Course Description

DevOps tool blends software development (Dev) and information-technology operations (Ops) to reduce system development life cycle, deliver high-quality software and best IT solutions to meet business goals. DevOps tools include Jenkins, git, chef, ansible, docker, Nagios, puppet, and aws devops. DevOps methodology includes principles of continuous development and deployment, code automation, configuration management, inter-team collaboration, testing and monitoring, and agile IT service.

The future scope of DevOps is huge because of its unique key features. Career opportunities with DevOps course certification are enormous in the IT field. According to Glassdoor - The average salary of a DevOps engineer will be $143,000 per year.

Hachion’s DevOps online training helps you understand the fundamental concepts and dives you deep into the core implementations of DevOps. Our DevOps course designed with a well-structured curriculum up-to-date and practical sessions. Basic knowledge of Linux fundamentals and any scripting language like shell and text-editor will be an added advantage to learn the DevOps course easily. 

Course Fee : 447.4 USD

DevOps Learners from Hachion: 83
Course Schedule

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Choose the best training mode which suits to your requirement
Live online training

USD 447.4

Training Fee: USD 596.6 25% Discount

  • Live interactive online training
  • Daily Assignments and Lab exercises
  • Resume and certification guidance
  • Mock interview and live project assistance
  • Resume marketing and job assistance
Mentoring mode training
  • Live interactive online training
  • Daily Assignments and Lab exercises
  • Resume and certification guidance
  • Mock interview and live project assistance
  • Resume marketing and job assistance
Live online training and internship
  • Live interactive online training
  • Daily Assignments and Lab exercises
  • Resume and certification guidance
  • Mock interview and live project assistance
  • Resume marketing and job assistance

Course Content

  • What is DevOps

  • Why DevOps?

  • History of DevOps

  • SDLC models: Waterfall, Lean, Agile

  • DevOps Goals

  • DevOps perspective

  • Relationship between DevOps and Agile

  • Configuration Management

  • Continuous Integration and Deployment

  • History and evolution of cloud

  • Cloud computing concepts

  • Grid Computing vs. Cloud Computing

  • Characteristics and Benefits of Cloud

  • Cloud service models (NIST)

  • IaaS, PaaS and SaaS

  • Cloud service model implementations

  • Virtualization

  • Virtual bootable OS Images

  • Cloud Storage-

  • Introduction to AWS and AZURE

  • What is Application Architecture

  • How Internet works

  • A Sample Project Explanation

  • Monolithic Architecture

  • 3 Tier Architecture

  • SOA Architecture

  • Microservices based Container Architecture

  • How to setup Amazon account

  • How to create a user in AWS

  • AWS Market Place

  • Amazon EC2, S3.

  • Managing Login

  • Amazon S3 storage

  • Elastic IP’s

  • Introduction to Linux Administration

  • How to create users and groups

  • How to manage the system services using the systemctl

  • What are system logs and how to use them

  • How to configure the hostname, time and date, locale and keyboard settings

  • How to check the network interfaces and update IP address details

  • DNS Configuration and other system tasks

  • YUM and RPM Package Installers for RHEL

1. Introduction

  • Version control systems

  • Local, Centralized and distributed

2. Installing Git

  • Installing on Linux

  • Installing on Windows

  • Initial setup

3. Git Essentials

  • Creating repository

  • Cloning, check-in and committing

  • Fetch pull and remote

  • Branching

  • Introduction to Maven

  • Maven Lifecycle

  • Maven Phases and Goals

  • Maven Directory structure

  • Maven Repositories

  • Maven Installation

  • Creation of Maven structure

  • Running Maven commands { site, clean, test, package, install, deploy, compile}

1. Introduction to Ansible

  • Ansible Sessions Environment Setup

  • Validating Ansible Installation

  • Ansible Requirements – Python, PIP, and Virtual Environments

  • Ansible on Linux

2. Ansible Configuration

  • Understanding & Customizing Ansible’s Configuration file

  • Ansible inventory

  • Verify Ansible inventory

  • Ansible commands

  • Ansible ad-hoc commands

3. Ansible Playbooks

  • Introduction to YAML

  • Ansible playbook sections

  • Ansible Variables

  • Ansible loops

  • Ansible Facts

  • Ansible conditionals

  • Debug Ansible playbooks

  • Registered variables and conditional execution

  • Looping

  • Asynchronous and Parallel

  • Ansible playbook for installing Apache webserver

4. Introduction to Ansible roles

  • Why do you need roles?

  • Code Organization Strategies

  • Anatomy of a Role

  • Understand the Ansible roles directory structure

  • Creating a role for Apache

  • Writing and applying playbook for app servers

  • Copying config file, notifications, and handlers

5. Ansible Galaxy 

  • What is Ansible Galaxy

  • How to Download Ansible Roles from Galaxy

1. Introduction

  • What is a Docker

  • Use case of Docker

  • Platforms for Docker

  • Dockers vs Virtualization

2. Architecture

  • Docker Architecture.

