Docker course:

Module 1: Introduction to Docker

• Understanding containerization and its benefits
• Introduction to Docker and its ecosystem
• Docker architecture and components
• Installing Docker on different operating systems

Module 2: Docker Images and Containers

• Creating and managing Docker images
• Running and managing Docker containers
• Working with Docker Hub and Docker Registry
• Building custom Docker images with Dockerfiles
• Docker image layers and caching

Module 3: Docker Networking

• Docker networking concepts and models
• Managing container networks
• Exposing ports and accessing container services
• Linking containers and communication between them
• Docker DNS resolution and service discovery

Module 4: Docker Volumes and Storage

• Understanding Docker volumes and storage options
• Persisting data in Docker containers
• Working with named volumes and host bind mounts
• Managing data in Docker volumes
• Backing up and restoring Docker volumes

Module 5: Docker Compose

• Introduction to Docker Compose
• Defining and managing multi-container applications
• Compose file syntax and configuration
• Networking and service dependencies in Compose
• Running and scaling services with Compose

Module 6: Docker Networking

• Introduction to Docker Swarm
• Creating and managing Docker Swarm clusters
• Deploying and scaling services in a Swarm cluster
• Swarm service discovery and load balancing
• High availability and fault tolerance with Swarm

Module 7: Docker Security

• Best practices for securing Docker containers
• Container isolation and resource limits
• Docker security features and tools
• Image scanning and vulnerability management
• Securing Docker networks and access control

Module 8: Docker Orchestration with Kubernetes

• Introduction to Kubernetes and container orchestration
• Deploying Docker containers in a Kubernetes cluster
• Managing pods, services, and deployments
• Scaling and load balancing in Kubernetes
• Monitoring and logging in Kubernetes

Syllabus for a Kubernetes course:

Module 1: Introduction to Kubernetes

• Introduction to containerization and the need for orchestration
• Overview of Kubernetes architecture and components
• Deploying Kubernetes clusters (local or cloud-based)
• Interacting with Kubernetes using kubectl

Module 2: Pods and Deployments

• Understanding pods and their role in Kubernetes
• Creating and managing pods
• Deploying applications using deployments
• Rolling updates and rollbacks
• Scaling applications with replicas

Module 3: Services and Networking

• Kubernetes service types (ClusterIP, NodePort, LoadBalancer)
• Exposing services internally and externally
• Networking concepts in Kubernetes
• Ingress controllers and load balancing
• Network policies and security

Module 4: Volumes and Persistent Storage

• Kubernetes volume types and usage scenarios
• PersistentVolume (PV) and PersistentVolumeClaim (PVC) concepts
• Dynamic provisioning of storage
• Configuring and managing storage classes
• StatefulSets for stateful applications

Module 5: Configuration and Secrets

• Managing application configuration in Kubernetes
• Environment variables and ConfigMaps
• Secrets management in Kubernetes
• Injecting configuration and secrets into pods
• Updating and managing configuration changes

Module 6: Kubernetes Deployments and Updates

• Deploying applications using Helm
• Helm charts and package management
• Managing application lifecycle with Helm
• Upgrading and rolling back releases
• Best practices for Helm and application deployments

Module 7: Monitoring and Logging

• Monitoring Kubernetes clusters and applications
• Kubernetes monitoring tools (Prometheus, Grafana)
• Logging with Kubernetes and centralized logging systems
• Monitoring and managing cluster health
• Setting up alerts and notifications