeline that builds, tests, scans with Trivy, and pushes images.
Result
Automated, secure deployment workflow with reduced manual steps and visibility into image risks.
Highlights
Designed frontend + backend container architecture
Built CI/CD pipeline with build, test, and deploy stages
Pushed Docker images to a container registry
Integrated Trivy image scanning before deployment
Tools
GitHub ActionsGitLab CIDockerTrivy
Skills demonstrated
DockerCI/CDSecurityAutomation
Project 02
Kubernetes Container Orchestration
Deployed, scaled, and troubleshot a containerized application in a multi-node Minikube cluster.
Repository Being Organized
Problem
Run a containerized application reliably with rolling updates, scaling, and clean service exposure.
Solution
Built Deployments, Services, and Ingress on a multi-node Minikube cluster, with debugging via kubectl logs and describe.
Result
A reproducible Kubernetes setup with rolling updates, internal pod networking, and recoverable failure modes.
Highlights
Deployed a containerized application on a multi-node Minikube cluster
Created Deployments, Services, and Ingress for application exposure
Applied rolling updates and horizontal scaling
Troubleshot pods with kubectl logs, describe, and events
Tools
kubectlMinikubeDockerYAML
Skills demonstrated
KubernetesDockerNetworkingTroubleshooting
Project 03
Infrastructure Provisioning with Terraform
Provisioned AWS infrastructure declaratively, replacing manual setup with reproducible IaC.
Repository Being Organized
Problem
Manual cloud setup is slow and error-prone — environments drift between runs.
Solution
Authored Terraform configs for EC2 and networking basics, using init/plan/apply/destroy as the lifecycle.
Result
Reproducible AWS environments with predictable plans and faster teardown/rebuild cycles.
Highlights
Authored Terraform configurations for AWS resources
Provisioned EC2 instances and networking basics
Used init, plan, apply, and destroy lifecycle commands
Applied Infrastructure as Code principles for repeatability
Tools
TerraformAWS EC2VPCIAM
Skills demonstrated
TerraformAWSIaCAutomation
Project 04
Linux Automation & System Administration
Automated user management, backups, and monitoring with Bash on hardened Linux servers.
Repository Being Organized
Problem
Repetitive admin tasks waste time and create inconsistent server state.
Solution
Wrote Bash scripts for user management, backups, and monitoring; secured access with SSH and Linux permissions.
Result
Reduced manual effort and a consistent baseline across Linux environments.
Highlights
Built Linux environments simulating real server operations
Automated tasks with Bash (users, backups, monitoring)
Hardened access using SSH and permission management
Reduced repetitive manual work
Tools
UbuntuCentOSSSHCron
Skills demonstrated
LinuxBashAutomationSecurity
Project 05
Linux Process Monitoring & Troubleshooting
Practical process management, logging, and performance analysis on Linux.
Repository Being Organized
Problem
Production-like servers need clear visibility into processes, logs, and performance.
Solution
Managed process priorities with nice/renice, configured logging and output redirection, and analyzed performance.
Result
A workflow for diagnosing and resolving common server issues quickly.
Highlights
Managed running processes and priorities (nice / renice)
Implemented structured logging and output redirection