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Devops Course

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Devops Course

About The Course

Overview

Zero To Hero DevOps Course: 5 Advanced Projects for Beginners’ Mastery Content:

Welcome to our beginner-friendly DevOps course! This course is designed to introduce you to the fundamental principles of DevOps and equip you with practical skills through hands-on experience with five advanced projects. Whether you’re completely new to DevOps or have some experience, our curriculum is tailored to meet you where you are institutes.

Throughout the the course, you’ll explore key concepts such as continuous integration, continuous delivery, Advanced Cloud Topics, infrastructure as code, and containerization. Each project is carefully crafted to provide real-world scenarios, allowing you to apply what you’ve learned in a practical setting.

Our goal is to demystify DevOps and empower you to confidently navigate the complexities of modern IT environments. You’ll learn at your own pace, with ample opportunities for support and guidance from our experienced instructors.

By the end of the course, you’ll not only have a solid understanding of DevOps principles but also a portfolio of projects to showcase your skills to potential employers. Whether you’re looking to advance in your current role or embark on a new career path, our DevOps course will provide you with the tools and knowledge you need to succeed. Join us and take the first step towards mastering DevOps

Key Learning Objectives

  • Understand the core principles and concepts of DevOps.
  • Learn to implement continuous integration (CI) and continuous delivery (CD) pipelines.
  • Explore infrastructure as code (IaC) and its role in automating infrastructure management.
  • Gain proficiency in containerization technologies such as Docker and Kubernetes.
  • Develop skills in managing and monitoring applications and infrastructure in a DevOps environment.
  • Apply best practices for collaboration and communication within cross-functional teams.
  • Work on five advanced projects to reinforce learning and gain practical experience.
  • Build a portfolio of projects to showcase skills and knowledge to potential employers.
  • Learn to troubleshoot and resolve common issues encountered in DevOps workflows.
  • Develop a mindset for continuous improvement and adaptation to evolving industry trends.

Who is this course for?

  • Beginners with little to no prior experience in DevOps, seeking to gain foundational knowledge and skills.
  • IT professionals interested in transitioning to DevOps roles, looking to acquire practical experience and advance their careers.
  • Developers
  • System Administrators
  • Network Engineers
  • Cloud engineers
  • QA Engineers
  • Students or recent graduates aspiring to enter the tech industry, aiming to build a strong foundation in DevOps methodologies.

Curriculum

1 PRE-REQUISITES

2.5 WEEKS / 20 HOURS

Day 1

  • CREATE LINUX MACHINE ON AWS
  • LOGIN TO AWS MACHINE FROM THE LOCAL MACHINE
  • WHY YOU SHOULD BE GOOD WITH L INUX COMMANDS
  • LINUX FILE SYSTEMS
  • BASIC COMMANDS THAT REFER FILES AND FOLDER
  • HOW TO LEARN THE LINUX COMMANDS ADD THE USER
  • FILE PERMISSION

Day 2

  • LINUX USERS, GROUP, AND PERMISSION
  • FILE PERMISSION IN LINUX
  • GLOBAL AWS INFRASTRUCTURE
  • VPC

Day 3

  • HOME NETWORK
  • NETWORKING CONCEPT – PRIVATE AND PUBL IC IP
  • NAT
  • VPC
  • PRIVATE IP RANGE
  • CREATE VPC
  • CREATE SUBNETS
  • CREATE EC2 MACHINE IN CUSTOM VPC
  • CREATE THE INTERNET GATEWAY AND ATTACH IT TO VPC
  • ADD PUBL IC INTERNET ROUTE ENTRY INSIDE THE MAIN ROUTE ROUTE TABLE

Day 4

  • MAKING PRIVATE SUBNET AND PUBL IC SUBNET (WITH RT)
  • LAUNCH EC2 IN THE PRIVATE SUBNET
  •  LOGIN TO PRIVATE EC2 THROUGH BASTION HOST/JUMP SERVER
  • CREATE THE NAT GW FOR PRIVATE INSTANCE TO ACCESS THE INTERNET
  • SSH PRIVATE AND PUBL IC KEY

Day 5

  • ELASTIC IP
  • SECURITY GROUP
  • BEST PRACTISE OF ELASTIC IP
  • MICROSERVICES OVERVIEW
  • OVERVIEW OF NPM , MAVEN , PIP
  • BUILD THE APPLN
  • RUN THE JAVA, PYTHON, FRONTEND APPL ICATION

Day 6

  • WHAT IS DOCKER?
  • DOCKER OVERVIEW
  • INSTALLATION OF DOCKER ON UBUNTU
  • RUN THE WORDPRESS CONTAINER
  • DOCKER PORT FORWARDING
  • DOCKER COMMANDS
  • DOCKERFILE

