Course Overview
Welcome to the ultimate Docker and Kubernetes Masterclass, your comprehensive guide to mastering the art of containerization and orchestration across all major cloud providers! In today's dynamic tech landscape, Docker and Kubernetes have become indispensable tools for modern application deployment, enabling organizations to build, ship, and run applications with unprecedented efficiency and scalability.
This course is meticulously designed to take you from a complete beginner to a confident practitioner, covering both the foundational theory and extensive hands-on practical application. You'll gain a deep understanding of how to leverage Docker to package your applications into lightweight, portable containers, and then master Kubernetes to orchestrate these containers at scale, ensuring high availability, fault tolerance, and seamless management.
What sets this course apart is its unique focus on the three major cloud providers: AWS, Azure, and Google Cloud Platform (GCP). We'll not only explore the core concepts of Docker and Kubernetes but also dive deep into how to effectively utilize their respective managed Kubernetes services – Amazon Elastic Kubernetes Service (EKS), Azure Kubernetes Service (AKS), and Google Kubernetes Engine (GKE). This ensures you're equipped with real-world skills applicable to virtually any cloud environment.
Here's a glimpse of what you'll learn and achieve in this masterclass:
Docker Fundamentals: Begin with the absolute basics of Docker, understanding container images, Dockerfiles, volumes, networks, and how to build and run your first containerized applications.
Advanced Docker Concepts: Explore multi-stage builds, Docker Compose for multi-container applications, and best practices for creating optimized and secure Docker images.
Kubernetes Core Concepts: Dive into the heart of Kubernetes, learning about Pods, Deployments, Services, Namespaces, ConfigMaps, Secrets, and how these components work together to form a robust application ecosystem.
Kubernetes Deployments & Management: Master the art of deploying, scaling, updating, and rolling back applications on a Kubernetes cluster. You'll learn about ReplicaSets, DaemonSets, Deployments etc.
Networking and Storage in Kubernetes: Understand Kubernetes networking models, and persistent storage options like Static and Dynamic Provisioning using persistent volumes and Persistent Volume Claims.
Cloud-Specific Kubernetes Implementations:
AWS EKS: Learn to provision and manage EKS clusters, integrate with AWS services, and deploy applications on EKS.
Azure AKS: Discover how to set up and configure AKS clusters, utilize Azure-specific features, and deploy your containerized workloads.
GCP GKE: Explore GKE's powerful capabilities, including auto-scaling, auto-repair, and seamless integration with Google Cloud services.
Monitoring and Troubleshooting: Gain practical skills in monitoring your Kubernetes clusters and applications, identifying issues, and effectively troubleshooting common problems.
Real-Time Projects: Learn how to build, deploy, and scale real-time applications on Kubernetes clusters such as GKE, AKS, and EKS.
By the end of this course, you'll not only have a solid theoretical foundation but also significant hands-on experience, enabling you to confidently design, deploy, and manage highly available and scalable containerized applications on any of the major cloud platforms. Whether you're an aspiring DevOps engineer, a software developer looking to modernize your deployment practices, or an IT professional eager to upskill, this course provides the comprehensive knowledge and practical skills you need to thrive in the cloud-native era.
Enroll now and unlock the power of Docker and Kubernetes!
