DevOps Training & Certification - Become a Certified DevOps Expert

DevOps Course Overview

Software development has changed a lot in recent years. Today, companies release updates very often. New features, bug fixes, and improvements must reach users quickly. Because of this, developers and system administrators need to work closely together.

This is where a devops course becomes important.

DevOps is not just about tools. It is a working method where development and operations teams collaborate to build, test, and release software faster. Instead of doing many tasks manually, teams use automation to manage builds, testing, and deployments.

In this devops course, learners understand how modern DevOps environments work. You start with version control systems used to manage code. After that, you learn about build automation, container technology, and infrastructure automation.

The training focuses on practical learning. Students work with popular tools such as Git, Jenkins, Docker, Kubernetes, Ansible, and Terraform. These tools are commonly used in real-world projects, giving learners a clear picture of how applications move from development to production environments.

Many professionals look for the best devops course because they want to understand how these tools connect together in real DevOps environments. For this reason, this devops certification course explains the full DevOps workflow instead of teaching tools separately.

Students also learn about CI/CD pipelines, deploying containers, and automating infrastructure. As a result, the devops engineer course helps learners understand how modern teams manage and deploy applications efficiently.

For working professionals, devops online training provides flexible learning options. This allows learners to improve their skills while continuing their current jobs. Many professionals choose devops online training because it allows them to gain practical experience without interrupting their work schedule.

Overall, this devops course for beginners and experienced learners explains how DevOps teams build, test, and deploy software in modern IT environments. Because of its practical approach, many learners consider it the best devops course for building strong automation and deployment skills.

Objective

Learning Objectives

The main goal of this devops course is to help learners understand how software development and infrastructure automation work together in real IT environments.

Instead of focusing only on theory, the training includes practical tasks and real tools used by engineers. This DevOps Training program helps learners understand how automation improves software delivery.

After completing this DevOps Training, learners will understand how DevOps pipelines work and how different tools support automation across development and infrastructure teams.

After finishing the devops training courses program, learners will be able to:

Understand DevOps workflow and automation practices
Manage source code using Git repositories
Create CI/CD pipelines using Jenkins
Build and manage containers using Docker
Deploy containerized applications using Kubernetes
Automate infrastructure using Terraform
Configure systems using Ansible
Manage builds and dependencies using Maven
Improve code quality using SonarQube
Store artifacts using Nexus repository

During the training, learners also understand how these tools connect in a DevOps pipeline. Because every tool handles a different stage, this devops engineer training helps students understand the full automation process.

After completing the training, learners feel more confident preparing for a devops certification and working with DevOps tools in real environments.

Curriculum Highlights

This devops course introduces the tools commonly used by DevOps teams. Each tool solves a specific problem in the software delivery process and is an essential part of modern DevOps Training environments.

Git (Version Control)
Git helps developers track code changes and collaborate with team members. It allows teams to manage branches, commits, and project history effectively.
Jenkins (CI/CD Automation)
Jenkins automates the build and deployment process. With automation, development teams can release updates faster and more reliably.
Docker (Containerization)
Docker packages applications and their dependencies into containers. Because of this, applications run the same way in development, testing, and production systems.
Kubernetes (Container Orchestration)
Kubernetes manages containers across clusters. It helps scale applications, manage deployments, and maintain service availability.
This topic is an important part of the devops engineer course and modern cloud-based DevOps infrastructure.
Ansible (Configuration Automation)
Ansible helps automate system configuration tasks. It is commonly used to manage multiple servers at the same time in DevOps environments.
Terraform (Infrastructure Automation)
Terraform allows infrastructure to be defined as code. This means servers, networks, and cloud resources can be created automatically.
Maven (Build Management)
Maven helps manage application builds and project dependencies. It ensures that applications build correctly across different environments.
SonarQube (Code Quality Monitoring)
SonarQube scans source code and finds issues such as bugs and security risks. This helps development teams maintain better code quality.
Nexus (Repository Management)
Nexus stores application packages and build artifacts. It helps manage software dependencies used in development projects.

Because this devops course combines these technologies, learners clearly understand how a complete DevOps pipeline works in real-world projects.