CI/CD WITH JENKINS

3 WEEKS / 23 HOURS

Day 1

  • OVERVIEW OF CICD
  • IMPORTANCE OF CI -CD
  • SOURCE CODE MANAGEMENT GIT WORKFLOW
  • GIT WORKFLOW
  • CREATE AN EC2 MACHINE FOR THE DEVELOPER
  • SETUP LOCAL GIT REPOSITORY

Day 2

  • SETTING UP THE LOCAL REPOSITORY
  • GITHUB – GIVING ACCESS TO DEVELOPERS
  • SSH AUTHENTICATION WITH GIT PUSH THE COMMIT TO THE REMOTE REPOSITORY
  • DEVELOPER WORKFLOW PUSH AND PULL
  • GIT CLONE

Day 3

  • GIT BRANCHING DEVELOPER WORKFLOW
  • PULL REQUEST
  • CONFLICT
  • VS CODE FOR GIT
  • GIT MERGE
  • MAINL INE IN GIT

Day 4

  • BRANCH PROTECTION RULE
  • GITHUB WEBHOOKS
  •  GIT RESET
  • THE CONTENT OF GOOD SOURCE REPOSITORY
  • A GOOD SOURCE REPOSITORY SUMMARY
  • WHAT IS CONTINUOUS INTEGRATION
  • OVERVIEW OF CI AND WHY CI IS NECESSARY
  • WHAT IS JENKINS

Day 5

  • INSTALL JENKINS
  • CONFIGURE JENKINS
  • TROUBLESHOOTING FOR JENKINS INSTALLATION

Day 6

  • A SIMPLE JENKINS JOB
  • JENKINS JOB TO CHECKOUT THE CODE FROM GITHUB
  • WHAT HAPPENS IN THE BACKGROUND
  • WHAT HAPPENS WHEN JOB FAILS
  • JENKINS JOB TO BUILD
  • JENKINS JOB TO BUILD DOCKER IMAGE
  • CREATE CONTAINER

CI/CD WITH JENKINS

3 WEEKS / 23 HOURS

Day 7 –

  • PUSH THE IMAGE TO REGISTRY
  • JENKINS PARAMETER
  • ARCHIVE THE ARTIFACTS
  • WHAT IS FINGERPRINTING
  • FINGERPRINTING THE ARTIFACT
  • ARTIFACT DISTRIBUTION
  • STABLE AND UNSTABLE ARTIFACTS
  • THE NEED OF THE ARTIFACT REPOSITORY
  • NEXUS TO STORE YOUR ARTIFACTS

Day 8 –

  • INSTALL AND CONFIGURE NEXUS
  • CREATED NEXUS LOCAL USER
  • CREATE A NEXUS REPOSITORY TO STORE MAVEN ARTIFACTS
  • INTEGRATING MAVEN WITH NEXUS REPO FROM LAPTOP/JENKINS
  • LOGIN TO PUSH ARTIFACTS INTO NEXUS MAVEN REPO
  • HOW MAVEN IDENTIFIES SNAPSHOTS AND RELEASES

Day 9 –

  • CONFIGURE JENKINS TO DEPLOY THE APPL ICATIONS ON MACHINE
  • BEST PRACTICES TO MANAGE THE CLOUD INFRASTRUCTURE
  • BEST PRACTICES TO MANAGE THE SERVER CONFIGURATIONS
  • UNDO AND CLEANUP

Day 10 –

  • PIPEL INE AS CODE
  • HOW JENKINS EXECUTE PIPEL INES
  • PIPEL INE IN THE GIT REPOSITORY
  • COIT-FRONTEND PROJECT AS PIPEL INE
  • WRITING DECLARATIVE PIPEL INE CODE
  • CONNECTING TO A PRIVATE GITHUB REPO FROM JENKINS
  • TRIGGERS WITH SCM POLL ING
  • TRIGGERS GITHUB WEBBOOK
  • JENKINS SLAVES

ADVANCED PROJECT – 1 WEEK

A COMPLETE CI /CD PIPEL INE USING JENKINS

TERRAFORM IAC

3 WEEKS / 23 HOURS

Day 1

  • WHAT IS INFRASTRUCTURE?
  • SOME HISTORY OF INFRASTRUCTURE
  • WHY IAC IS IMPORTANT?
  • INSTALLATION OF TERRAFORM
  • CREATED 1 ADMIN USER
  • AUTHENTICATION FOR AWS

