Master Kubernetes: Complete Certification Course for Scalable and Efficient Container
Orchestration

In today’s fast-paced technology landscape, containerization has emerged as a game-changer for
managing and deploying applications across multiple environments. Kubernetes, an open-source
container orchestration platform, has revolutionized how organizations deploy, manage, and scale
their applications in a cloud-native environment. Whether you’re deploying microservices, managing
high-traffic applications, or ensuring smooth DevOps processes, Kubernetes is an essential tool.

ENCODE-IT’s Comprehensive Kubernetes Certification Course is designed to provide you with the
knowledge and hands-on experience needed to master Kubernetes and become a certified
Kubernetes administrator (CKA). From the fundamentals of container orchestration to advanced
Kubernetes concepts, this course will equip you with the skills necessary to deploy, scale, and
manage containerized applications effectively.

Whether you're an aspiring DevOps engineer, a cloud professional, or a software developer, this
course will enhance your ability to manage containerized applications and optimize your cloud
infrastructure.

Salary Scale in India
The demand for Kubernetes professionals has surged as more companies adopt microservices and
containerized environments for their applications. Entry-level positions such as Kubernetes
Developer or DevOps Engineer earn an average annual salary of ₹7,00,000 to ₹12,00,000 in India.
With advanced skills and expertise, professionals in roles like Kubernetes Administrator or Cloud
Architect can earn between ₹15,00,000 and ₹25,00,000 annually. With Kubernetes skills, you are
well-positioned for career growth in cloud computing, infrastructure management, and DevOps.

Placement Assistance & Certification
Upon successful completion of the Kubernetes Certification Course, you will receive an official
certification from ENCODE-IT that validates your Kubernetes expertise. Additionally, ENCODE-IT
provides placement assistance to help you land a rewarding job in cloud services, DevOps, or
container orchestration roles. Leverage our network of leading companies to jump-start your career
in Kubernetes and cloud infrastructure.

Course Curriculum

1. Introduction to Containers and Kubernetes
 Overview of Containerization: What Is Docker?
 Introduction to Kubernetes and its Role in Container Orchestration
 Benefits of Kubernetes for Scalability, High Availability, and Continuous Deployment
 Understanding Kubernetes Architecture: Master and Nodes
 Key Components: Pods, ReplicaSets, Deployments, and Namespaces
 Setting Up and Installing Kubernetes Locally and in the Cloud (Minikube, Kubeadm, GKE, EKS,
AKS)

2. Core Concepts of Kubernetes

 Understanding Kubernetes Objects: Pods, Services, Volumes, and ConfigMaps
 The Role of Kubernetes Scheduler and Controller Manager
 Pod Lifecycle and Management
 Namespaces and Resource Quotas in Kubernetes
 Introduction to Kubernetes CLI (kubectl)
 Managing Cluster Nodes, Pods, and Deployments with kubectl
 Setting Up and Managing Kubernetes Clusters with Kubeadm

3. Deploying and Managing Applications on Kubernetes
 Creating Deployments and Managing Replicas
 Understanding Pods, ReplicaSets, and Deployments
 Exposing Applications with Kubernetes Services: ClusterIP, NodePort, LoadBalancer
 Managing Configurations and Secrets in Kubernetes
 Rolling Updates, Rollbacks, and Deployment Strategies
 Managing and Scaling Applications with Horizontal Pod Autoscaling
 Creating and Managing Stateful Applications with StatefulSets
 Helm: Package Management for Kubernetes Applications

4. Kubernetes Networking
 Overview of Kubernetes Networking Model
 Understanding Pod-to-Pod Communication and Cluster DNS
 Configuring Network Policies and Network Plugins
 Services and Endpoints: Exposing Services Externally
 Load Balancing Applications in Kubernetes
 Ingress Controllers and Ingress Resources
 Setting Up and Managing Internal and External Load Balancing with Kubernetes

5. Storage and Persistent Data in Kubernetes
 Understanding Volumes and Persistent Volumes (PV) in Kubernetes
 Configuring Persistent Volume Claims (PVCs) and Storage Classes
 Integrating Kubernetes with Cloud Storage Providers (AWS EBS, Azure Disk, GCP Persistent
Disks)
 Stateful Applications and Data Management in Kubernetes
 Managing Storage with Dynamic Provisioning and Volume Schedulers

 Setting Up Distributed Storage with Kubernetes (Rook, Ceph, NFS)

6. Security in Kubernetes
 Authentication and Authorization in Kubernetes
 Role-Based Access Control (RBAC) in Kubernetes
 Using Service Accounts and Network Policies for Security
 Encrypting Secrets and Sensitive Data in Kubernetes
 Managing Security with Kubernetes Network Policies
 Pod Security Policies: Restricting Privileged Operations
 Protecting the Kubernetes API Server and Master Nodes

7. Kubernetes Monitoring and Logging
 Overview of Monitoring in Kubernetes
 Setting Up and Using Metrics Server and Prometheus for Kubernetes Monitoring
 Installing and Configuring Grafana for Visualizing Metrics
 Application Performance Monitoring (APM) with Kubernetes
 Integrating Kubernetes with ELK Stack (Elasticsearch, Logstash, Kibana)
 Setting Up and Managing Kubernetes Logging with Fluentd, Elasticsearch, and Kibana
 Troubleshooting Kubernetes Clusters and Applications with Logs and Metrics

8. Advanced Kubernetes Features
 Kubernetes Operators and Custom Resources (CRDs)
 Managing Multi-Cluster Deployments with Federation
 Configuring Kubernetes Cluster Autoscaling
 Running Batch Jobs and CronJobs in Kubernetes
 Continuous Integration/Continuous Deployment (CI/CD) with Kubernetes
 Serverless Frameworks and Kubernetes: Kubeless, Fission
 Managing and Orchestrating Microservices on Kubernetes
 Advanced Networking: CNI Plugins and Advanced Service Mesh (Istio)

9. Kubernetes in Production
 Best Practices for Running Kubernetes in Production
 Configuring Kubernetes for High Availability and Fault Tolerance
 Backup and Disaster Recovery in Kubernetes
 Scaling Kubernetes Clusters and Handling Resource Management

 Managing Upgrades and Versioning of Kubernetes Clusters
 Security Auditing and Compliance in Kubernetes Environments
 Migrating Legacy Applications to Kubernetes

10. Final Project and Certification Exam
 Real-World Project: Deploying a Highly Available Application on Kubernetes
 End-to-End Implementation: Kubernetes Cluster Setup, App Deployment, Scaling, and
Management
 Monitoring, Logging, and Security Configuration for Production-Grade Systems
 Final Certification Exam: Assessment of Kubernetes Skills and Knowledge
 Certification of Completion from ENCODE-IT and Job Placement Assistance

Key Features
 Tools & Platforms: Kubernetes, Docker, Helm, Prometheus, Grafana, ELK Stack
 Real-World Projects: Hands-on experience with building, deploying, and scaling applications
on Kubernetes
 Certification & Placement Support: Official Kubernetes certification and job placement
assistance
 Expert Instructors: Learn from industry experts with years of experience in Kubernetes
deployments
 Career Advancement: Build in-demand skills for cloud computing, DevOps, and container
orchestration

Why Choose ENCODE-IT for Kubernetes Certification?
ENCODE-IT’s Comprehensive Kubernetes Certification Course offers an in-depth learning
experience, designed to teach you everything from Kubernetes fundamentals to advanced
deployment strategies and production-grade applications. With real-world projects, expert
instructors, and placement support, you will have the skills to manage and scale containerized
applications in Kubernetes. Enhance your career and become a certified Kubernetes expert today!