If you are planning to start this training and need proper guidance you can watch our recorded session of Complete DevOps Roadmap

Module 1: GIT

Unit-1 INTRODUCTION TO GIT AND KEY TERMS

SCM / Version Control
What is Git?
Key terms in Git

Unit-2 GIT REPOSITORY MANAGEMENT AND BRANCHING

Create Repo on GitHub
Install git client
Git config files –
Git init
Upstream
Git remote
Git clone
Git fork
Branch concept
Branching strategy
How to create a branch
Git checkout

Unit-3 GIT WORKFLOW AND COLLABORATION

Working dir
Staging area
Repo
Git add
Git commit
Git push
Git pull

Unit-4 ADVANCED GIT OPERATIONS AND REVISION CONTROL

Git show
Git log
Git diff – comparing commits
Git revert
Git reset
Git rebase

Unit-5 GIT COLLABORATION AND ADVANCED TECHNIQUES

Git merge and merge conflicts
Git stash
Git tag
Git cherry-pick
Pull request
Students Quiz Sessions

Module 2: Jenkins

Unit-1 INTRODUCTION TO JENKINS AND ITS POPULARITY

What is Jenkins
DevOps and Jenkins
Why it is popular
Student Quiz

Unit-2 JENKINS INSTALLATION, CONFIGURATION, AND JOB MANAGEMENT

Jenkins installation – docker/war/rpm
Jenkins config files/dir
Change default port
Environment variables – inbuilt, user-defined
User management
Installing plugins – GUI, HPI
Jenkins job
Integration with GitHub
Credentials manager
Trigger
Workspace
Build status
Upstream job
Downstream job

Unit- 3 JENKINS INTEGRATIONS AND ADVANCED CONFIGURATIONS

Email
Ansible integration
SonarQube integration
maven integration
Executor
Slave configuration
label
View

Unit-4 JENKINS PIPELINE AND AUTOMATION TECHNIQUES

Multi-branch pipeline
Pipeline – declarative / scriptive
Jenkins file
parameters
timeout
agent
stages
steps

Unit- 5 QUIZ SESSIONS

Students Quiz Sessions

Module 3: DOCKER

Unit 1 - INTRODUCTION TO CONTAINERS

Introduction to Server Provision
VMS Base Provisioning difficulty
OS Virtualization Introduction
Hardware Virtualization vs. OS virtualization
Docker Introduction
Docker Architecture
Use case of Containerization Application
Setting Up Your Environment
Setup machine on Cloud & on-premises
Installation Docker

Unit 2 - LEARNING THE BASICS OF CONTAINERS

Images and Container File System
Docker Hub
Image & Container Basic Operation Commands
Creating Containers
Executing Container Commands
Docker Logging

Unit 3 - EXPOSE CONTAINERS FOR WORLD NETWORK

Port Understanding
Expose container for external Network

Unit 4 - BUILD DOCKER IMAGE

Image modification
Manually Docker image Build process
Install custom BINS/LIBS into the Docker images

Unit 5 - DOCKER STORAGE

Stateless and state full Application Understanding
Provide persistent storage for container
Create Docker Volume
Docker Data Backup Solution

Unit 6 - DOCKER IMAGES FILE

Introduction to the Docker file
Write Docker file for custom application
Image History
Saving and Loading Images

Unit 7 - DOCKER NETWORK

Understanding Bridge Network
Creating a custom Network for Docker Container
Establish Communication between Container

Unit 8 - DOCKER REGISTRY

Introduction Docker registry
How to use Public Dockers Registry
Setup Internal Dockers registry
Maintain Image over internal Dockers registry

Unit 9 - DOCKER COMPOSE

Installing Docker Compose
Compose Commands
Creating a Compose File
Using Volumes and Networking with Compose

Module 4: KUBERNETES

Unit 1 - INTRODUCTION KUBERNETES

Introduction to Kubernetes
Kubernetes Cluster Architecture
Core Concept of Kubernetes Services
ETCD & Controller & API & scheduler
Exploring your Cluster
Understanding YAML

Unit 2 - INSTALLATION

Installation minikube
Installation using Kubeadm utility in HA mode
Install Kubernetes the Hard Way
How to use Kops and create
Kubernetes cluster

Unit 3 - APPLICATION DEPLOYMENT

Creating a Deployment in Kubernetes using YAML
Creating a Service in Kubernetes
Understanding pod & Replication & Deployment
Configuration using Rolling Updates in Kubernetes
Configure Environment variables in the application
Configure secret resources for sensitive value
Creating Config Map
Scale Applications
Multi Container PODs
Init Containers
Self-Healing Applications

Unit 4 - STORAGE MANAGEMENT

Creating Persistent volume
Persistent Volume Claim
Volume claim policy understanding
Attach storage on deployment