  • Important Docker components

  • Understanding the Docker components

3. Installation

  • Installing Docker on Linux.

  • Understanding Installation of Docker on Windows.

  • Basic Docker commands.

4. Provisioning

  • Docker Hub.

  • Downloading Docker images.

  • Running Docker images & Docker containers

  • Running docker applications in a container.

5. Dockerfile

  • How to create a docker image

  • Instructions of Dockerfile

  • Creation of multiple docker images from scratch using Dockerfile

6. Docker Swarm

  • What is Docker swarm

  • What is Docker High Availability

  • Deploy an application in high availability mode across multiple services

1. Introduction to Kubernetes:

  • What is Kubernetes & Why it’s so popular

  • Difference between Docker & Kubernetes

  • Advantages of Kubernetes

  • Components of Kubernetes

  • Explanation of END to END Kubernetes LifeCycle

  • Kubernetes Deployment Types

2. Components of Kubernetes Master

  • Kubernetes Master

  • kube-apiserver

  • etcd key-value store

  • kube-scheduler

  • kube-controller-manager

3. Components of Kubernetes Node

  • Docker

  • kubelet

  • kube-proxy

  • kubectl

4. Installation & Cluster Creation

  • Create 3 RHEL VM’s

  • Create a three-node Kubernetes cluster using Master and 2 Nodes

  • Install Kubectl, a command line tool to manage clusters

  • Start a three-node cluster

  • Get cluster details

  • List all nodes associated with the cluster

5. Working with Kubernetes Configuration Objects 

  • Pod

  • Pod Requests and Limits

  • Pod Readiness and Liveness

  • ReplicaSet

  • Creation of Deployment (Deploying Highly available Application with Best Practices)

  • Job

  • CronJob

  • DeamonSet

  • ClusterIP Service

  • NodePort Service

  • Ingress Load balancer

  • Deploy a containerized app image in the Kubernetes cluster

1. Introduction

  • Understanding continuous integration

  • Introduction about Jenkins

  • Build Cycle

  • Jenkins Architecture

2. Installation 

  • Obtaining and installing Jenkins Server

  • Installing and configuring GIT

  • Java installation and configuration

  • Maven Installation & configuration

  • Exploring Jenkins Dashboard.

3. Jobs 

  • Creating Simple Jobs

  • Running the Jobs

  • Understanding the JOBS and WORKSPACE Directory

  • Understanding what is BUILD

4. Build Deployments 

  • Understanding Deployment.

  • Tomcat installation and configuration

  • Deployment Plugins

5. Jenkins LifeCycle:

  • Creation of Complete application lifecycle from the Git -> Maven -> Junit -> Tomcat -> Documentation creation in a single Job

6. Securing Jenkins 

  • Authentication & Authorization

  • Matrix based Authentication

  • Creating users

  • Plugin Management

7. Jenkins Build Pipeline

  • What is Jenkins build Pipeline

  • Creation of Jenkins Pipeline using the Pipeline Plugin

  • Creation of Jenkins Pipeline using the upstream and downstream projects

  • Coding the Jenkins Pipeline with GitHub, Maven, Ansible, Tomcat, Docker integrated

1. Introduction and Installation 

  • Obtaining Nagios

  • Compiling and installing Nagios

2. Basic configuration

  • Configuring a Linux server to monitor the complete statistics

  • How can Nagios be extended in the Infrastructure

DevOps Training FAQs


Hachion's DevOps online training program covers all basic and advanced concepts of DevOps up to date. Our course curriculum is designed by industry experts in the IT industry. We provide 100% job assistance with certification guidance.

We provide 100% job assistance to the Hachion students, once they complete the course. We also provide resume writing, mock interviews, and resume marketing services as part of our job assistance program. 

We offer three modes of Training in DevOps online training program:

  • Self Placed 
  • Mentorship 
  • Instructor-Led

Basic knowledge of Linux fundamentals and any scripting language like shell and text-editor will be an added advantage to learn the DevOps course easily. 

This DevOps training is ideal for individuals who are interested in data integration. The training is the best fit for the following job roles:

  • System Administrator
  • IT Professionals
  • Programmers
  • Job Seekers
  • Freshers

DevOps Certification is mainly focused to validate candidates expertise in software development and IT operations concepts. This course helps you to gain in-depth knowledge of all concepts of DevOps and enhances practical skills through real-time projects. By the end of the course, you will be able to confidently appear the certification exam to become a certified DevOps engineer.

The average DevOps Engineer salary in the USA is $136,500 per year or $70 per hour. Entry-level positions start at $79,978 per year while most experienced workers make up to $223,638 per year.

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