Zorba Softed

Why DevOps?

It supports in the optimization of the entire business, increases the speed and stability of software development and deployment, and enhances efficiency through automation with frequent minor updates. DevOps offers definite career path that promises steady growth with a prediction of it becoming the most in-demand jobs in the IT industry in the coming years.

Course Features

- In-depth knowledge of DevOps methodology
- Implementing Software Version Control
- Containerizing Code on production using Docker
- Creating CI/CD Pipelines using Jenkins
- Configuration Management using Puppet and Ansible

Service Description

DevOps: This DevOps Training Will Help You Master The Art And Science Of Improving The Development And Operational Activities Of Your Entire Team. With This DevOps Course, You Will Build Expertise Via Hands-On Projects In Continuous Deployment, Using Configuration Management Tools Such As Puppet, SaltStack, And Ansible.

About Course

This Course Guides You On The Path On Becoming A DevOps Professional With The Knowledge Of Managing DevOps Software Delivery Management And CICD Pipeline On Cloud.

Target Audience

The DevOps Professional Training Course Has Been Designed For People Both With And Without Any Prior Knowledge Of Software Delivery Management. This Course Benefits Both Freshers/Students And Experienced Personnel Willing To Achieve Careers As A DevOps Engineer On Cloud, DevOps Architect, DevOps Practitioner, DevOps Administrator

Pre-Requisite

There Is No Pre-Requisite For This Course. However, Any Prior Experience In SDLC And/Or Linux Will Be Added Advantage.

Good To Have Skills

  • Fundamentals Of SDLC
  • Fundamentals Of Linux

1. Linux Essentials Training

  • Configuring Linux Vms
  • Launching A Linux Based EC2 Instance On AWS
  • Distributions Of Linux – RedHat / Debian
  • Connect To Linux Machine Through SSH
  • Configuring PuTTY As Terminal For SSH To Linux Vms
  • Familiarization With Linux Commands
  • Getting Help In The Command Line
  • Navigating The Linux Filesystem
  • Working With Files And File Permissions
  • Working With Users And Groups
  • Working And Viewing Text Files In Linux
  • Familiarization With NANO And VIM Text Editor

Project Target:

  • Copying/Moving Files
  • Installation/Update Of Packages
  • Working With Bash Shell Variables
  • Bash Shell Scripting
  • Creating/Deleting Directories

2. Overview Of Cloud Computing And AWS:

  • Different Cloud Vendors
  • AWS Introduction
  • How AWS Is Used For DevOps
  • What Is Cloud Computing?

Project Target:

  • Signing Up For AWS Account And Familiarization With Console

3. Overview Of DevOps

  • Understanding Agile Methodology
  • Why Is DevOps Required?
  • DevOps Market Trends
  • Ecosystem Of DevOps
  • Continuous Integration And Continuous Delivery Pipeline

4. Version Control With Git

  • GitHub Understanding Version Control Need Of Version Control
  • Centralized / De-Centralized Version Control
  • Systems Concept Of Repositories
  • What Is Git?
  • Where/How Git Fits In SDLC
  • Comparison Of Git With Other Version Control
  • Systems Installation Of Git
  • Common Linux Commands In Git
  • Git Vs GitHub
  • Working With Remote Repositories

Project Target:

  • Signing Up For Account On GitHub
  • Connect Local And Remote Repositories.
  • Creating Origin Master
  • Creating Files, Staging, Committing And Pushing To Remote Repository
  • Pulling From Remote Repository
  • Checking Status And Logs

5. Advanced Git Commands/Concept Of Branching/Need Of Branching And Merging In Git

The DevOps Professional Training Course Has Been Designed For People Both With And Without Any Prior Knowledge Of Software Delivery Management. This Course Benefits Both Freshers/Students And Experienced Personnel Willing To Achieve Careers As A DevOps Engineer On Cloud, DevOps Architect, DevOps Practitioner, DevOps Administrator

Project Target:

  • Creating Branches
  • Checking Out To Different Branches And Setting Upstreams
  • Pushing Code To Different Branches
  • Merging / Rebasing Branches