Unit 5 - POD SCHEDULING

Manual Scheduling
Labels and Selectors
Taints and Tolerations
Node Selectors
Node Affinity
DaemonSets
Static Pods
Multiple Schedulers
Configuring Kubernetes Scheduler

Unit 6 - RESOURCE ALLOCATION

Restrict Limit Memory & CPU use
Creating Resource Quota
Creating Limit Quota

Unit 7 - NETWORKING

Network Namespace understanding
Docker Network
Deploy Kubernetes Network
Cluster Networking
Pod Networking
Creating Service Network
DNS Concept in Kubernetes
Ingress System Kubernetes

Unit 8 - MONITORING KUBERNETES

Logging and Monitoring
Monitoring Cluster Component
Managing application Logs

Unit 9 - SECURITY

Authentication
TLS Introduction
Certificate System Kubernetes
Creating Certificate
Role base Access Controls
Cluster Role and Role Binding
SCC: Security Constant Conta & Network Policy
Image Security

Module 5: ANSIBLE

Unit 1 - AN INTRODUCTION TO ANSIBLE

Automating Linux Administration with Ansible
Quiz: Automating Linux Administration with Ansible
Installing Ansible
Guided Exercise: Installing Ansible
Summary

Unit 2 - DEPLOYING ANSIBLE

Building an Ansible Inventory
Guided Exercise: Building an Ansible Inventory
Managing Ansible Configuration Files.
Guided Exercise: Managing Ansible
Configuration Files
Running Ad Hoc Commands
Guided Exercise: Running Ad Hoc Commands
Lab: Deploying Ansible
Summary

Unit 3 - IMPLEMENTING PLAYBOOKS

Writing and Running Playbooks
Guided Exercise: Writing and Running Playbooks
Implementing Multiple Plays
Guided Exercise: Implementing Multiple Plays.
Lab: Implementing Playbooks
Summary

Unit 4 - MANAGING VARIABLES AND FACTS

Managing Variables
Guided Exercise: Managing Variables
Managing Secrets
Guided Exercise: Managing Secrets
Managing Facts
Guided Exercise: Managing Facts
Lab: Managing Variables and Facts
Summary

Unit 5 - IMPLEMENTING TASK CONTROL

Writing Loops and Conditional Tasks
Guided Exercise: Writing Loops and Conditional Tasks.
Implementing Handlers
Guided Exercise: Implementing Handlers.
Handing Task Failure
Guided Exercise: Handing Task Failure
Lab: Implementing Task Control
Summary

Unit 6 - DEPLOYING FILES TO MANAGED HOST

Managing Software and Subscriptions.
Guided Exercise: Managing Software and Subscriptions.
Managing Users and Authentication.
Guided Exercise: Managing Users and Authentication.
Managing the Boot Process and Scheduled Processes.
Guided Exercise: Managing the Boot Process and Scheduled Processes.
Managing Storage.
Guided Exercise: Managing Storage
Managing Network Configuration.
Guided Exercise: Managing Network Configuration.
Lab: Automating Linux Administration Tasks.
Summary

Unit 7 - MANAGING LARGE PROJECTS

Selecting Hosts with Host Patterns.
Guided Exercise: Selecting Hosts with Host Patterns.
Managing Dynamic Inventories.
Guided Exercise: Configuring Parallelism
Managing Dynamic Inventories Configuring Parallelism.
Guided Exercise: Configuring Parallelism.
Including Importing Files.
Guided Exercise: Including and Importing Files
Lab: Managing Large Projects.
Summary

Unit 8 - SIMPLIFYING PLAYBOOKS WITH ROLES

Describing Role Structure
Quiz: Describing Role Structure
Reusing Content with System Roles.
Guided Exercise: Reusing Content with System Roles.
Creating Roles
Guided Exercise: Creating Roles.
Deploying Roles with Ansible Galaxy
Guided Exercise: Deploying Roles with Ansible Galaxy
Lab: Simplifying Playbooks with Roles.
Summary

Unit 9 - TROUBLESHOOTING ANSIBLE

Troubleshooting Playbooks.
Guided Exercise: Troubleshooting Playbooks
Troubleshooting Ansible Managed Hosts…
Guided Exercise: Troubleshooting Ansible Managed
Lab: Troubleshooting Ansible.
Summary

