Cloud Infrastructure Focus

DevOps Engineering Program

Become job-ready in cloud deployments, configuration management, containers, orchestration, and continuous integration pipelines.

Tuition Fees
β‚Ή20,999 β‚Ή39,999
Limited Time Offer

What Every DevOps Student Gets

A complete, end-to-end career execution framework designed to build practical capability and secure placement.

πŸ“‹

DevOps Student Core

  • Personalized 90-day learning roadmap
  • Weekly learning milestones
  • Clear path from beginner to job-ready DevOps Engineer
πŸ’»

100% Practical Training

  • Live coding sessions
  • Hands-on labs every class
  • Real production-style environments
  • No boring PPT-only lectures
πŸš€

Real Industry Projects

  • Build end-to-end DevOps pipelines
  • Deploy live applications
  • Dockerize applications
  • Kubernetes cluster management
  • CI/CD implementation
  • AWS deployment projects
πŸ“‚

Professional GitHub Portfolio

  • Every project pushed to GitHub
  • Portfolio ready for recruiters
  • Clean documentation and README files
  • Demonstrates real technical skills
πŸ“š

Daily Practice System

  • Daily assignments
  • Coding challenges
  • Lab exercises
  • Practice questions
  • Revision tasks
πŸ“

Weekly Assessments

  • Weekly tests
  • Practical evaluations
  • Code reviews
  • Performance reports
  • Personalized improvement feedback
πŸ‘¨β€πŸ«

Dedicated Mentor Support

  • Live doubt-solving sessions
  • One-on-one guidance
  • Career mentoring
  • Technical mentorship
  • Learning support throughout the course
πŸ“„

Resume Building

  • ATS-friendly resume
  • DevOps-specific resume template
  • Project-based resume creation
  • LinkedIn profile optimization
πŸ’Ό

Interview Preparation

  • Mock technical & HR interviews
  • DevOps scenario-based questions
  • Linux interview preparation
  • AWS & Kubernetes interview questions
🎯

Placement Assistance

  • Interview referrals (where available)
  • Job opening updates
  • Company application guidance
  • Placement preparation strategy
  • Salary negotiation tips
🌐

Exclusive Student Community

  • Private WhatsApp/Discord community
  • Networking with peers
  • Alumni support & Job referrals
  • Daily discussions
πŸ“Ή

Lifetime Access

  • Class recordings
  • Notes & Learning resources
  • Practice material
  • Templates and guides
πŸ“Š

Progress Tracking Dashboard

  • Course completion %
  • Assignment completion
  • Test scores
  • Project progress
  • Attendance & Mentor feedback
πŸ†

Certification

  • Course completion certificate
  • Project completion certificate
  • GitHub portfolio as proof of skills

DevOps Career Roadmap

Follow the interactive roadmap timeline below. Click any card to expand deep syllabus modules, labs, and projects.

Step 1 β€’ OS Core
⏱️ Days 1-5 πŸ“Š Beginner

Linux Operating System

Master Linux directory structures, user groups management, permissions security models, APT package updates, LVM storage, and systemd services.

🐧 Introduction: Linux distributions (RHEL vs Ubuntu), GUI vs CLI, and basic command structures.
πŸ“ File Systems: Directory hierarchies, permissions (chmod/chown), hard/soft links, archiving, and mounting.
πŸ‘₯ User Access: Shadow files, privilege auditing, sudo access permissions, and custom shell profiles.
πŸ“¦ Packages & SSH: APT repositories, package managers, network configurations, SCP, and ports audits.
πŸ’Ύ Storage & Services: Disk partitions (fdisk), LVM volumes resizing, system logs, and systemd services management.
cb-devops-node ~ sandbox-shell
$hover over a topic on the left to start sandbox...

                        
    1
    Step 2 β€’ Networks
    ⏱️ Days 6-7 πŸ“Š Beginner

    Networking Basics

    Understand public/private IP addresses, CIDR blocks, DNS resolution, firewalls security, load balancers routing, and network diagnostics.

    🌐 IP & Subnets: IP configurations, public vs private schemas, CIDRs, and VLAN boundaries.
    πŸ” DNS Resolvers: Internal/external DNS records (A, CNAME, TXT, MX) and host lookups.
    🧱 Protocols & LBs: Firewalls rules, TCP vs UDP, Layer 4/7 load balancers, and SSL/TLS.
    cb-devops-node ~ network-shell
    $hover over a topic on the left to start sandbox...
    
                            
      2
      Step 3 β€’ Cloud Platform
      ⏱️ Days 8-12 πŸ“Š Beginner

      AWS Cloud Platform

      Provision compute resources on EC2, architect custom VPC networks, establish IAM identity controls, map S3 storage, and scale behind ALBs.