6. Continuous Integration Using Jenkins What Is CI?

  • Why CI Is Required
  • Introduction To Jenkins
  • Jenkins GUI Walkthrough
  • Jenkins Management
  • Credential Management
  • What Are Jenkins Plugins?
  • Need Of Plugins
  • Common Plugins And Their Uses

Project Target:

  • Installation Of Java On Red Hat Linux
  • Installation Of Jenkins On Red Hat Linux
  • Signing In With Auto Generated Password
  • Installation Of Plugins On Jenkins
  • Setting Up Global Security On Jenkins

Project Target:

The DevOps Professional Training Course Has Been Designed For People Both With And Without Any Prior Knowledge Of Software Delivery Management. This Course Benefits Both Freshers/Students And Experienced Personnel Willing To Achieve Careers As A DevOps Engineer On Cloud, DevOps Architect, DevOps Practitioner, DevOps Administrator

7. Integration Of Git, Jenkins & Maven – Building A CI Pipeline Introducing Key Based Authentication

  • Generating Public/Private Key Pairs
  • Authenticating Jenkins With GitHub Maven
  • Integration With Jenkins Building A Maven
  • Project On Jenkins Connecting Git Repository To
  • Jenkins Project

Project Target:

  • Installing Maven Integration Plugin
  • Creating Keys On Jenkins And Configuring With GitHub Repository
  • Setting Up Maven Goals
  • Setup Git Connectivity
  • Setup Continuous Integreation Between Git And Jenkins

8. Containerization With Docker What Is Containerization?

  • Challenges And Their Solutions With Containerization
  • Introducing Docker And Docker Hub
  • Concept Of Docker Images And Docker Containers
  • Running Hello Docker Through Docker Container
  • Container Life Cycle
  • Working With Multiple Containers
  • Concept Of Base Image Creating
  • Dockerfile Publishing Image On
  • Docker Hub Hands On

Installing Docker On Red Hat Linux Creating And Configuring A Docker User Pulling Docker Image From Docker Hub Running Docker Images To Create Containers Running Containers On Foreground And Background Keeping Multiple Versions Of Same Image
Creating A Dockerfile To Install Apache2 Server On A Ubuntu Instance Configuring Port Mapping During Containerization
Exposing Ports Through Dockerfile
Building Dockerfile To Create Containers And Access Through Host Port
Creating Dockerfiles With Custom Names And Building.

9. Docker Ecosystem

  • Introduction To Docker Ecosystem
  • Need Of Docker Compose
  • Understanding YAML
  • Write Docker Compose YAML Files
  • Managing And Running Containers With Compose
  • Docker Swarm
  • Introduction To Docker Networking
  • Network Types
  • Docker Container Networking

Project Target:

  • Installing Docker-Compose
  • Configuring Docker-Compose To Pull Multiple Images
  • Add Dockerfiles To Docker-Compose For Custom Build Of Images
  • Scaling Up Of Containers Through Docker-Compose Up Command
  • Setting Up Docker Swarm For Docker Container Management
  • Deployment Through Docker

10. Container Orchestration Using Kubernetes Containers And Container Orchestration Introduction To Kubernetes

  • Understanding Kubernetes Cluster Architecture
  • Setting Up A K8s Cluster
  • Creating A Deployment In Kubernetes Using YAML
  • Creating A Service In Kubernetes
  • Installing Kubernetes Dashboard
  • Deploying An App Using Dashboard
  • Using Rolling Updates In Kubernetes

Project Target:

  • Installation And Setup Of Kubernetes On Ubuntu
  • Setting K8s Cluster On AWS
  • Configuring YAML Files For K8s Deployment
  • Autoscaling And Loadbalancing In Kubernetes
  • Registering Services Through Kubernetes
  • Deployment Through Kubernetes

11. Configuration Management With Ansible Introduction To Ansible

Ansible Installation Configuring Ansible Roles Write Playbooks Executing Adhoc Command

Project Target:

