Kubernetes Mastery

A comprehensive, industry-aligned program designed to build deep expertise in Kubernetes—the de-facto container orchestration system powering modern cloud-native platforms. This course is ideal for developers, DevOps engineers, and architects who want to deploy, scale, and manage containerized applications in production environments.

Last updated: December 15, 2025

What is Kubernetes?

Kubernetes is an open-source system for automating the deployment, scaling, and management of containerized applications. This course starts from foundational concepts and moves into real-world production design patterns.

Objectives of Kubernetes Training

Hands-on mastery of Kubernetes architecture, cluster administration, deployments, scaling, networking, storage, monitoring, and cloud-native operational patterns.

Who Should Attend?

Developers, DevOps Engineers, Cloud Engineers, Technical Architects, and anyone working with containerized microservices.

Prerequisites

Basic understanding of containers and Linux commands. Prior exposure to Docker is recommended.

Training Modes

Online

Live instructor-led online sessions with hands-on labs.

In-person

Intensive classroom bootcamp with practical workshops.

Course Outline

Training Level: ADVANCED

Kubernetes Fundamentals

Core building blocks of Kubernetes and its control plane components.

Introduction to Containers & Kubernetes

Kubernetes Architecture Overview

Control Plane & Node Components

Understanding Pods, ReplicaSets & Deployments

Namespaces & Workload Organization

Kubernetes Networking

How Kubernetes manages cluster networking and service discovery.

Cluster Networking Model

Services: ClusterIP, NodePort, LoadBalancer

Ingress & Ingress Controllers

DNS & Service Discovery

Storage & Stateful Applications

Persistent storage and StatefulSet management.

Volumes & PersistentVolumes

PersistentVolumeClaims

StorageClasses & Dynamic Provisioning

StatefulSets & Persistent Workloads

Advanced Workloads & Scheduling

Control workload placement and optimize cluster usage.

DaemonSets & Jobs

CronJobs

Node Affinity & Taints/Tolerations

Resource Requests & Limits

Security in Kubernetes

Protect clusters and enforce security best practices.

RBAC & Access Control

Network Policies

Secrets Management

Pod Security Standards

CI/CD & GitOps for Kubernetes

Automate application delivery using modern DevOps workflows.

Continuous Integration Overview

Deploying with ArgoCD

Helm Charts & Templating

Kustomize for Configuration Management

Observability & Production Operations

Monitor, troubleshoot, and optimize Kubernetes clusters.

Logging with EFK/ELK Stack

Monitoring with Prometheus & Grafana

Tracing with Jaeger

Cluster Health & Metrics

Kubernetes in the Cloud

Deploy Kubernetes on major cloud platforms.

GKE (Google Kubernetes Engine)

EKS (AWS)

AKS (Azure)

Hybrid & Multi-Cloud Kubernetes