      ☁️ EC2 & Compute: Instance lifecycles, SSH credentials management, and AMI builders.
      🌐 AWS Networking: Public/private VPC subnets, routing, NAT and Internet gateways, VPC peering.
      πŸ”‘ Access Control: IAM security profiles, user policy boundaries, resource roles.
      ⚑ Scaling & Storage: S3 storage, EBS/EFS sharing, ALB load balancers, and Auto Scaling.
      cb-devops-node ~ aws-shell
      $hover over a topic on the left to start sandbox...
      
                              
        3
        Step 4 β€’ Scripting
        ⏱️ Days 13-15 πŸ“Š Intermediate

        Shell Scripting

        Program system automation tools using bash. Implement variables, I/O redirections, operators, conditions, loops, and scheduler hooks.

        🐚 Bash Utilities: Shebang execution, arguments, and command substitution filters (sed, awk).
        βš™οΈ Logic Controls: Conditional blocks (if/else/case), arithmetic, and exit codes evaluation.
        ⚑ Real-Time Tools: System CPU monitor checking script automated on local crontabs.
        cb-devops-node ~ bash-script
        $hover over a topic on the left to start sandbox...
        
                                
          4
          Step 5 β€’ Containerization
          ⏱️ Days 16-18 πŸ“Š Intermediate

          Docker Containers

          Understand container isolation. Build cached image layers, manage registries, isolate bridge networks, and mount persistent volumes.

          🐳 Docker Engine: Core daemons, virtual storage layers, namespaces, and stop/run loops.
          πŸ“¦ Registry Flow: Image tags mapping, authentication, and Docker Hub distribution.
          πŸ’Ύ Storage & Volumes: Persistent named volumes, bridge port routes, and volume bounds.
          cb-devops-node ~ docker-shell
          $hover over a topic on the left to start sandbox...
          
                                  
            5
            Step 6 β€’ Configuration
            ⏱️ Days 19-20 πŸ“Š Intermediate

            YAML & JSON Configs

            Write structured metadata formats. Audit indentation constraints, nested key-value pairs, arrays list variables, and JSON structures.

            πŸ“„ YAML Basics: Spaces/indents validation, nested dictionaries, structures, lists, and multi-lines.
            πŸ—‚οΈ JSON Syntax: Key braces, quote mappings, nested arrays, and data serialization validations.
            cb-devops-node ~ parser-shell
            $hover over a topic on the left to start sandbox...
            
                                    
              6
              Step 7 β€’ Orchestration
              ⏱️ Days 21-30 πŸ“Š Advanced

              Kubernetes & EKS

              Deploy production Kubernetes nodes. Administer pods scheduling, taints/tolerations, services, PVCs, Metrics server, and AWS EKS clusters.

              ☸️ Cluster Architecture: Control plane APIs (etcd, scheduler), Kubelet, labels, and CNI setups.
              πŸ“¦ Pod Workloads: Pods scheduling, namespaces, taints, tolerations, and NodeSelectors.
              🌐 Services & Configurations: ClusterIP, NodePort, LoadBalancer, ConfigMaps, and Secrets.
              πŸ’Ύ Volume Bindings & HPA: HostPath storage, PV/PVC definitions, Metrics Server, and HPA autoscaling.
              ☁️ AWS EKS Deployments: EKS control planes, eksctl pipelines, VPC CNI plugins, and nodes groups.
              cb-devops-node ~ kubernetes-pods
              $hover over a topic on the left to start sandbox...
              
                                      
                7
                Step 8 β€’ VCS
                ⏱️ Days 31-33 πŸ“Š Intermediate

                GIT Version Control

                Track code workspaces. Initialise local repos, resolve merge conflicts, execute rebases, and configure remote repository links.

                πŸ”€ Git Workflows: Staging indexes, commits history, and local status audits.
                🀝 Branches & Rebasing: Conflict resolutions during merges, and linear rebase history.
                🌐 Remote Repositories: Upstreams, push/pull configurations, and SSH authentication keys.
                cb-devops-node ~ git-shell
                $hover over a topic on the left to start sandbox...
                
                                        
                  8
                  Step 9 β€’ Package Templates
                  ⏱️ Days 34-36 πŸ“Š Advanced

                  Helm & Kustomize

                  Deploy templated packages. Write charts templates, configure values.yaml overrides, and manage overlay bases in Kustomize.

                  ☸️ Helm Charts: Templates creation, values overrides, and chart packaging.
                  πŸš€ Releases: Package installations, history rollbacks, and upgrade states.
                  πŸ—οΈ Kustomize Overlays: Base configurations, environment overlays (dev vs prod), and generators.
                  cb-devops-node ~ helm-shell
                  $hover over a topic on the left to start sandbox...
                  
                                          
                    9
                    Step 10 β€’ Automation CI
                    ⏱️ Days 37-41 πŸ“Š Advanced

                    Jenkins Pipelines

                    Install Jenkins controller/agent nodes, configure build triggers, write Declarative Pipelines, and integrate plugins.

