Course overview
Kubernetes transforms container management from manual tasks into automated systems. This course teaches you to orchestrate containerized applications at scale through hands-on practice with realistic scenarios. You’ll start by deploying applications to local clusters and watching Kubernetes automatically replace crashed pods. Then you’ll solve the networking puzzle—how applications find each other when pods constantly restart with new IP addresses—using Services and performing rolling updates for zero-downtime deployments. Finally, you’ll add production safeguards: health checks that prevent broken applications from receiving traffic, resource limits that protect clusters from runaway workloads, and ConfigMaps and Secrets for secure configuration management. By the end, you’ll understand when Kubernetes adds value over Docker Compose and how to build applications that are good citizens in shared production clusters.
Key skills
- Deploying containerized applications to Kubernetes with self-healing capabilities
- Configuring stable networking and zero-downtime updates for production workloads
- Implementing health checks and resource boundaries for cluster-safe applications
- Managing configuration and sensitive data securely without rebuilding containers
- Understanding when to choose Kubernetes over Docker Compose based on actual requirements
Course outline
Introduction to Kubernetes [3 lessons]
Introduction to Kubernetes 2h
Lesson Objectives- Explain what problems Kubernetes solves beyond Docker alone
- Understand core components: clusters, nodes, pods, and deployments
- Set up local Kubernetes environment using Minikube
- Deploy applications and witness self-healing behavior in action
- Determine when to choose Kubernetes over Docker Compose
Kubernetes Services, Rolling Updates, and Namespaces 2h
Lesson Objectives- Explain why Services provide stable networking for Pods
- Perform zero-downtime deployments using rolling updates
- Use Namespaces to separate different environments
- Understand DNS resolution for cross-namespace Service communication
- Configure resource requirements and scheduling constraints for Pods
Kubernetes Configuration and Production Readiness 2h
Lesson Objectives- Configure readiness and liveness probes for application health monitoring
- Set resource requests and limits to prevent cluster resource contention
- Implement non-root container execution using securityContext for enhanced security
- Manage application configuration using ConfigMaps and Secrets without image rebuilds
- Understand production-readiness patterns for shared Kubernetes cluster environments
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