What is the roadmap should i follow to learn DevOps?

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Ck Nitin · Answer

Phase 1: Foundation — Understand What DevOps Really Is Goal: Know what DevOps means and why it exists. Learn: What is DevOps? (Culture + Practices + Tools) DevOps lifecycle: Plan → Code → Build → Test → Release → Deploy → Monitor → Feedback The difference between Agile, CI/CD, and DevOps Core DevOps principles: Collaboration, Automation, Continuous Delivery Resources: “The Phoenix Project” (Book) YouTube: “What is DevOps in 10 minutes” Phase 2: Learn Linux Fundamentals Goal: Be comfortable working in Linux environments — most DevOps tools run on Linux. Learn: Basic commands ( ls , cat , grep , awk , sed , etc.) File system structure Users, groups, permissions Package management ( apt , yum ) Shell scripting (bash/zsh) System monitoring ( top , htop , df , ps , netstat ) Project Idea: Write a Bash script that backs up log files and compresses them daily using cron . Phase 3: Master Git & GitHub (Version Control) Goal: Learn how teams collaborate and manage code versions. Learn: Git basics: init, clone, commit, push, pull, merge Branching strategies (feature branches, GitFlow) Resolving conflicts Working with pull requests GitHub Actions (basic CI/CD pipelines) Project Idea: Create a GitHub repo, push code, and set up a CI workflow that runs tests on every commit. Phase 4: Build Automation & Package Management Goal: Automate builds and dependency management. Learn: Build tools: Maven , Gradle , or npm/yarn (based on tech stack) Package managers (NuGet, pip, npm) Continuous Integration basics Project Idea: Set up a Node.js or .NET project and use GitHub Actions or Jenkins to build it automatically on every push. Phase 5: Learn CI/CD (Continuous Integration & Deployment) Goal: Automate the build → test → deploy pipeline. Tools to Learn: Jenkins (Most popular) GitHub Actions GitLab CI/CD Azure DevOps Pipelines Learn: CI/CD pipeline stages Build triggers Environment variables and secrets Artifact management Rollback and versioning Project Idea: Create a Jenkins pipeline that builds and deploys a simple web app to a staging server automatically. Phase 6: Learn Docker (Containerization) Goal: Package applications into portable containers. Learn: Docker architecture (client, daemon, images, containers) Dockerfile (writing and building images) Docker Compose Volume, Networks, Ports Multi-stage builds Project Idea: Containerize a simple React + .NET API app and run both with docker-compose . Phase 7: Learn Kubernetes (Orchestration) Goal: Deploy, scale, and manage containers in clusters. Learn: Kubernetes architecture (Pod, Node, Cluster, Deployment, Service) kubectl commands YAML manifests (deployment, service, ingress) ConfigMaps, Secrets Helm (package manager for K8s) Scaling and self-healing Project Idea: Deploy your Dockerized app on a local Kubernetes cluster (Minikube or Kind) and expose it using a LoadBalancer. Phase 8: Learn Cloud Platforms Goal: Learn how to deploy infrastructure and apps on the cloud. Start with One Cloud: Azure (recommended for .NET developers) AWS GCP Learn: Compute (VMs, App Services, Lambda) Storage (S3, Blob) Networking (VNet, Load Balancer) Identity (IAM, Managed Identity) Monitoring (CloudWatch, Azure Monitor) Project Idea: Deploy your containerized app on Azure Kubernetes Service (AKS) or AWS EKS . Phase 9: Infrastructure as Code (IaC) Goal: Automate infrastructure setup using code. Tools: Terraform (most widely used) Ansible or Chef (for configuration management) Pulumi (modern alternative) Learn: Terraform basics (provider, resource, variable, module) Ansible playbooks & roles Deploy full infrastructure on AWS/Azure using Terraform Project Idea: Use Terraform to create a Kubernetes cluster and deploy your app automatically. Phase 10: Monitoring, Logging & Security Goal: Ensure system reliability and observability. Tools: Prometheus + Grafana (monitoring) ELK Stack (Elasticsearch, Logstash, Kibana) (logging) Datadog , New Relic , or Azure Monitor SonarQube , Snyk , or Trivy (security & vulnerability scanning) Project Idea: Set up a Grafana dashboard to monitor CPU, memory, and network usage of your Kubernetes pods. Phase 11: Advanced Topics Learn: Service Mesh (Istio, Linkerd) GitOps (ArgoCD, FluxCD) Secrets Management (Vault, AWS Secrets Manager) Blue-Green / Canary Deployments DevSecOps – integrating security into DevOps pipelines FinOps – cost optimization in the cloud Phase 12: Build Real-World Projects CI/CD for a Full-Stack App React frontend + .NET API + SQL Server Jenkins pipeline → Docker → AKS Terraform + Ansible Automation Automate VM provisioning and configuration Monitoring Stack Setup Prometheus + Grafana dashboard on Kubernetes

Sarthak Varshney · Answer

You can follow this article https://www.c-sharpcorner.com/article/devops-roadmap-mastering-cicd-automation-and-cloud/

Rinki · Answer

Learn Linux (commands like ls, grep, cat, chmod, vi, systemctl, etc.) Learn Git (clone, commit, push, pull, branch, merge) Practice in VS Code or terminal daily.