Unit 10 - AUTOMATING LINUX ADMINISTRATION TASKS

Managing Software and Subscriptions.
Guided Exercise: Managing Software and Subscriptions.
Managing Users and Authentication.
Guided Exercise: Managing Users and Authentication.
Managing the Boot Process and Scheduled Processes.
Guided Exercise: Managing the Boot Process and Scheduled Processes.
Managing Storage.
Guided Exercise: Managing Storage
Managing Network Configuration.
Guided Exercise: Managing Network Configuration.
Lab: Automating Linux Administration Tasks.
Summary

MODULE 6: TERRAFORM

Unit 1 -INTRODUCTION TO TERRAFORM

Introduction to terraform
Infrastructure Automation
Install Terraform
Providers
Resources
Basic Syntax

Unit 2 - GETTING STARTED WITH TERRAFORM

Terraform Plan, show, Apply, Destroy
Exploring Terraform Registry
Interpolation
Tainting and Updating Resources
Terraform Console and Output
Terraform Variables
Breaking Out Our Variables and Outputs

Unit 3 - TERRAFORM MODULES

Introduction to Modules
Module repositories
First Basic Module
The Module code
Main Terraform Code

Unit 4 - TERRAFORM: WRITING IN A MORE ORGANIZED WAY

Maps and Lookups
Terraform Workspaces
Breaking Out Our Variable Definitions
Null Resources and Local-Exec
Terraform Console

Unit 5 - TERRAFORM WITH AWS CLOUD

Setting up the system for AWS
AWS Storage: The S3 Bucket and Random ID
AWS Storage: The Root Module
AWS Compute: AMI Data, Key Pair, and the File Function
AWS Compute: The EC2 Instance
AWS Compute: User Data and Template Files
AWS Compute: The Root Module

Unit 6 - TERRAFORM WITH AWS CLOUD ADVANCE PRACTICE

AWS Networking: VPC, IGW, and Route Tables
AWS Networking: Subnets, Security, and the Count Attribute
AWS Networking: The Root Module

Unit 7 - TERRAFORM BASIC LABS

Remote state
Data Sources
Templates
Conditionals
Built-in Functions
Working with state files
Outputs, count, and Join Function

Unit 8 - TERRAFORM INTEGRATION WITH S3, GIT, JENKINS

Adding S3 backend
Integration with Git
Packer introduction
Terraform with Packer
Terraform with Jenkins
Terraform Formatting and Remote State
Terraform RandomID and S3 Buckets

Unit 9 - TERRAFORM TROUBLESHOOTING AND TESTING

Terraform Plan revisited
Debugging the script
Terraform Testing
Error Handling

Unit 10 - TERRAFORM WITH AZURE, GOOGLE CLOUD, & PLUGINS

Terraform with Azure cloud
Terraform with Google Cloud
Terraform Templates
Terraform plugins
Integrating Go Plugins

Unit 11 - TERRAFORM ADVANCE FEATURES AND EXAMPLES

Best practices in writing terraform scripts
Terraform Workflow
Terraform projects
Other Hashicorp tools

MODULE 7

MAVEN

Maven Introduction & Installation
Convention over configuration
What is pom.xml
Maven Lifecycle
Maven Local, Central & Remote Repositories
Maven’s Setting.xml
Group ID, Artifact ID, Snapshot vs Release
Dependencies
Maven Archetypes
Dependency Management
Distribution Management
Maven Integration with SonarQube
Maven Integration with Nexus
Maven Integration to Tomcat

MODULE 8

SONARQUBE

Why is source code scanning required?
Introduction & Installation of SonarQube
Architecture
SonarQube Home Directory Structure
Sonar scanning Rules, Quality Profiles & Quality Gates
SonarQube Integration with Maven
Checking SonarQube reports
Custom Quality Gates
User and Group management for projects
Integration with Jenkins
SonarQube webhooks

MODULE 9

NEXUS REPOSITORY ARTIFACTORY TOOL

What is a repository?
Repository Management tools
What is Nexus and why do we use Nexus?
Installation and configuration of Nexus: As a Container, Pod & Service
Nexus Administration: Managing Nexus Configuration and Security.
Hosted vs Proxy vs Group Repositories
Introduction to Repository Replications
Creating Hosted and Proxy Repositories for Maven
Using Nexus as a docker-hosted repository.
Integrating Nexus with Maven
Build and deploy Snapshot and Release artifacts to Nexus.
Nexus troubleshooting

Why Learn DevOps?