                    πŸ—οΈ Controller Setup: Agent nodes routing, docker volumes configuration, and user permissions controls.
                    βš™οΈ freestyle Jobs: Build triggers, webhooks mapping, SCM polls, and plugins.
                    πŸš€ CI/CD Pipelines: Writing Declarative Jenkinsfiles (Build βž” Test βž” Package βž” Deploy).
                    cb-devops-node ~ jenkins-shell
                    $hover over a topic on the left to start sandbox...
                    
                                            
                      10
                      Step 11 β€’ Git Pipelines
                      ⏱️ Days 42-46 πŸ“Š Advanced

                      GitHub Actions & GitLab CI

                      Compare pipeline engines. Write runner workflow YAML files, configure runner container pools, and manage parallel jobs in GitLab.

                      πŸš€ GitHub Actions: YAML workflows structure, push/pull events triggers, secrets environment contexts.
                      πŸ”„ GitLab CI/CD: `.gitlab-ci.yml` stages, GitLab runner configurations, parallel jobs.
                      cb-devops-node ~ git-pipelines
                      $hover over a topic on the left to start sandbox...
                      
                                              
                        11
                        Step 12 β€’ Quality Gate
                        ⏱️ Days 47-49 πŸ“Š Advanced

                        Artifacts & Security

                        Deploy package binaries to Sonatype Nexus or JFrog Artifactory. Audit code smells with SonarQube, and scan containers with Trivy.

                        πŸ“¦ Artifact Storage: Nexus group repositories, JFrog CLI mappings, binaries push.
                        πŸ›‘οΈ Code Audits: SonarQube static code scanner, quality gates, vulnerabilities check.
                        πŸ” Vulnerability Scans: Trivy image scanning, filesystem checks, and pipeline gates.
                        cb-devops-node ~ security-gates
                        $hover over a topic on the left to start sandbox...
                        
                                                
                          12
                          Step 13 β€’ IaC & Push
                          ⏱️ Days 50-54 πŸ“Š Advanced

                          Terraform & Ansible

                          Co-ordinate infrastructure provisioning with configuration management. Deploy Terraform remote S3 states and push Ansible roles.

                          πŸ—οΈ Terraform IaC: S3 remote state tracking, DynamoDB locks, modules dependencies.
                          πŸ€– Ansible Core: Push model, inventory (static vs dynamic), YAML ad-hoc tasks execution.
                          βš™οΈ Reusable Roles: Structuring variables, handlers, templates, and Ansible Galaxy.
                          cb-devops-node ~ iac-automation
                          $hover over a topic on the left to start sandbox...
                          
                                                  
                            13
                            Step 14 β€’ Monitoring
                            ⏱️ Days 55-57 πŸ“Š Advanced

                            Observability Stack

                            Set up Prometheus scrapers to pull node metrics. Design Grafana dashboards, run PromQL queries, and route alerts.

                            πŸ“ˆ Prometheus: Scraping telemetry targets, storage, PromQL queries, and Alertsmanager.
                            πŸ“Š Grafana panels: Time-series rendering, metrics data sources, and slack alert hooks.
                            ☸️ K8s Observability: Telemetry in pod container logs, SRE metrics metrics servers.
                            cb-devops-node ~ observability-shell
                            $hover over a topic on the left to start sandbox...
                            
                                                    
                              14
                              Step 15 β€’ AWS DevOps
                              ⏱️ Days 58-62 πŸ“Š Advanced

                              AWS DevOps Automation

                              Leverage AWS cloud-native CI/CD. Push to CodeCommit repositories, run compiles in CodeBuild, and automate CodePipeline workflows.

                              ☁️ Source Control: AWS CodeCommit setup, repository branches, and IAM credential controls.
                              βš™οΈ Build Automation: CodeBuild execution configs, buildspec.yml parameters, variables.
                              πŸš€ Deployment Pipelines: AWS CodePipeline triggers (Source βž” Build βž” Deploy) automation, Secrets Manager integration.
                              aws-codepipeline ~ active-run
                              $hover over a topic on the left to start sandbox...
                              
                                                      
                                15
                                Step 16 β€’ Capstone
                                ⏱️ Days 63-65 πŸ“Š Advanced

                                Capstone Projects

                                Deploy three end-to-end real-world projects. Build infrastructure VPCs via Terraform, apply configurations via Ansible, and trigger CI/CD pipelines.

                                πŸ—οΈ Project 1: Provisioning AWS infrastructure automatically via Terraform VPC modules.
                                πŸ€– Project 2: Configuration management and service state deployment using Ansible roles.
                                πŸš€ Project 3: End-to-end CI/CD app deployments incorporating SonarQube checks and container scans.
                                cb-devops-node ~ project-runs
                                $hover over a topic on the left to start sandbox...
                                
                                                        
                                  16

                                  Course Specific Questions

                                  No. We guide you on setting up AWS Free Tier limits and provide server allocations during sandbox projects so you do not incur personal cloud costs.
                                  Yes, the AWS modules cover topics required for the AWS Solutions Architect Associate exam, and the Kubernetes modules directly map to the Certified Kubernetes Administrator (CKA) exam topics.
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