Certification in DevOps with Cloud, Docker, CI CD & Ansible

Description

Take the next step in your DevOps and cloud automation journey! Whether you’re an aspiring DevOps engineer, free servicenow certified system administrator csa practice exam course, or IT professional, this course will equip you with the essential tools and workflows to automate, deploy, and manage software in real-world environments. Learn how to leverage Linux, AWS, Docker, Jenkins, Kubernetes, Ansible, Terraform, and monitoring tools to build scalable, automated DevOps pipelines.

Guided by practical projects and real-time lab exercises, you will:

• Master the fundamentals of Linux administration, shell scripting, and automation.

• Gain hands-on experience with cloud infrastructure management on AWS.

• Learn source code management, containerization, and continuous delivery pipelines.

• Work with Kubernetes for application orchestration and scaling.

• Automate infrastructure provisioning with Ansible and Terraform.

• Implement monitoring and logging solutions to maintain system reliability.

• Complete real-world DevOps projects integrating all tools and stages of the DevOps lifecycle.

By the end of the course, you’ll be ready to design, implement, and maintain complete DevOps pipelines used by top organizations worldwide.

The Frameworks of the Course

• Engaging video lectures, demonstrations, real-world projects, downloadable resources, and interactive labs designed to help you build deep practical understanding of DevOps tools and workflows.

• The course includes case studies, automation exercises, cloud labs, self-paced assessments, and industry-based projects to strengthen your end-to-end DevOps implementation skills.

• In the first part of the course, you’ll build your foundation in Linux administration, shell scripting, cloud fundamentals, and Git-based version control.

• In the middle part, you will gain hands-on experience with Docker, Kubernetes, Jenkins, and CI/CD pipeline automation, along with configuration management and IaC tools like Ansible and Terraform.

• In the final part, you will focus on monitoring, logging, and full-scale project execution, applying every skill to build and deploy real DevOps environments. All your queries will be addressed within 48 hours, with full support throughout your learning journey to ensure you gain both conceptual clarity and real-world technical confidence.

Course Content:

Part 1

Introduction and Study Plan

· Introduction and know your instructor

· Study Plan and Structure of the Course

Module 1. Automation Using Shell Scripting & RedHat Linux Administration

1.1. Introduction to Shell Scripting & RedHat Linux

1.2. Working with Files, Directories, and Permissions

1.3. Automating System Tasks Using Shell Scripts

1.4. Process, Services, and Resource Management

1.5. Network Configuration and Automation

1.6. Conclusion of Automation Using Shell Scripting & RedHat Linux Administration

Module 2. Cloud Services & AWS Fundamentals

2.1. Introduction to Cloud Computing and AWS

2.2.  AWS Identity and Access Management (IAM)

2.3. AWS EC2 and Elastic Block Storage (EBS)

2.4. S3 and Data Management in AWS

2.5. Introduction to AWS Networking: VPC & Route 53

2.6. Conclusion of Cloud Services & AWS Fundamentals

Module 3. Source Code Management & Networking Concepts

3.1. Introduction to Git and Version Control

3.2. learn it support networking fundamentals practice tests for DevOps

3.3. Advanced Git: Hooks, Tags, and Submodules

3.4. Source Code Collaboration Tools

3.5. Network Automation Using Shell Scripting

3.6. Conclusion of Source Code Management & Networking Concepts

Module 4. Package Management (Docker) Using Real-Time Scenarios & Understanding SonarQube

4.1. Introduction to Docker

4.2. Real-World Scenarios with Docker

4.3. Continuous Integration Using Docker

4.4. Introduction to SonarQube

4.5. Advanced Docker Techniques

4.6. Conclusion of Package Management (Docker) Using Real-Time Scenarios & Understanding SonarQube

Module 5. Minor Project Week

5.1. Project Planning and Setup

5.2. Problem Definition and Requirements

5.3. Implementation Phase

5.4. Testing and Debugging

5.5. Final Presentation and Review

5.6. Conclusion of Minor Project Week

Module 6. Continuous Integration and Continuous Delivery

6.1. Introduction to CI/CD Concepts

6.2. Setting Up Jenkins/GitLab CI for Pipelines

6.3. Automating Builds and Tests

6.4. Continuous Deployment to Staging/Production

6.5. Integrating Docker in CI/CD

6.6. Conclusion of Continuous Integration and Continuous Delivery

Module 7. Deep Dive Kubernetes

7.1. Kubernetes Architecture and Components

7.2. Setting Up a Kubernetes Cluster

7.3. Managing Kubernetes Pods and Deployments

7.4. Kubernetes Networking and Services

7.5. Persistent Storage in Kubernetes

7.6. Conclusion of Deep Dive Kubernetes

Module 8. Working with Applications in Kubernetes

8.1. Deploying Stateless Applications

8.2. Deploying Stateful Applications

8.3. Managing Secrets and ConfigMaps

8.4. Autoscaling Applications in Kubernetes

8.5. Monitoring and Logging in Kubernetes

8.6. Conclusion of Working with Applications in Kubernetes

Module 9. Ansible

9.1. Introduction to Ansible and YAML Basics

9.2. Managing Infrastructure with Ansible Playbooks

9.3. Automating Application Deployment

9.4. Ansible Roles and Galaxy

9.5. Ansible Tower for Large-Scale Automation

9.6. Conclusion of Ansible

Module 10. Infrastructure As Code using Terraform

10.1. Introduction to Infrastructure as Code (IaC)

10.2. Writing Terraform Configurations

10.3. Managing State and Version Control

10.4. Deploying Infrastructure with Terraform

10.5. Advanced Terraform Techniques (Modules & Workspaces)

10.6. Conclusion of Infrastructure As Code using Terraform

Module 11. Monitoring and Logging

11.1. Introduction to Monitoring Tools (Prometheus, Nagios)

11.2. Logging with ELK Stack (Elasticsearch, Logstash, Kibana)

11.3. CloudWatch and CloudTrail in AWS

11.4. Setting Up Alerts and Notifications

11.5. Centralized Logging and Monitoring in Kubernetes

11.6. Conclusion of Monitoring and Logging

Module 12. Major Projects - Mentor and Self Guided

12.1. Defining Project Scope and Requirements

12.2. Research and Design Phase

12.3. Implementation and Development

12.4. Testing, Validation, and Debugging

12.5. Final Project Presentation and Review

12.6. Conclusion of Major Projects

Part 2

Assignments.