Prerequisite of this Training

Before joining this devops course training program, learners should have some basic technical knowledge.

Recommended prerequisites include:

Basic knowledge of Linux operating system
Basic command line usage
Basic system administration understanding
Basic knowledge of cloud platforms like AWS or Azure

However, beginners can still join this devops course for beginners if they are willing to learn infrastructure automation. The training starts with fundamentals and gradually moves to advanced topics.

Why Learn This Training

Software companies release updates regularly. Because of this, they need systems that allow fast and reliable deployments. DevOps practices help companies achieve this goal.

Learning a devops course offers several benefits.

Automation reduces repetitive manual work. As a result, teams can focus more on development and innovation.

DevOps engineers also work with modern technologies such as containers, automation tools, and cloud platforms. These technologies are widely used in product companies and cloud environments.

Because of this demand, completing a devops certification course helps learners build skills that many companies are looking for.

Many professionals search for the best devops course because DevOps connects development, operations, and automation together. Instead of focusing on a single area, DevOps combines multiple technical skills.

Because of this, the devops engineer course helps learners improve their technical knowledge and career opportunities.

Audience for this Training

This devops course is suitable for many types of learners.

It is useful for:

System administrators
Linux engineers
Cloud engineers
Software developers
IT infrastructure professionals
DevOps enthusiasts
Fresh graduates interested in infrastructure careers

Professionals working in cloud environments can improve their automation skills through this devops engineer training.

Similarly, beginners who want to enter infrastructure roles can start with this devops course for beginners.

Are You Eligible

You can join this devops course if you are interested in automation and cloud infrastructure.

You may find this training helpful if you want to:

Automate system management
Build CI/CD pipelines
Work with containers
Deploy applications on cloud platforms

Even beginners can learn the DevOps workflow step by step through this devops certification course and prepare for industry-recognized devops certification exams.

Career Opportunities After This Training

After completing this devops certification course, learners can explore several career roles.

Common roles include:

DevOps Engineer
Site Reliability Engineer
Cloud DevOps Engineer
Infrastructure Automation Engineer
Build and Release Engineer
Platform Engineer

Because companies rely on automation and cloud systems, professionals with devops certification and practical skills are in high demand across many industries

Recommended Next Step After This Training

After completing this devops course, learners can continue building advanced skills.

Recommended next steps include:

Advanced Kubernetes administration
Cloud certifications such as AWS or Azure
Infrastructure automation projects
CI/CD pipeline implementation
Monitoring and observability tools

Many professionals also pursue advanced devops certification programs after completing this DevOps Training to improve their knowledge of cloud architecture and automation systems

The Top Reason why to choose KR Network Cloud

KR Network Cloud is the Red Hat Authorized Training Partner
We have a world-class experienced & Certified Trainer for Red Hat Training
All lab facilities are available. labs are facilitated with a computer
We provide IT training as well as Global IT Certifications.
KR Network Cloud will provide you with the Notes, Videos, and Red Hat Training books
We provide corporate as well as industrial training in Delhi
Demo sessions, Workshops, Exhibitions, backup classes, Practice sessions, etc.
Provide Exam Preparations to the Student
Our trainer will also help to crack your interview.
Job assistance facility for our students is also available
Provides online as well as classroom training.
Provides More Opportunities for future

DevOps & Cloud Technologies

DevOps Training & Certification

Instructor

Mr. Ram Updhayay

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DevOps Training & Certification - Become a Certified DevOps Expert

DevOps Course Overview

Objective

Learning Objectives

Curriculum Highlights

Git (Version Control)

Jenkins (CI/CD Automation)

Docker (Containerization)

Kubernetes (Container Orchestration)

Ansible (Configuration Automation)

Terraform (Infrastructure Automation)

Maven (Build Management)

SonarQube (Code Quality Monitoring)

Nexus (Repository Management)

Module 1: GIT

Module 2: Jenkins

Module 3: DOCKER

Module 4: KUBERNETES

Module 5: ANSIBLE

MODULE 6: TERRAFORM

MODULE 7

MODULE 8

MODULE 9

Why Learn DevOps?

Prerequisite of this Training

Why Learn This Training

Audience for this Training

Are You Eligible

Career Opportunities After This Training

Recommended Next Step After This Training

The Top Reason why to choose KR Network Cloud

Certificate

Course Details

Mr. Ram Upadhyay

Course Duration

Batch Type

Email Address

Contact No.

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