The document outlines a 12-week course syllabus for a Mastering DevOps program, covering key topics such as version control, continuous integration and deployment, configuration management, containerization, and cloud computing. Each week focuses on different aspects of DevOps practices, with practical applications and tools like Git, Jenkins, Ansible, Docker, and Kubernetes. The course culminates in a capstone project that involves implementing a complete DevOps pipeline.

1. Mastering DevOps - Course
Syllabus
• Course Description
• Duration: 12 Weeks

2. Week 1: Introduction to DevOps
• History and Evolution of DevOps
• DevOps Principles and Practices
• Benefits of DevOps in Modern IT

3. Week 2: Version Control Systems
• Introduction to Git
• Branching and Merging Strategies
• Collaborative Workflows with Git

4. Week 3: Continuous Integration
(CI)
• Fundamentals of CI
• Setting Up Jenkins for CI
• Integrating CI Tools with Version Control

5. Week 4: Continuous Deployment
(CD)
• Principles of CD
• Jenkins Pipelines for CD
• Deployment Strategies (Blue/Green, Canary
Releases)

6. Week 5: Configuration
Management
• Introduction to Configuration Management
• Using Ansible for Configuration Management
• Automating Infrastructure with Ansible

7. Week 6: Containerization
• Introduction to Docker
• Building and Managing Docker Images
• Docker Compose for Multi-Container
Applications

8. Week 7: Container Orchestration
• Introduction to Kubernetes
• Deploying Applications on Kubernetes
• Managing Kubernetes Clusters

9. Week 8: Infrastructure as Code
(IaC)
• Introduction to IaC
• Using Terraform for IaC
• Managing Infrastructure Changes with
Terraform

10. Week 9: Monitoring and Logging
• Importance of Monitoring and Logging
• Tools for Monitoring (Prometheus, Grafana)
• Centralized Logging with ELK Stack

11. Week 10: Security in DevOps
• DevSecOps Principles
• Implementing Security in CI/CD Pipelines
• Tools for DevOps Security

12. Week 11: Cloud Computing and
DevOps
• Overview of Cloud Platforms (AWS, Azure,
Google Cloud)
• Deploying and Managing Applications in the
Cloud
• Cloud-Native DevOps Practices

13. Week 12: Capstone Project
• Planning and Designing a DevOps Pipeline
• Implementing CI/CD for a Sample Application
• Final Presentation and Evaluation

14. Course Materials and Assessment
• Textbooks, Software, Online Resources
• Weekly Assignments, Quizzes
• Capstone Project, Participation

15. Learning Outcomes
• Understand and apply DevOps principles and
practices
• Set up and manage CI/CD pipelines
• Use configuration management and IaC tools
• Containerize applications and manage them
using orchestration platforms
• Implement monitoring, logging, and security
practices in DevOps environments
• Deploy and manage applications in cloud