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Course curriculum
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Download Slides, Notes, Diagrams and Code
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Why Kubernetes? How it solves container orchestration challenges
580 -
What is a Pod
379 -
Ways to install Kubernetes
386 -
Kubernetes Architecture
838 -
Setup a local Kubernetes cluster on Linux
808 -
Setup a local Kubernetes cluster on Mac
562 -
Other installation options for local kubernetes
375 -
What is a KinD Cluster
211 -
Setup a Multi-Node Kubernetes Cluster using KinD
844 -
Deploy a sample pod
1192 -
What is a deployment
323 -
Create a sample deployment
1019 -
What is a service
613 -
Deploy a sample cluster IP service
609 -
Deploy a sample nodeport service
595 -
Deploy a sample loadbalancer service
335 -
Useful kubectl commands
404 -
Deploying a simple app to Kubernetes
1034 -
Summary
1659 -
Knowledge checks
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Design a Kubernetes Deployment for a Web Application
0
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Download Slides, Notes, Diagrams and Code
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Env variables in Kubernetes
177 -
Env variables in Kubernetes - demo
1035 -
Config maps in kubernetes
280 -
Config map - demo
793 -
Secrets in Kubernetes
405 -
Secrets demo
1189 -
Vertical vs horizontal scaling
402 -
HPA vs VPA
367 -
Types of scaling in Kubernetes
307 -
Metrics server
186 -
Resource requests and limits
401 -
Resource requests and limits - demo
697 -
Horizontal pod autoscaler demo
1711 -
Summary
955 -
Knowledge checks
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Scale Kubernetes During a Production Traffic Spike
0
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Download Slides, Notes, Diagrams and Code
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Volumes in Kubernetes
255 -
EmptyDir Volume
378 -
Peristent Volumes and Persistent Volumes Claim
310 -
Access modes
181 -
Static V/s Dynamic Storage provisioning
296 -
Reclaim policies
179 -
Storage Class
194 -
Demo provisioning a pod with persistent storage
969 -
Summary
701 -
Knowldge checks
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Design Persistent Storage for a Kubernetes Workload
0
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Download Slides, Notes, Diagrams and Code
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GKE Overview
513 -
Create an GCP Trial Account
687 -
GKE Modes - Standard vs auto-pilot
251 -
GKE release channels
388 -
Create GKE Cluster - standard mode
1829 -
GKE cluster walkthrough
1005 -
Create a gke cluster - autopilot mode
356 -
GKE Node pools
272 -
Node auto provisioning
192 -
Deploy a sample hello world app to GKE
428 -
Cluster autoscaling
777 -
Node auto provisioning demo
1485 -
GKE Storage - dynamic provisioning
1388 -
Deploying a full stack App to GKE
777 -
Summary
719 -
Knowledge checks
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Download Slides, Notes, Diagrams and Code
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AKS Overview
441 -
Create an Azure Trial Account
442 -
AKS Standard vs AKS automatic
241 -
AKS Upgrade channel
410 -
AKS Node pools
204 -
NAP vs Cluster autoscaler
328 -
Create AKS Cluster using CLI
1533 -
AKS Cluster Presets
292 -
AKS Pricing tier
260 -
Create AKS cluster using portal - dev/test
1422 -
AKS Cluster walkthrough
584 -
Create a production cluster using portal
751 -
Deploy a todo app to AKS
764 -
Cluster autoscaling in AKS
606 -
Dynamic storage
538 -
Deploying a full stack App to AKS
530 -
Summary
1072 -
Knowledge checks
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Download Slides, Notes, Diagrams and Code
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EKS Overview
491 -
EKS Deployment modes
310 -
EKS Auto mode
208 -
Create an AWS Trial Account
405 -
Create EKS Cluster using CLI
981 -
Create EKS Node group
856 -
EKS Cluster walkthrough
325 -
Version support in EKS
264 -
Create EKS Cluster using AWS console Without Auto mode
293 -
Create EKS Cluster using AWS console Auto mode
147 -
Deploy a todo app to EKS
676 -
Cluster autoscaling in EKS
1785 -
Dynamic storage in EKS
734 -
Deploying a full stack App to EKS
727 -
Summary
822 -
Knowledge checks
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Plan a Production Kubernetes Deployment in the Cloud
0
Requirment
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To get the most out of this course, we recommend: Basic understanding of Linux command line: Familiarity with common commands (e.g., cd, ls, mkdir, sudo) will be helpful. Fundamental networking concepts: Knowledge of IP addresses, ports, and basic network communication is beneficial. Comfort with a text editor/IDE: You'll be writing configuration files, so familiarity with tools like VS Code, Sublime Text, or Notepad++ is useful. An active internet connection: For downloading software, accessing cloud provider consoles, and running labs. No prior Docker or Kubernetes experience is required! This course starts from the ground up, making it suitable for beginners looking to enter the world of containerization and orchestration. We'll guide you through every step. While experience with a programming language (like Python, Node.js, Go) is a plus, it's not strictly necessary. We'll focus on deployment and operations rather than application development.
Outcomes
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Master Docker and Kubernetes for containerization and orchestration from basics to advanced.
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Deploy apps on AWS, Azure, GCP using their managed Kubernetes services.
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Build scalable, highly available containerized applications for real-world scenarios.
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Optimize Docker, secure Kubernetes, and implement CI/CD for containerized workflows.
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