AWS EKS Kubernetes-Masterclass | DevOps, Microservices from Udemy

What's inside

Learning objectives

You will write kubernetes manifests with confidence after going through live template writing sections
You will learn 30+ kubernetes concepts and use 18 aws services in combination with eks
You will learn kubernetes fundamentals in both imperative and declarative approaches
You will learn writing & deploying k8s manifests for storage concepts like storage class, persistent volume claim pvc, mysql and ebs csi driver
You will learn to switch from native ebs storage to rds database using k8s external name service
You will learn writing and deploying load balancer k8s manifests for classic and network load balancers
You will learn writing ingress k8s manifests by enabling features like context path based routing, ssl, ssl redirect and external dns.
You will learn writing k8s manifests for advanced fargate profiles and do mixed mode workload deployments in both ec2 and fargate serverless
You will learn using ecr - elastic container registry in combination with eks.

You will implement devops concepts with aws code services like codecommit, codebuild and codepipeline
You will implement microservices core cocepts like service discovery, distributed tracing using x-ray and canary deployments
You will learn to enable autoscaling features like hpa,vpa and cluster autoscaler
You will learn to enable monitoring and logging for eks cluster and workloads in cluster using cloudwatch container insights
You will learn docker fundamentals by implementing usecases like download image from docker hub and run on local desktop and build an image locally, test and push to docker hub.
You will slowly start by learning docker fundamentals and move on to kubenetes.
You will master many kubectl commands over the process
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You will write kubernetes manifests with confidence after going through live template writing sections
You will learn 30+ kubernetes concepts and use 18 aws services in combination with eks
You will learn kubernetes fundamentals in both imperative and declarative approaches
You will learn writing & deploying k8s manifests for storage concepts like storage class, persistent volume claim pvc, mysql and ebs csi driver
You will learn to switch from native ebs storage to rds database using k8s external name service
You will learn writing and deploying load balancer k8s manifests for classic and network load balancers
You will learn writing ingress k8s manifests by enabling features like context path based routing, ssl, ssl redirect and external dns.
You will learn writing k8s manifests for advanced fargate profiles and do mixed mode workload deployments in both ec2 and fargate serverless
You will learn using ecr - elastic container registry in combination with eks.
You will implement devops concepts with aws code services like codecommit, codebuild and codepipeline
You will implement microservices core cocepts like service discovery, distributed tracing using x-ray and canary deployments
You will learn to enable autoscaling features like hpa,vpa and cluster autoscaler
You will learn to enable monitoring and logging for eks cluster and workloads in cluster using cloudwatch container insights
You will learn docker fundamentals by implementing usecases like download image from docker hub and run on local desktop and build an image locally, test and push to docker hub.
You will slowly start by learning docker fundamentals and move on to kubenetes.
You will master many kubectl commands over the process
Show more
Show less

Syllabus

Introduction

Github Repository

Github Repository Links

EKS - Create Cluster using eksctl

Step-01: Install CLI - Introduction

Step-02: Install AWS CLI

Step-03: Install kubectl CLI

Step-04: Install eksctl CLI

Step-05: EKS Cluster Introduction

Step-06: Create EKS Cluster

Step-07: Create EKS Managed Node Group & IAM OIDC Provider

Step-08: Verify EKS Cluster Nodes

Step-09: EKS Cluster Pricing Note - Very Important

Step-10: EKS Delete Cluster

Connect with Me !!!

Docker Fundamentals

Step-01: Docker Fundamentals - Introduction

Step-02: Introduction to Docker, Why Docker, What Problems Docker Solve.

