Here is a detailed DevOps course training syllabus that covers DevOps tools like Jenkins, Linux, Kubernetes, Docker, and CI/CD pipeline:

Course Overview:

This comprehensive course covers the principles and practices of DevOps, including the use of popular tools like Jenkins, Linux, Kubernetes, Docker, and CI/CD pipeline. Students learn how to design, implement, and manage a DevOps pipeline, ensuring faster time-to-market, improved quality, and increased efficiency.

Course Objectives:

  1. Understand the principles and practices of DevOps
  2. Learn how to design and implement a CI/CD pipeline
  3. Master the use of Jenkins, Linux, Kubernetes, Docker, and other DevOps tools
  4. Understand how to automate testing, deployment, and monitoring
  5. Learn how to ensure security, compliance, and governance in a DevOps environment

Course Outline:

Module 1: Introduction to DevOps (10%)

  1. Overview of DevOps
  2. DevOps principles and practices
  3. Benefits of DevOps
  4. DevOps tools and technologies

Module 2: Linux Fundamentals (15%)

  1. Introduction to Linux
  2. Linux command-line interface
  3. Linux file system and permissions
  4. Linux networking and security

Module 3: Jenkins and CI/CD Pipeline (20%)

  1. Introduction to Jenkins
  2. Jenkins architecture and components
  3. Creating and managing Jenkins jobs
  4. Implementing CI/CD pipeline with Jenkins
  5. Integrating Jenkins with other DevOps tools

Module 4: Docker and Containerization (15%)

  1. Introduction to Docker
  2. Docker architecture and components
  3. Creating and managing Docker containers
  4. Docker networking and security
  5. Using Docker in a CI/CD pipeline

Module 5: Kubernetes and Orchestration (20%)

  1. Introduction to Kubernetes
  2. Kubernetes architecture and components
  3. Creating and managing Kubernetes clusters
  4. Deploying and managing applications on Kubernetes
  5. Using Kubernetes in a CI/CD pipeline

Module 6: Testing and Automation (10%)

  1. Introduction to automated testing
  2. Types of automated testing (unit, integration, UI)
  3. Using testing frameworks (JUnit, PyUnit)
  4. Automating testing with Jenkins and Docker

Module 7: Monitoring and Logging (10%)

  1. Introduction to monitoring and logging
  2. Types of monitoring (application, infrastructure)
  3. Using monitoring tools (Prometheus, Grafana)
  4. Logging and log management (ELK Stack)

Module 8: Security and Compliance (10%)

  1. Introduction to DevOps security
  2. Secure coding practices
  3. Security testing and vulnerability management
  4. Compliance and governance in DevOps

Hands-on Exercises and Projects:

  1. Setting up a CI/CD pipeline with Jenkins and Docker
  2. Deploying a containerized application on Kubernetes
  3. Automating testing with Jenkins and Docker
  4. Monitoring and logging with Prometheus and Grafana
  5. Securing a DevOps environment with secure coding practices

Course Details:

  1. Duration: 5 days (instructor-led), 15-20 hours (self-paced)
  2. Format: Instructor-led, self-paced online, virtual classroom
  3. Prerequisites: Basic knowledge of Linux, programming languages (Java, Python)
  4. Target Audience: Developers, QA engineers, DevOps engineers, IT professionals
  5. Certification: Certified DevOps Engineer

Course Materials:

  1. Official courseware
  2. Linux, Jenkins, Docker, Kubernetes, and other DevOps tools
  3. Hands-on lab exercises
  4. Study guide and reference materials

Recommended Study Materials:

  1. “DevOps Handbook” by Gene Kim
  2. “Continuous Delivery” by Jez Humble
  3. “Docker: Up & Running” by Karl Matthias
  4. “Kubernetes: Up & Running” by Brendan Burns