Master DevOps Engineering & Automate Software Delivery
Learn DevOps from the fundamentals and explore how modern teams build, test, deploy and monitor applications. Gain practical experience with Linux, Git, Docker, Kubernetes, Jenkins, Terraform and cloud infrastructure.
Understand DevOps culture, Agile collaboration, software delivery and automation concepts.
Learn how automated pipelines help teams build, test and deploy applications.
Explore Docker containers, container images and Kubernetes orchestration.
Practice deployment, infrastructure automation and monitoring workflows.
Learn the Tools Behind Modern Software Delivery.
DevOps combines software development,
IT operations, automation and
continuous improvement to support
reliable software delivery.
This course introduces Linux,
shell scripting, Git, GitHub,
Docker, Kubernetes, Jenkins,
Terraform, Ansible, AWS,
CI/CD pipelines and
infrastructure monitoring.
Learn how to version-control
applications, build container
images, automate deployment
workflows, configure infrastructure
and monitor applications through
guided practical exercises.
DevOps Engineering Skills You'll Develop
Build practical skills across source control, automation, containerization, cloud infrastructure and software deployment.
Linux & Shell Scripting
Work with Linux commands, file permissions, processes, services and basic Bash scripts.
Git & Version Control
Learn Git repositories, branching, merging, pull requests and collaborative workflows.
Docker & Containerization
Create Dockerfiles, build container images, run containers and explore Docker Compose.
CI/CD with Jenkins
Understand automated builds, testing stages, deployment pipelines and Jenkinsfile basics.
Kubernetes & Orchestration
Explore pods, deployments, services, configuration, scaling and rollout strategies.
Infrastructure Automation
Learn Terraform fundamentals, Ansible configuration management and cloud deployment concepts.
Tools You'll Explore
Become familiar with widely used technologies across modern DevOps workflows.
DevOps Engineering Course Syllabus
A structured learning roadmap covering DevOps fundamentals, Linux, source control, CI/CD, Docker, Kubernetes, cloud and infrastructure automation.
Module 01 — Introduction to DevOps
- What is DevOps?
- DevOps culture and principles
- Software Development Life Cycle
- Agile and DevOps concepts
- Continuous Integration
- Continuous Delivery and Deployment
- DevOps lifecycle
- Introduction to DevOps tools
Module 02 — Linux Administration & Shell Scripting
- Introduction to Linux
- Linux directory structure
- Basic Linux commands
- File and directory permissions
- Users and groups
- Process management
- Package management
- SSH fundamentals
- Bash scripting basics
- Automating simple Linux tasks
Module 03 — Git & GitHub
- Version control fundamentals
- Installing and configuring Git
- Creating Git repositories
- Git add, commit and push
- Branches and merging
- Resolving merge conflicts
- GitHub repositories
- Pull requests and code reviews
- Git workflows
- Managing repository access
Module 04 — CI/CD Pipelines with Jenkins
- Introduction to CI/CD
- Jenkins architecture
- Installing Jenkins
- Jenkins jobs
- Build automation
- Pipeline as Code
- Jenkinsfile basics
- GitHub integration
- Automated testing stages
- Deployment pipeline concepts
- Introduction to GitHub Actions
Module 05 — Docker & Containerization
- Virtualization vs containerization
- Introduction to Docker
- Docker architecture
- Images and containers
- Docker CLI commands
- Writing Dockerfiles
- Building custom images
- Docker networking
- Volumes and persistent data
- Docker Compose
- Containerizing a web application
Module 06 — Kubernetes Fundamentals
- Introduction to Kubernetes
- Kubernetes architecture
- Control plane and worker nodes
- Pods
- Deployments
- ReplicaSets
- Services
- ConfigMaps and Secrets
- YAML manifests
- Scaling applications
- Rolling updates and rollbacks
- Introduction to Ingress
Module 07 — Cloud Computing & AWS for DevOps
- Cloud computing fundamentals
- Introduction to AWS
- AWS regions and Availability Zones
- Amazon EC2
- Amazon S3
- IAM fundamentals
- VPC and networking basics
- Deploying an application on EC2
- Cloud resource security
- Cloud cost management basics
Module 08 — Terraform & Ansible
- Infrastructure as Code concepts
- Introduction to Terraform
- Terraform providers
- Resources and variables
- Terraform init, plan and apply
- Terraform state fundamentals
- Provisioning sample infrastructure
- Introduction to Ansible
- Ansible inventory
- Writing playbooks
- Configuration management concepts
- Secure credential handling
Module 09 — Monitoring, Logging & DevSecOps
- Introduction to observability
- Metrics, logs and traces
- Prometheus fundamentals
- Grafana dashboards
- Basic alerting concepts
- Application health checks
- Monitoring containerized applications
- DevSecOps fundamentals
- Secrets management
- Container image scanning concepts
- CI/CD security best practices
Module 10 — DevOps Capstone Projects
- Planning an end-to-end DevOps workflow
- Creating a GitHub repository
- Containerizing an application
- Building a CI/CD pipeline
- Automating application tests
- Deploying to a cloud environment
- Introduction to Kubernetes deployment
- Monitoring application performance
- Managing configuration and secrets
- Documenting the DevOps pipeline
- Preparing a project portfolio
Build Practical DevOps Projects
Apply automation, containerization, CI/CD and deployment concepts through real-world project exercises.
CI/CD Pipeline with Jenkins
Connect a GitHub repository to Jenkins, automate build and testing stages, and create a basic deployment workflow.
Dockerized Web Application
Containerize a sample application using Docker, create a Dockerfile, configure services and run the application in a reproducible environment.
Cloud Deployment & Monitoring
Deploy a containerized application to a cloud environment, configure basic infrastructure and explore application monitoring dashboards.
Build Skills for a Career in DevOps Engineering.
DevOps skills are relevant
across software development,
cloud infrastructure,
automation, IT operations
and platform engineering.
Understanding Linux,
version control,
CI/CD pipelines,
containers and cloud
platforms can support
entry-level DevOps and
cloud operations career paths.
Advanced roles generally
require practical experience
with production systems,
scripting, networking,
security and infrastructure
troubleshooting.
Questions About DevOps
Can beginners learn DevOps?
Is coding required for DevOps?
Does the course cover Docker and Kubernetes?
Will I learn CI/CD with Jenkins?
Does the course include cloud computing?
Do DevOps tools require paid subscriptions?
Ready to Build Your First DevOps Pipeline?
Explore DevOps Engineering training with Placify India and develop practical skills in Linux, Git, Docker, Kubernetes, CI/CD, cloud infrastructure and automation.