In a video that plays in a split-screen with your work area, your instructor will walk you through these steps:

1. •

   Learners will explore the fundamentals of Docker and the benefits of containerisation. They will write a basic Dockerfile to containerize a simple e-commerce web application.

2. •

   Learners will be introduced to Kubernetes architecture, its key components, and the role of cluster orchestration. They will install Minikube to set up a Kubernetes environment.

3. •

   Learners will write a Kubernetes Deployment YAML file, deploy their Dockerized app to a Kubernetes cluster, and expose it via a Kubernetes Service. They will also verify the deployment.

4. •

   Learners will apply the concepts from previous lessons by containerizing an e-commerce app with Docker, writing Deployment and Service YAML files, deploying the app on Kubernetes.

5. •

   Learners will learn about ReplicaSets, Load Balancing, and the Horizontal Pod Autoscaler (HPA) while optimizing resource allocation with requests and limits.

6. •

   Learners will use Kubernetes monitoring tools to diagnose issues and optimize application performance. They will learn best practices for debugging containerized applications.

7. •

   Learners will integrate all concepts learned, deploying a fully scalable and monitored e-commerce application on Kubernetes. They will configure load balancing, autoscaling, and failure recovery.