Welcome to Kubernetes for Linux System Administrators, a complete and practical course designed to help you move from traditional Linux environments to modern container orchestration using Kubernetes. This course focuses on real-world skills so you can confidently work in real production environments.You will start by understanding what Kubernetes is and why it is important, especially when Docker alone is not enough. You will clearly see the difference between Kubernetes, traditional Linux servers, and systemd services, making it easy to connect with your existing knowledge.As you move forward, you will explore the full Kubernetes architecture, including the control plane, worker nodes, etcd, API server, and scheduler. Instead of memorizing, you will understand how Kubernetes actually works and makes decisions internally.You will then set up your own environment using Minikube and also learn production-style setup using kubeadm. After that, you will start working with Pods, understand their lifecycle, and explore how containers run inside them. You will also practice real troubleshooting by breaking and fixing components.The course continues with Deployments, scaling, rolling updates, and rollbacks, along with health checks and resource management. You will also learn Kubernetes networking, including ClusterIP, NodePort, and LoadBalancer, in a simple and clear way.Storage and data handling are covered using Persistent Volumes (PV) and Persistent Volume Claims (PVC), along wi
What you'll learn
understand Kubernetes architecture
set up environments using Minikube and kubeadm
manage Pods and their lifecycle
perform troubleshooting on Kubernetes components
execute Deployments, scaling, and rolling updates
implement health checks and resource management
work with Kubernetes networking
handle storage with Persistent Volumes and Claims
Course objectives
equip system administrators with Kubernetes skills for production environments
provide practical experience through hands-on exercises
demystify the Kubernetes control plane and worker nodes