  • Installation Of Ansible
  • Writing Playbooks
  • Running Playbooks
  • Continuous Deployment Through Jenkins By Publishing
  • Through SSH On Ansible

12. Configuration Management With Terraform Introduction To Terraform

  • Terraform Installation
  • Creating Resources With Terraform
  • Introduction To HCL
  • Terraform Scripting

Project Target:

  • Installation Of Terraform
  • Creating EC2 Instances On AWS Cloud Using Terraform
  • Writing Terraform Scripts
  • Integration Of Terraform And Ansible For Configuration Management

Azure DevOps

  • Setup Azure Devops Organization And Projects
  • Setup Dashboards
  • Create Work Items, Setup Sprints, Setup Queries
  • Repo Setup
  • Branch Setup
  • Pull Request Setup
  • Pipeline Setup
  • CI/CD Setup

Career Prospects for DevOps Course Page

Mastering DevOps equips you for dynamic roles at the intersection of development, operations, and cloud infrastructure. As businesses increasingly adopt CI/CD, cloud-native architectures, and microservices, DevOps roles have become essential for ensuring fast, reliable, and secure software delivery.

Possible Career Paths Include:

  • DevOps Engineer: Implements automation, CI/CD pipelines, and infrastructure management to streamline development-to-deployment workflows.
  • Site Reliability Engineer (SRE): Applies software engineering principles to operations, ensuring system reliability, scalability, and performance under real-world conditions.
  • Build and Release Engineer: Manages source code integration, automates build processes, and handles release deployments across environments.
  • Platform Engineer: Designs and maintains internal developer platforms and toolchains, enabling faster and more reliable software delivery.
  • Infrastructure Engineer: Builds and maintains scalable, secure, and resilient IT infrastructure using tools like Terraform, Ansible, and cloud platforms.
  • Cloud DevOps Engineer: Specializes in automating cloud environments (AWS, Azure, GCP) and managing deployments in a cloud-native context.
  • CI/CD Engineer: Focuses on developing and optimizing continuous integration and continuous delivery pipelines to accelerate software releases.
  • Systems Engineer – DevOps: Maintains and automates system operations, monitoring, and patching, while enabling smooth collaboration between Dev and Ops.
  • Automation Engineer: Builds scripts and tools to automate system configurations, application deployments, and environment provisioning.
  • Cloud Engineer (AWS/GCP/Azure): Designs, deploys, and manages applications in cloud environments, ensuring high availability and cost-efficiency.
  • Linux DevOps Engineer: Manages Linux-based systems, automates provisioning, and configures services for continuous integration and deployment.
  • Deployment Engineer: Oversees application rollouts, ensures configuration correctness, and handles versioning across dev, staging, and prod environments.
  • DevOps Consultant: Advises organizations on DevOps best practices, tools, culture change, and implementation strategies tailored to their needs.
  • Release Manager: Coordinates release schedules, manages risks, and ensures smooth deployment across software versions and environments.
  • DevOps Specialist: Acts as a subject-matter expert in DevOps practices, handling advanced automation, cloud deployment, and tool integration.
  • Kubernetes Engineer: Deploys and manages containerized applications using Kubernetes, handling cluster scaling, networking, and orchestration.
  • DevSecOps Engineer: Integrates security into DevOps pipelines, automating compliance, vulnerability scanning, and policy enforcement.
  • Operations Engineer: Ensures system uptime, handles incidents, and supports infrastructure through monitoring, alerting, and root cause analysis.
  • Infrastructure Automation Engineer: Automates the provisioning and scaling of infrastructure using tools like Terraform, Chef, Puppet, or Ansible.
  • Containerization Engineer: Specializes in Docker and container orchestration platforms, streamlining application packaging, deployment, and scalability.

Industries Hiring DevOps Professionals:

  • Financial Services & FinTech
  • E-commerce & Retail
  • Healthcare & MedTech
  • Telecom & Network Services
  • Gaming & Media Platforms
  • Government & Public Sector
  • Logistics & Transportation