Step-03: Docker Architecture or Docker Terminology

Step-04: Docker Installation

Step-05: Docker - Pull Docker Image from Docker Hub and Run it locally

Step-06: Docker - Build Docker Image locally, Test and Push it to Docker Hub

Step-07: Docker - Essential Commands Overview

Kubernetes Fundamentals - Imperative Commands using kubectl

Step-00-01: Kubernetes Architecture

Step-00-02: Kubernetes vs AWS EKS Architecture

Step-00-03: Kubernetes Fundamentals - Introduction

Step-01: Introduction to Kubernetes Pods

Docker Images present on Docker Hub and GitHub Container Registry

Step-02: Kubernetes Pods Demo

Step-03: Kubernetes NodePort Service Introduction

Step-04: Kubernetes NodePort Service and Pods Demo

Step-05: Interact with Pod - Connect to contianer in a pod

Step-06: Delete Pod

Step-07: Kubernetes ReplicaSet - Introduction

Step-08: Kubernetes ReplicaSet - Review manifests and Create ReplicaSet

Step-09: Kubernetes ReplicaSet - Expose and Test via Browser

Step-10: Kubernetes Deployment - Introduction

Step-11: Kubernetes Deployment - Demo

Step-12: Kubernetes Deployment - Update Deployment using Set Image Option

Step-13: Kubernetes Deployment - Edit Deployment using kubectl edit

Step-14: Kubernetes Deployment - Rollback Application to Previous Version - Undo

Step-15: Kubernetes Deployment - Pause and Resume Deployments

Step-16: Kubernetes Services - Introduction

Step-17: Kubernetes Services - Demo

Kubernetes Fundamentals - Declarative Approach using YAML

Step-01: Introduction to Kubernetes Declarative Approach

Step-02: YAML Basics Introduction

Step-04: Create Pods with YAML

Step-05: Create NodePort Service with YAML and Access Application via Browser

Step-06: Create ReplicaSets using YAML

Step-07: Create NodePort Service with YAML and Access Application via Browser

Step-08: Create Deployment with YAML and Test

Step-09: Backend Application - Create Deployment and ClusterIP Service

Step-10: Frontend Application - Create Deployment and NodePort Service

Step-11: Deploy and Test - Frontend and Backend Applications

EKS Hosted Applications Storage with AWS EBS - Elastic Block Store

Step-01: EKS Storage Introduction

Step-02: Install EBS CSI Driver

Step-03: Create Kubernetes Manifests for Storage Class, PVC and ConfigMap

Step-04: Create Kubernetes Manifests for MySQL Deployment & ClusterIP Service

Step-05: Test by connecting to MySQL Database

Step-06: Storage References

Step-07: Create Kubernetes Manifests for User Management Microservice Deployment

Step-08: Test User Management Microservice with MySQL Database in Kubernetes

Step-09: Test User Management Microservice UMS using Postman

Kubernetes Secrets, Init Containers, LivenessProbes, Request Limits & Namespaces

Step-01: Kubernetes Important Concepts for Application Deployments -Introduction

Step-02: Kubernetes Secrets

Step-03: Kubernetes Init Containers

Step-04: Kubernetes Liveness & Readiness Probes Introduction

Step-05: Create Kubernetes Liveness & Readiness Probes

Step-06: Kubernetes Resources - Requests & Limits

Step-07: Kubernetes Namespaces - Introduction

Step-08: Kubernetes Namespaces - Create Imperatively using kubectl

Step-09: Kubernetes Namespaces - Limit Range - Introduction

Step-10: Kubernetes Namespaces - Create Limit Range k8s manifest

Step-11: Kubernetes Namespaces - Limit Range - Update App k8s Manifest, Deploy

Step-12: Kubernetes - Resource Quota

EKS Hosted Applications Storage with AWS RDS- Relational Database Service

Step-01: EKS Storage - RDS DB Introduction

Step-02: Create RDS DB

Step-03: Create Kubernetes ExternalName Service & Other Manifests, Deploy & Test

EKS with AWS Load Balancers - Classic & Network Load Balancers

Step-01: AWS Load Balancers Introduction

Step-02: Create EKS Private Node Group

Step-03: EKS with Classic Load Balancers Demo

Step-04: EKS with Network Load Balancers Demo

ALB Ingress - Install AWS Load Balancer Controller Install on AWS EKS Cluster

EKS-08-00-LBC-01-What-are-we-going-to-learn-AWS-LBC-Ingress

Step-00-02: Ingress Introduction Part 2

Step-01: Introduction to AWS Load Balancer Controller

Step-02: Verify Pre-requisites

Step-03: Create IAM Policy, IAM Role, k8s service account and annotate it with I

Step-04: Install AWS Load Balancer Controller using HELM

Step-05: Verify AWS LBC Deployment and WebHook Service

Step-06: LBC Service Account and TLS Cert Internals

Step-06-02: Uninstall Load Balancer Controller Command SHOULD NOT BE EXECUTED

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Covers advanced concepts in Kubernetes, including storage, load balancing, and networking, making it suitable for experienced learners