Day 2

  • HOW TERRAFORM WORKS ?
  • PROVISION AN EC2 MACHINE IN AWS USING TERRAFORM
  • CHANGE YOUR EC2 MACHINE SETTINGS USING TERRAFORM
  • TERRAFORM TO DELETE THE EC2 INSTANCE
  • TERRAFORM SYNTAX

Day 3

  • TERRAFORM COMMANDS
  • PROVIDERS AND RESOURCES
  • DEFAULT TERRAFORM REGISTRY
  • CREATING AN EIP AND ASSOCIATE IT WITH INSTANCE ON AWS USING TERRAFORM – ONE RESOURCE REFERS OTHERS
  • HOW TERRAFORM GET THE STATE
  • CHANGE THE AMI OF AN EC2 INSTANCE
  • HOW TERRAFORM APPLY THE CHANGES?

Day 4

  • OVERVIEW ABOUT AN AWS INFRASTRUCTURE. (HIGHLY AVAI LABLE)
  • CREATE A VPC
  • CREATE SUBNETS
  • CREATING EC2 INSTANCES UNDER ONE OF THOSE SUBNETS
  • APPLY THE AWS_ INSTANCE RESOURCES
  • OPEN THE PORT 80 AND PORT 22 IN THE SECURITY GROUP
  • ASSOCIATE YOUR EC2 INSTANCES WITH THE SECURITY GROUP

Day 5

  • CREATE AN INTERNET GATEWAY AND ATTACH TO THE VPC
  • GROUTING TABLE TO ENABLE COMMUNICATION WITH INTERNET
  •  ASSOCIATE THE ROUTING TABLE WITH THE SUBNETS
  • ENABLE PUBL IC IP AS THE DEFAULT SUBNET SETTINGS
  • ENSURE CONNECTIVITY AND SSH ACCESS ON THE WEBSERVERS
  • SETTING UP APACHE WEBSERVER ON THE EC2 INSTANCE

Day 6

  • CREATE AMI THROUGH AWS CONSOLE
  • LAUNCH THE EC2 INSTANCE WITH NEW AMI
  • CREATE A TARGET GROUP AND ATTACH THE MACHINES

Day 7

  • CREATE A LOAD BALANCER AND LISTENER
  • ASG THEORY

Day 8

  • LAUNCH TEMPLATE AND ASG DEMO
  • UPDATE THE LAUNCH TEMPLATE AND CHECK IF IT WORKS
  • USER DATA IN LAUNCH TEMPLATE

Day 9

  • LOAD BALANCER WITH ASG
  • BACKEND
  • BEST PRACTISES

ADVANCED PROJECT – 1 WEEK

AN ADVANCED TERRAFORM PROJECT

MANAGED KUBERNETES

3 WEEKS / 23 HOURS

Day 1

  • INTRODUCTION
  • HISTORY AND FEATURES
  • CONTROL PLANE COMPONENTS
  • NODE COMPONENTS

Day 2

  • CREATE GKE CLUSTER
  • SETUP CONNECTION WITH GKE CLUSTER
  • SETUP KUBECTL
  • DOWNLOAD GOOGLE CLOUD SDK
  • CONNECT GCLOUD WITH YOUR ACCOUNT

Day 3

  • PODS
  • NAMESPACES
  • KUBECTL COMMANDS
  • TROUBLESHOOTING OF PODS

Day 4

  • SERVICES INTRODUCTION
  • NODEPORT SERVICE
  • CLUSTER IP SERVICE
  • LOAD BALANCER

Day 5

  • REPLICASET
  • SCALING UP AND DOWN
  • DEPLOYMENTS
  • OVERALL FLOW

Day 6

  • AWS EKS INTRODUCTION
  • IAM SERVICE INTRODUCTION
  • CREATION OF MASTER NODE
  • INSTALLATION OF AWS CLI

Day 7

  • CREATION OF ROLE FOR MASTER AND WORKER NODE
  • CREATION OF WORKER NODE
  •  CONNECT THE EKS CLUSTER WITH KUBECTL
  • DOCKER MULTISTAGE

Day 8

  • DOCKER MULTISTAGE
  • BUILD DOCKER IMAGE USING DOCKER MULTISTAGE
  • RUN THE COIT APP WITH THE DOCKER

Day 9

  • ACCESSING THE EKS CLUSTER WITH DIFFERENT USER
  • CREATE ECR REPO
  • PUSH THE IMAGES TO ECR REPO
  • PULL THE IMAGES FROM ECR TO K8S

