Master DevOps – From Zero to Hero
Learn the essential DevOps tools and practices: version control (Git), CI/CD (Jenkins), containerization (Docker, Kubernetes), Infrastructure as Code (Terraform), configuration management (Ansible), and monitoring (Prometheus, Grafana).
Automate, Scale, and Deliver Faster with DevOps
DevOps is the #1 methodology for modern software delivery – used by Amazon, Netflix, Google, and millions of tech professionals worldwide. DevOps engineers earn $100k–$150k+ annually.
What You Will Learn
Focus areas: DevOps culture, SDLC automation, Git basics (init, add, commit, push, pull, branching, merging), GitHub collaboration.
Git & GitHub Tutorial
Initialize repositories, stage changes, commit, push, pull, create branches, merge, and collaborate.
GitHub Actions (Optional)
Automate workflows directly from GitHub repositories.
Day 1 Assignment: Git Repository & Collaboration
Create a GitHub repository. Initialize a local Git repository, create a README file, make at least 3 commits, create a branch named "feature", make changes on that branch, and merge it back to main. Push everything to GitHub and share your repository link.
Focus areas: Jenkins installation, freestyle pipelines, declarative pipelines, CI/CD automation, Ansible playbooks, inventory, modules, and automation.
Jenkins & Ansible Overview
Self‑study resources: Refer to official Jenkins and Ansible documentation. Focus on creating freestyle pipelines and writing basic playbooks.
Day 2 Assignment: CI/CD Pipeline & Ansible Automation
Install Jenkins locally or use a cloud instance. Create a freestyle job that pulls a GitHub repository, runs a build step (echo "Building..."), and archives artifacts. Also, write an Ansible playbook that installs nginx on an Ubuntu server (local VM or cloud). Submit Jenkins job screenshots and the Ansible playbook.
Focus areas: Docker images, containers, Dockerfile, Docker Compose; Kubernetes pods, deployments, services; Infrastructure as Code with Terraform; Monitoring concepts (Prometheus, Grafana).
Docker Full Tutorial
Install Docker, run containers, build custom images with Dockerfile, use Docker Compose for multi‑container apps.
Kubernetes Full Course (4 hours)
Kubernetes architecture, pods, deployments, services, config maps, secrets, and Minikube setup.
Terraform Infrastructure as Code
Write Terraform configurations, provision AWS/Azure resources, manage state, and modules.
Day 3 Assignment: Containerized Application & Monitoring
Write a Dockerfile to containerize a simple Python/Node.js web app. Run the container locally. Create a Kubernetes deployment YAML for the same app and deploy it using Minikube. Write a Terraform script to provision an EC2 instance (or any cloud resource). Implement basic monitoring (e.g., using Prometheus and Grafana – self‑study). Submit all configuration files (.dockerfile, .yaml, .tf).
Final Capstone Project — Build a Complete CI/CD Pipeline & Deploy to Kubernetes
Combine all DevOps tools learned during the 3 days into a complete automation pipeline:
- Application: A simple web application (Node.js, Python Flask, or static HTML) stored in a GitHub repository.
- CI/CD Pipeline: Use Jenkins to automatically build, test, containerize (Docker), and push to a container registry (Docker Hub).
- Infrastructure as Code: Provision a Kubernetes cluster (Minikube or cloud) using Terraform.
- Configuration Management: Use Ansible to configure the cluster nodes (optional but recommended).
- Deployment: Deploy the containerized application to Kubernetes using Kubernetes manifests.
- Monitoring: Set up Prometheus to collect metrics and Grafana to visualize application performance.
Submit all code, configuration files (Jenkinsfile, Dockerfile, Kubernetes YAMLs, Terraform scripts, Ansible playbooks), and a brief project report to receive the Foundations Certificate (FC) in DevOps.
Perfect for Developers, System Admins & IT Professionals
No prior DevOps experience required – basic Linux and programming knowledge is helpful but not mandatory.
Software Developers
Automate builds, tests, and deployments to production faster.
System Administrators
Transition to modern DevOps practices and tools.
Cloud Engineers
Manage cloud infrastructure with Infrastructure as Code.
Students & Graduates
Add high‑demand DevOps skills to your CV.
IT Professionals
Increase your value with end‑to‑end automation skills.
Career Switchers
Enter one of the highest‑paying fields in tech.
What Our DevOps Graduates Say
Join thousands who have launched DevOps careers with our training.
Ready to Become a DevOps Engineer?
Master the most in‑demand skills in cloud and automation in just 3 days. Earn a globally recognised certificate.