kuberntes syllabus

Here is a comprehensive Kubernetes syllabus:

Module 1: Introduction to Kubernetes

1.1. Containerization and Orchestration

1.2. Kubernetes History and Architecture

1.3. Kubernetes Components (Pods, Nodes, Clusters)

1.4. Kubernetes Advantages and Use Cases

Module 2: Kubernetes Fundamentals

2.1. Pods and Containers

2.2. Replication Controllers and ReplicaSets

2.3. Services and Endpoints

2.4. Volumes and Persistent Storage

2.5. Networking and Communication

Module 3: Kubernetes Deployment and Management

3.1. Deploying Applications

3.2. Rolling Updates and Rollbacks

3.3. Scaling and Load Balancing

3.4. Resource Management (CPU, Memory)

3.5. Monitoring and Logging

Module 4: Kubernetes Security

4.1. Authentication and Authorization

4.2. Network Policies

4.3. Secret Management

4.4. Role-Based Access Control (RBAC)

4.5. Security Best Practices

Module 5: Kubernetes Networking

5.1. Pod-to-Pod Communication

5.2. Service Discovery

5.3. Ingress and Egress

5.4. Network Policies

5.5. Load Balancing and Scaling

Module 6: Kubernetes Storage

6.1. Persistent Volumes (PVs)

6.2. StatefulSets

6.3. Storage Classes

6.4. Volume Snapshots

6.5. Storage Best Practices

Module 7: Kubernetes Advanced Topics

7.1. Helm and Package Management

7.2. Kubernetes APIs

7.3. Custom Resource Definitions (CRDs)

7.4. Kubernetes Extensions (Istio, Prometheus)

7.5. Multi-Cloud and Hybrid Environments

Module 8: Kubernetes Tools and Integrations

8.1. kubectl and CLI Tools

8.2. Kubernetes Dashboard

8.3. Monitoring Tools (Prometheus, Grafana)

8.4. Logging Tools (Fluentd, Elasticsearch)

8.5. CI/CD Integrations (Jenkins, GitLab)

Module 9: Kubernetes Best Practices and Troubleshooting

9.1. Cluster Management

9.2. Node Management

9.3. Pod Management

9.4. Troubleshooting Common Issues

9.5. Performance Optimization

Module 10: Kubernetes Certification and Real-World Scenarios

10.1. CKAD (Certified Kubernetes Application Developer)

10.2. CKA (Certified Kubernetes Administrator)

10.3. Real-World Kubernetes Scenarios

10.4. Case Studies and Group Discussions

Training Format:

- Lectures

- Hands-on Labs

- Group Discussions

- Case Studies

- Quizzes and Assessments Duration:

- 40-60 hours (dependent on training format and depth) Target Audience: - Developers - System Administrators - DevOps Engineers - Cloud Engineers - IT Professionals Prerequisites: - Basic knowledge of Linux and containers - Familiarity with cloud computing concepts This syllabus provides a comprehensive overview of Kubernetes, covering fundamental concepts, advanced topics, and real-world scenarios. Would you like more information on: 1. Kubernetes training resources? 2. Certification programs (CKAD, CKA)? 3. Kubernetes books and documentation?