Day 6

  • SECRET INTRODUCTION
  • PULL IMAGE FROM DOCKER PRIVATE REPO

ADVANCED PROJECT – 1 WEEK

AN ADVANCED KUBERNETES PROJECT

TERRAFORM IAC

3 WEEKS / 23 HOURS

Day 1

  • WHAT IS INFRASTRUCTURE?
  • SOME HISTORY OF INFRASTRUCTURE
  • WHY IAC IS IMPORTANT?
  • INSTALLATION OF TERRAFORM
  • CREATED 1 ADMIN USER
  • AUTHENTICATION FOR AWS

Day 2

  • HOW TERRAFORM WORKS ?
  • PROVISION AN EC2 MACHINE IN AWS USING TERRAFORM
  • CHANGE YOUR EC2 MACHINE SETTINGS USING TERRAFORM
  • TERRAFORM TO DELETE THE EC2 INSTANCE
  • TERRAFORM SYNTAX

Day 3

  • TERRAFORM COMMANDS
  • PROVIDERS AND RESOURCES
  • DEFAULT TERRAFORM REGISTRY
  • CREATING AN EIP AND ASSOCIATE IT WITH INSTANCE ON AWS USING TERRAFORM – ONE RESOURCE REFERS OTHERS
  • HOW TERRAFORM GET THE STATE
  • CHANGE THE AMI OF AN EC2 INSTANCE
  • HOW TERRAFORM APPLY THE CHANGES?

Day 4

  • OVERVIEW ABOUT AN AWS INFRASTRUCTURE. (HIGHLY AVAI LABLE)
  • CREATE A VPC
  • CREATE SUBNETS
  • CREATING EC2 INSTANCES UNDER ONE OF THOSE SUBNETS
  • APPLY THE AWS_ INSTANCE RESOURCES
  • OPEN THE PORT 80 AND PORT 22 IN THE SECURITY GROUP
  • ASSOCIATE YOUR EC2 INSTANCES WITH THE SECURITY GROUP

Day 5

  • CREATE AN INTERNET GATEWAY AND ATTACH TO THE VPC
  • GROUTING TABLE TO ENABLE COMMUNICATION WITH INTERNET
  •  ASSOCIATE THE ROUTING TABLE WITH THE SUBNETS
  • ENABLE PUBL IC IP AS THE DEFAULT SUBNET SETTINGS
  • ENSURE CONNECTIVITY AND SSH ACCESS ON THE WEBSERVERS
  • SETTING UP APACHE WEBSERVER ON THE EC2 INSTANCE

Day 6

  • CREATE AMI THROUGH AWS CONSOLE
  • LAUNCH THE EC2 INSTANCE WITH NEW AMI
  • CREATE A TARGET GROUP AND ATTACH THE MACHINES

Day 7

  • CREATE A LOAD BALANCER AND LISTENER
  • ASG THEORY

Day 8

  • LAUNCH TEMPLATE AND ASG DEMO
  • UPDATE THE LAUNCH TEMPLATE AND CHECK IF IT WORKS
  • USER DATA IN LAUNCH TEMPLATE

Day 9

  • LOAD BALANCER WITH ASG
  • BACKEND
  • BEST PRACTISES

ADVANCED PROJECT – 1 WEEK

AN ADVANCED TERRAFORM PROJECT

MANAGED KUBERNETES

3 WEEKS / 23 HOURS

Day 1

  • INTRODUCTION
  • HISTORY AND FEATURES
  • CONTROL PLANE COMPONENTS
  • NODE COMPONENTS

Day 2

  • CREATE GKE CLUSTER
  • SETUP CONNECTION WITH GKE CLUSTER
  • SETUP KUBECTL
  • DOWNLOAD GOOGLE CLOUD SDK
  • CONNECT GCLOUD WITH YOUR ACCOUNT

Day 3

  • PODS
  • NAMESPACES
  • KUBECTL COMMANDS
  • TROUBLESHOOTING OF PODS

Day 4

  • SERVICES INTRODUCTION
  • NODEPORT SERVICE
  • CLUSTER IP SERVICE
  • LOAD BALANCER

Day 5

  • REPLICASET
  • SCALING UP AND DOWN
  • DEPLOYMENTS
  • OVERALL FLOW

Day 6

  • AWS EKS INTRODUCTION
  • IAM SERVICE INTRODUCTION
  • CREATION OF MASTER NODE
  • INSTALLATION OF AWS CLI

Day 7

  • CREATION OF ROLE FOR MASTER AND WORKER NODE
  • CREATION OF WORKER NODE
  •  CONNECT THE EKS CLUSTER WITH KUBECTL
  • DOCKER MULTISTAGE