Provides hands-on experience with AWS services used in conjunction with Kubernetes, enhancing practical knowledge

Includes essential Docker fundamentals, providing a solid foundation for understanding Kubernetes

Focuses on writing Kubernetes manifests, enabling learners to effectively manage and deploy applications

Covers DevOps concepts and integration with AWS Code Services, expanding learners' skillset

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in AWS EKS Kubernetes-Masterclass | DevOps, Microservices with these activities:

Review Docker Fundamentals

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Review essential Docker concepts to strengthen the foundation for learning Kubernetes.

Browse courses on Docker

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Review Docker concepts and terminology.
Understand Docker image architecture and components.
Practice pulling and running Docker images.
Explore Docker commands for image management.
Build a simple Docker image locally.

Organize and Review Course Materials

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Consolidate and revisit course notes, assignments, and quizzes to strengthen understanding.

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Gather and organize course materials into a central location.
Review notes, highlighting key concepts and insights.
Revisit assignments, analyzing solutions and identifying areas for improvement.
Complete practice quizzes to assess understanding of course topics.
Create a study guide or summary based on compiled materials.

Seek Guidance from AWS and Kubernetes Experts

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Connect with professionals in the field to enhance understanding and gain valuable insights.

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Identify potential mentors on LinkedIn, industry forums, or local meetups.
Reach out to mentors via email or direct message, expressing interest and seeking guidance.
Schedule virtual or in-person meetings to discuss specific topics or challenges.
Engage in regular communication, asking questions and seeking advice.
Attend webinars or workshops hosted by AWS or Kubernetes community members.

Four other activities

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Kubernetes Resource Management

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Engage in hands-on exercises to master resource management concepts in Kubernetes.

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Create Kubernetes resources (e.g., Pods, Deployments).
Set resource limits and requests.
Monitor resource utilization using kubectl commands.
Implement autoscaling for resources (e.g., HPA, VPA).
Explore best practices for resource management.

Participate in Kubernetes Skill Assessment Challenges

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Test and validate your Kubernetes knowledge by participating in online coding challenges or hackathons.

Browse courses on Skill Assessment

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Identify upcoming Kubernetes skill assessment challenges or hackathons.
Register for the challenge and prepare thoroughly.
Solve Kubernetes-related problems within the allocated time frame.
Receive feedback on your performance and identify areas for improvement.
Network with other participants and learn about industry best practices.

Design and Deploy a Kubernetes Application

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Apply concepts by designing and deploying a complete Kubernetes application, integrating with AWS services.

Browse courses on Kubernetes Deployment

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Plan the application architecture (e.g., microservices, storage).
Create and deploy Kubernetes manifests for the application.
Configure load balancing and ingress for the application.
Implement autoscaling and monitoring for the application.
Test and evaluate the deployed application.

Contribute to Kubernetes Open Source Projects

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Deepen your understanding of Kubernetes by contributing to its open-source ecosystem.

Browse courses on Software Development

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Identify an area of interest within the Kubernetes project.
Review codebase, documentation, and issue trackers.
Submit bug reports or feature requests to the community.
Contribute code patches or improvements to existing components.
Participate in discussions and provide feedback to other contributors.

Career center

Learners who complete AWS EKS Kubernetes-Masterclass | DevOps, Microservices will develop knowledge and skills that may be useful to these careers:

Security Engineer

Security Engineers design, build, and maintain security systems. They work with a variety of technologies and systems to create and maintain the security systems that protect business operations. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to use it to build and maintain security systems.

