DevOps Engineer

Module 0 – DevOps Perquisites

• Linux Basics
• Application Basics
• Networking Basics
• Web Servers Basics
• YAML

Module 1 – DevOps Essentials

• Why DevOps?
• What is DevOps?
• Agile and DevOps
• DevOps Lifecycle
• DevOps Market Trends
• DevOps Delivery Pipeline
• DevOps Ecosystem & Use Case
• Introduction to Virtualization
• Introduction to Cloud Computing

Module 2 – Managing Source Code – Git and GitHub

• Overview of Version Control systems
• Central vs Distributed Control systems
• Introduction to Git
• Git file workflow
• Important Git Commands
• Branching and Merging, Stashing, Rebasing, Reverting and Resetting
• Introduction to GitHub
• Using Git and GitHub together.

Module 3 – Understanding and using Build tools

• Overview of Various Build tools
• What is Maven
• Maven Plugins
• Maven Archetypes
• Project Object Model (POM)
• Source Control Integration

Module 4 – Configuration Management using Ansible

• Overview of Configuration Management
• Introduction to Ansible
• Ansible Architecture
• Ansible Components
• Installation & Configuration
• Writing Ansible Playbooks
• Working with Ansible Modules

Module 5 – Containerization basics using Docker

• What and Why of Containers
• Difference between VMs and Containers
• Docker Architecture and Components
• Image Distribution using Docker Hub
• Working with Containers and Docker Hub

Module 6 – Docker Advanced

• Docker Files
• Docker Compose
• Docker Networking
• Docker Swarm
• Building Images using Docker File
• Creating multi-containers using Docker Compose
• Creating User-Defined Networks
• Working with Docker Swarm

Module 7 – Continuous Integration using Jenkins

• Overview of Continuous Integration
• Overview of Jenkins
• Jenkins architecture
• Installing and Configuring Jenkins
• Jenkins Management
• Jenkins Build Pipeline
• Installing and configuring Jenkins
• Creating a build using Jenkins
• Integrating with Jenkins
• Working with Jenkins Pipelines

Module 8 – Introduction to Kubernetes

• Basics of Kubernetes container orchestration
• Differences between Docker Swarm and Kubernetes
• Kubernetes Architecture
• Installing Kubernetes using KUBEADM
• Creating Pods and Deployments using YAML
• Selectors & Labels in Kubernetes
• Working with Jobs
• Using Replica Sets & Rolling Updates
• Scheduling the applications on the container
• Services in Kubernetes
• Creating Roles using Ansible Galaxy
• Write Ansible playbooks for Configuration Management Tasks.

Module 9 – Continuous Monitoring using Prometheus

• Introduction to Systems and Service Monitoring
• Introduction to Prometheus
• Installing and Setting Up Prometheus
• Basic Querying
• Dashboarding
• Monitoring Host  & Containers Metrics

 
Module 10 – DevOps Project “Build Real World application”

• Complete understanding of DevOps flow.
• Master Docker, Vagrant, Ansible, Git and Jenkins

 
Module 11 -Define the AWS Cloud

• Identify different types of cloud deployment models
• Define the benefits of the AWS cloud including
• Security
• Reliability
• High Availability
• Elasticity
• Agility
• Pay-as-you go pricing
• Scalability

 
Module 12 -Explain the different cloud architecture design principles

• Explain the design principles
• Design for failure
• Decouple components versus monolithic architecture
• Implement elasticity in the cloud versus on-premises
• Recognize the elements of the Shared Responsibility Model
• Describe the customer’s responsibly on AWS
• Identify AWS ECR – Elastic Container Registry
• Identify AWS Faregate Serverless compute for containers
• Overview about AWS Lambda

 
Module 13 – Terraform

• How is Terraform different from Chef, Puppet, Ansible and Salt?
• Why not AWS Management Console?
• Infrastructure as Code, execution plans, resource graphs, change automation
• Terraform Workflow • Preparing an AWS account to use with Terraform
• Initializing Terraform • Preparing an Execution Plan
• Working with Configuration Files
• Syntax overview

 
Module 14 -Setting Resource Dependencies

• Using the Terraform Resource Graph
• Infrastructure vs application dependencies
• Deploying Infrastructure
• Previewing configuration changes
• Executing changes
• Managing State
• Configuring a backend using AWS S3 and AWS DynamoDB

In This course you will Learn:

• Linux Basics, Application, Networking, Web Servers, YAML.
• DevOps Lifecycle, Delivery Pipeline, Ecosystem, Virtualization, Cloud Computing.
• Managing Source Code – Git and GitHub, Version Control systems, Central vs Distributed.
• Using Build tools, Maven, Project Object Model (POM), Source Control Integration.
• Containerization using Docker, Working with Containers and Docker Hub.
• Continuous Integration using Jenkins, Working with Jenkins Pipelines.
• Software Testing Life cycle, Test -Driven Development using Junit, Testing Web Applications using Selenium.
• Docker Commands and Use-cases, Docker Swarm, Docker File, Docker Compose.
• Kubernetes container orchestration, Kubernetes Architecture, Creating Pods and Deployments.
• Configuration Management using Chef, Chef Architecture, Creating Stack using AWS OpsWorks.
• Configuration Management using Ansible, Creating Roles using Ansible Galaxy.
• Continuous Monitoring different servers using Nagios.
• Define the AWS Cloud, Security, Reliability, Availability, Elasticity, Agility, pricing, Scalability.
• Explain the different cloud architecture design principles.
• Explain the AWS cloud architecture design principles, Identify AWS ECR – Elastic Container Registry, Identify AWS Fargate Serverless compute for containers, AWS Lambda.
• Terraform vs. Chef, Puppet, Ansible and Salt
• Infrastructure as Code, Terraform Workflow, Using AWS with Terraform
• Setting Resource Dependencies, Managing State, Configuring a backend using AWS S3 and AWS DynamoDB.

This DevOps training course will be of benefit the following professional roles:

• Software Developers
• Technical Project Managers
• Architects
• Operations Support
• Deployment engineers
• IT managers
• Development managers