Day 8

  • DOCKER MULTISTAGE
  • BUILD DOCKER IMAGE USING DOCKER MULTISTAGE
  • RUN THE COIT APP WITH THE DOCKER

Day 9

  • ACCESSING THE EKS CLUSTER WITH DIFFERENT USER
  • CREATE ECR REPO
  • PUSH THE IMAGES TO ECR REPO
  • PULL THE IMAGES FROM ECR TO K8S

Day 6

  • SECRET INTRODUCTION
  • PULL IMAGE FROM DOCKER PRIVATE REPO

ADVANCED PROJECT – 1 WEEK

AN ADVANCED KUBERNETES PROJECT

AWS CLOUD ADVANCED

3 WEEKS / 23 HOURS

Day 1

  • WHAT IS CLOUD COMPUTING?
  • EC2 INTRODUCTION
  • EC2 ADVANCE
  • AWS CLI

Day 2

  • AWS VPC SETUP
  • AWS SUBNET CREATION
  • CREATING PRIVATE AND PUBL IC SUBNET INSTANCE
  • LOGIN TO PRIVATE EC2 MACHINE
  • PROVIDE INTERNET TO PRIVATE EC2 MACHINE USING NAT GW

Day 3

  • EBS(ELASTIC BLOCK STORAGE) VOLUME
  • EBS SNAPSHOT
  • HOW TO MOUNT EBS WITH AWS EC2
  • ELASTIC LOAD BALANCER INTROUDUCTION
  • ELB DEMO

Day 4

  • CLOUDWATCH
  • CLOUDWATCH DEMO
  • ELASTIC FILE SYSTEM
  • MOUNTING OF EFS WITH AWS EC2

Day 5

  • WHAT IS USE OF AUTOSCAL ING GROUP
  • LAUNCH TEMPLATE
  • AUTOSCAL ING GROUP DEMO
  • HOW TO CHANGE TEMPLATE VERSION

Day 6

  • S3 BUCKET INTRODUCTION
  • TYPE OF S3 STORAGE CLASS
  •  DEPLOY WEBSITE USING S3 BUCKET

Day 7

  • WHAT IS RDS SERVICE?
  • HOW AWS RDS WORKS?
  • AWS RDS DEMO

Day 8

  • CODE COMMIT INTRODUCTION
  • AWS CODE COMMIT SETUP
  • PUSH PULL OPERATIONS

Day 9

  • WHAT IS BUI LD PROCESS IS ABOUT?
  • AWS CODEBUI LD INTRODUCTION
  • AWS CODEBUI LD DEMO

Day 9

  • CICD INTRODUCTION
  • CICD INTRODUCTION HOW AWS CICD DIFFERS FROM TRADITIONAL PIPEL INE?
  • AWS CODEPIPEL INE INTRODUCTION
  • AWS CODE PIPEL INE DEMO

ADVANCED PROJECT -1WEEK

AN ADVANCED AWS CLOUD PROJECT

 

 

Outcome of the Course

Upon completion, participants will possess a well-rounded understanding of cloud computing essentials, enabling them to apply their knowledge in practical scenarios and stay current with industry trends.

Enroll now to embark on a transformative learning journey into the heart of cloud computing!

  • Have a solid understanding of DevOps principles, methodologies, and best practices.
  • Be proficient in implementing continuous integration (CI) and continuous delivery (CD) pipelines.
  • Gain practical experience with infrastructure as code (IaC) tools for automating infrastructure management.
  • Develop skills in containerization technologies such as Docker and Kubernetes.
  • Possess the ability to manage and monitor applications and infrastructure in a DevOps environment effectively.
  • Demonstrate proficiency in collaborating and communicating within cross-functional teams.
  • Showcase their skills through completion of five advanced projects.
  • Build a portfolio highlighting their projects and demonstrating their capabilities to potential employers.
  • Acquire problem-solving skills to troubleshoot and resolve common issues encountered in DevOps workflows.
  • Cultivate a mindset for continuous learning and adaptation to stay abreast of evolving industry trends.

Overall, participants will emerge from the course equipped with the knowledge, skills, and confidence needed to excel in DevOps roles and make meaningful contributions to their organizations’ success.

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The Course Curriculam

PRE-REQUISITES

CI/CD WITH JENKINS
Hello

CI/CD WITH JENKINS ADVANCED PROJECT

TERRAFORM IAC

MANAGED KUBERNETES

AWS CLOUD ADVANCED

122e7f9c269e0a1e97b6c08fa83e8c4de9cc1354c225d0fe03182958268a0837?s=96&d=mm&r=g

TekspotEDU

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