This module introduces the foundational architecture of Kubernetes, detailing the roles of control plane and compute node components. Learners will gain hands-on experience managing clusters using kubectl and YAML, and understand how container images are orchestrated into running pods. Practical guidance on local cluster setup and declarative configuration is also provided.

This module guides learners through the process of setting up their first Kubernetes cluster using tools like minikube and kind. You will explore different installation methods across operating systems, configure access with kubeconfig, and manage multiple clusters for local development. By the end, you'll be able to create, access, and clean up local Kubernetes environments confidently.

This module introduces the foundational concepts of managing application containers in Kubernetes using Pods. Learners will explore how to launch, label, and organize Pods, access them within and outside the cluster, and utilize advanced resources like Jobs and CronJobs for automation. By the end, you'll understand how to effectively deploy and manage containerized workloads in a Kubernetes environment.

This module delves into the use of multi-container Pods in Kubernetes, highlighting key design patterns such as Ambassador and Sidecar. Learners will gain hands-on experience with shared volumes, initContainers, troubleshooting container launches, and accessing container logs for efficient application deployment.

This module introduces the use of Kubernetes namespaces for organizing resources and managing multi-tenancy. Learners will explore how to configure ResourceQuota and LimitRange to control resource consumption, and understand the impact of these settings on cluster management. Practical skills include creating, listing, and managing resources within namespaces and applying quotas and limits effectively.

This module guides learners through managing application configurations in Kubernetes using ConfigMaps and Secrets. You will discover how to securely inject configuration data and sensitive information into Pods, both as environment variables and mounted files. By the end, you'll be able to implement dynamic and secure deployment practices for containerized applications.

This module introduces the fundamentals of exposing Kubernetes Pods using Services, including the differences between NodePort, ClusterIP, LoadBalancer, and ExternalName types. Learners will explore how Services enable reliable communication and access, manage traffic, and ensure high availability within and outside the cluster. Practical guidance on YAML configuration, DNS naming, and debugging techniques is also provided.