Kevejohn · Answer

Understanding the foundations of coding, system administration, and automation technologies is the first step in an organized approach to learning DevOps. It's crucial to progress slowly from fundamental ideas to more complex procedures like cloud integration and CI/CD pipelines. Support from programs like take my online class for me can assist students who are taking the several classes or schedules stay consistent while concentrating on successfully learning key DevOps skills.

Sandhiya Priya · Answer

1. Understand What DevOps Is Definition: DevOps = Development + Operations — a culture and set of tools that automate and integrate the processes between software development and IT teams. Goal: Faster development cycles Continuous integration and deployment (CI/CD) Infrastructure as code (IaC) Monitoring and feedback 2. Learn the Prerequisites Before jumping into tools, build a strong foundation Skill Why It’s Important Linux / Ubuntu Most servers run on Linux. Learn basic commands, file structure, permissions. Networking Basics Understand IP, DNS, ports, firewalls, load balancers. Programming / Scripting Python or Bash scripting for automation. Version Control (Git & GitHub) For source code management. Basic Cloud Knowledge AWS, Azure, or GCP — start with free tiers. Start Here: Learn Linux (commands like ls , grep , cat , chmod , vi , systemctl , etc.) Learn Git (clone, commit, push, pull, branch, merge) Practice in VS Code or terminal daily 3. Learn Core DevOps Tools (Hands-on Focus) Here’s your step-by-step DevOps tool roadmap 3. 1. Source Code Management (SCM) Tool: Git + GitHub / GitLab / Bitbucket Learn branching, merging, and pull requests. 3. 2. Continuous Integration (CI) Tool: Jenkins / GitHub Actions / GitLab CI Build pipelines that test and build code automatically. Learn concepts: CI/CD pipeline Jenkinsfile Build triggers 3. 3. Cloud Platforms Choose one : AWS / Azure / Google Cloud Learn EC2 (servers), S3 (storage), IAM (security), VPC (networking). Practice: Deploy a small web app on AWS EC2 Use Cloud CLI commands 3. 4. Containerization Tool: Docker Learn to create containers, Dockerfiles, and Docker Compose. Practice: Build a Docker image of your app Run multiple containers together 3. 5. Container Orchestration Tool: Kubernetes (K8s) Manage containers at scale. Learn: Pods, Deployments, Services, Ingress, ConfigMaps Use Minikube or Docker Desktop Kubernetes locally. 3. 6. Infrastructure as Code (IaC) Tool: Terraform / AWS CloudFormation / Ansible Automate your infrastructure setup. Learn: Write Terraform scripts for AWS resources Use Ansible to configure servers automatically 3. 7. Continuous Deployment (CD) Tool: Jenkins / ArgoCD / GitHub Actions Deploy apps automatically to servers or Kubernetes. Learn: Blue-Green & Rolling Deployments Environment variables Deployment strategies 3. 8. Monitoring & Logging Tools: Prometheus, Grafana, ELK Stack (Elasticsearch, Logstash, Kibana) Monitor application health and performance. Learn: Create dashboards Set up alerts Analyze system logs 3. 9. Security (DevSecOps Basics) Tools: SonarQube, Trivy, Vault Integrate security scanning and secrets management. 3. 10. Bonus (Advanced DevOps Tools) Docker Swarm — simpler container orchestration Helm — package manager for Kubernetes Nexus / Artifactory — manage build artifacts Istio / Service Mesh — manage microservice communication 4. Build Practical Projects Once you learn the tools, build real-world mini projects : Create a CI/CD pipeline using Jenkins and GitHub Deploy a .NET Core Web API or Python app to AWS EC2 using Docker Automate infrastructure with Terraform Monitor the system with Prometheus & Grafana 5. Resources to Learn DevOps Area Best Resources Linux “Linux Command Line for Beginners” (Udemy / YouTube) Git GitHub Docs / Atlassian Git Tutorials Docker “Docker Mastery” by Bret Fisher Kubernetes KodeKloud / “Kubernetes for Beginners” (YouTube) Jenkins Jenkins Official Docs / KodeKloud Labs Terraform HashiCorp Tutorials AWS AWS Free Tier Labs / Cloud Practitioner Course 6. Soft Skills to Master Communication between Dev & Ops teams Problem-solving & debugging mindset Understanding CI/CD pipelines end-to-end Collaboration via Jira / Trello 7. Suggested DevOps Learning Order (Step-by-Step) Step Skill / Tool Duration 1 Linux + Networking + Git 1 month 2 Docker + Jenkins 1 month 3 AWS (Cloud Basics) 1 month 4 Kubernetes + Terraform 1.5 months 5 CI/CD Projects + Monitoring 1.5 months 6 Build Resume & Portfolio 0.5 month Total: ~6 months for solid DevOps foundation 8. After Learning — Next Steps Create a GitHub portfolio showing your DevOps pipelines. Contribute to open-source projects. Try certifications: AWS Certified DevOps Engineer Docker Certified Associate Kubernetes (CKA/CKAD) Summary: DevOps Roadmap Area Tools OS Linux Version Control Git, GitHub Build/CI Jenkins, GitHub Actions Containerization Docker Orchestration Kubernetes Cloud AWS / Azure / GCP IaC Terraform / Ansible Monitoring Prometheus, Grafana Security Vault, SonarQube Automation Bash, Python

What is the roadmap should i follow to learn DevOps?

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