See salaries and explore the career path for Security Engineer

Network Engineer

Network Engineers design, build, and maintain computer networks. They work with a variety of technologies and systems to create and maintain the networks that support business operations. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to use it to build and maintain computer networks.

See salaries and explore the career path for Network Engineer

Infrastructure Engineer

Infrastructure Engineers design, build, and maintain IT infrastructure. They work with a variety of technologies and systems to create and maintain the infrastructure that supports business operations. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to use it to build and maintain IT infrastructure.

See salaries and explore the career path for Infrastructure Engineer

Cloud Architect

Cloud Architects design and implement cloud-based solutions. They work with clients to understand their business needs and develop solutions that meet those needs using cloud technologies. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with EKS and learning how to use it to design and implement cloud-based solutions.

See salaries and explore the career path for Cloud Architect

DevOps Consultant

DevOps Consultants help organizations adopt DevOps practices. They work with clients to assess their current DevOps capabilities, develop DevOps strategies, and implement DevOps solutions. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to use it in a DevOps environment.

See salaries and explore the career path for DevOps Consultant

Systems Engineer

Systems Engineers design, build, and maintain complex systems. They work with a variety of technologies and systems to create solutions that meet the needs of users. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to use it to build and maintain systems.

See salaries and explore the career path for Systems Engineer

Product Manager

Product Managers are responsible for the development and management of products. They work with stakeholders to define product requirements, develop product roadmaps, and track product progress. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to use it to develop products.

See salaries and explore the career path for Product Manager

Technical Program Manager

Technical Program Managers plan and manage technical projects. They work with stakeholders to define project requirements, develop project plans, and track project progress. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with Kubernetes and learning how to manage Kubernetes projects.

See salaries and explore the career path for Technical Program Manager

Solutions Architect

Solutions Architects design and implement technical solutions for clients. They work with clients to understand their business needs and develop solutions that meet those needs. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining experience with EKS and learning how to use it to solve business problems.

See salaries and explore the career path for Solutions Architect

Data Engineer

Data Engineers design, build, and maintain data pipelines. They work with a variety of data sources and technologies to extract, transform, and load data into data warehouses and other systems. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful to learn how to use Kubernetes for data-intensive applications.

See salaries and explore the career path for Data Engineer

Software Engineer

Software Engineers design, develop, and maintain software systems. They work with a variety of programming languages and technologies to create software that meets the needs of users. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful for gaining hands-on experience with Kubernetes and writing k8s manifests.

See salaries and explore the career path for Software Engineer

Cloud Engineer

Cloud Engineers design, build, and maintain cloud-based systems. They work with developers and operations teams to ensure that applications are running smoothly and efficiently in the cloud. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be helpful for gaining experience with EKS, a managed Kubernetes service offered by AWS.

See salaries and explore the career path for Cloud Engineer

Site Reliability Engineer (SRE)

Site Reliability Engineers (SREs) are responsible for the reliability and performance of software systems. They work to ensure that systems are up and running, performant, and scalable. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful to develop a foundation in Kubernetes fundamentals and learn how to use AWS Services in combination with EKS.

See salaries and explore the career path for Site Reliability Engineer (SRE)

DevOps Engineer

DevOps Engineers are responsible for the design, implementation, and maintenance of software systems. They work closely with development and operations teams to ensure that software is released quickly and efficiently. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be helpful to learn about DevOps concepts such as AWS Code Services like CodeCommit, CodeBuild, and CodePipeline.

See salaries and explore the career path for DevOps Engineer

Kubernetes Administrator

A Kubernetes Administrator works to keep all Kubernetes functions running smoothly and efficiently. This role involves a strong understanding of how Kubernetes clusters are built, maintained, and managed. The AWS EKS Kubernetes-Masterclass | DevOps, Microservices course may be useful to learn how to write and deploy k8s manifests for storage concepts like storage class, persistent volume claim (PVC), MySQL, and EBS CSI Driver. These skills would be valuable to an individual in this role.

See salaries and explore the career path for Kubernetes Administrator