Docker and Kubernetes

Course Duration: 32 Hours of Comprehensive Learning

Mode of Learning:

Choose the learning style that best fits your schedule and preferences:

Online Instructor-Led Training – Learn in real time with live expert-led sessions.
Online Self-Paced Learning – Study anytime, anywhere with flexible recorded modules.
Onsite/Classroom Training – Experience in-person, hands-on learning guided by certified trainers.

What’s Included in the Training Program:

Our industry-leading Training Program is designed to provide a complete learning experience through a perfect blend of theory and practical exposure. Here’s what you’ll get:

Live, Instructor-Led Online Training Sessions
Hands-on Lab Exercises
Certified and Experienced Trainers
Post-Training Support & Mentorship
Comprehensive Learning Resources including eBooks, guides, and reference materials.
Real-World Case Studies & Application Scenarios
Networking Opportunities
Group Projects and Collaborative Learning Activities
Best Practices and Industry Insights.
Access to Recorded Sessions (available for online learners, based on client permissions).
Follow-up Review Sessions.
Tool Demonstrations and Guided Walkthroughs

This training helps you gain the knowledge and hands-on experience needed to advance your career in today’s competitive IT landscape.

Course Content

Docker Basics

Introduction to Containerization
What is Docker? Benefits and Use Cases
Overview of Docker Architecture (Docker Daemon, CLI, Registry)
Installing Docker (Windows, macOS, Linux)

Working with Docker Containers

Docker Images & Dockerfile

Course Duration: 32 Hours of Comprehensive Learning

Mode of Learning:

What’s Included in the Training Program:

Course Content

Docker Basics

Introduction to Containerization

What is Docker? Benefits and Use Cases

Overview of Docker Architecture (Docker Daemon, CLI, Registry)

Installing Docker (Windows, macOS, Linux)

Working with Docker Containers

Running Your First Container (docker run)

Docker Images: Pulling, Inspecting, and Removing Images

Exploring Docker Container Lifecycle (Start, Stop, Restart, Remove)

Basic Docker Commands (docker ps, docker logs, docker exec)

Docker Images & Dockerfile

What is a Docker Image?

Understanding Dockerfile Syntax and Structure

Building a Custom Docker Image with a Dockerfile (docker build)

Image Layers and Caching

Docker Volumes and Networking

Introduction to Docker Volumes (Persistent Storage)

Mounting Volumes in Containers (docker volume)

Networking in Docker (Bridge, Host, Overlay Networks)

Exposing Ports and Binding to Host

Docker Compose

Introduction to Docker Compose

Writing docker-compose.yml File for Multi-Container Applications

Managing Multi-Container Applications with Docker Compose

Common Use Cases and Best Practices

Docker Swarm Basics

Introduction to Docker Swarm: What is it and Why Use it?

Creating and Managing Swarm Clusters

Deploying Services in Swarm Mode

Scaling Services in Docker Swarm

Docker Best Practices & Debugging

Optimizing Dockerfile for Production

Reducing Image Size with Multi-Stage Builds

Debugging Docker Containers (docker logs, docker stats, docker exec)

Docker Security Best Practices

Docker CI/CD Integration

Integrating Docker with Jenkins or GitLab CI

Creating CI/CD Pipelines for Dockerized Applications

Automating Docker Builds and Deployments

Kubernetes Basics

Introduction to Kubernetes and Its Components (Pods, Nodes, Cluster)

Installing and Configuring Kubernetes (Minikube, kubectl)

Basic Kubernetes Commands (kubectl get, kubectl describe, kubectl logs)

Pods and Deployments

Understanding Pods in Kubernetes

Creating and Managing Pods (kubectl run, kubectl apply)

Deployments: Scaling and Updating Applications

Rolling Updates and Rollbacks

Services and Networking

Understanding Kubernetes Services (ClusterIP, NodePort, LoadBalancer)

Exposing Applications with Services

Networking in Kubernetes (DNS, Ingress, and Egress)

Persistent Storage in Kubernetes

Kubernetes Volumes and Persistent Volumes (PVs)

Persistent Volume Claims (PVCs)

Dynamic Provisioning of Storage

Working with StatefulSets

Kubernetes ConfigMaps and Secrets

Introduction to ConfigMaps and Secrets

Managing Configuration with ConfigMaps

Storing Sensitive Data with Secrets

Best Practices for Using ConfigMaps and Secrets

Helm: Kubernetes Package Manager

Introduction to Helm and Helm Charts

Installing and Configuring Helm

Installing Applications Using Helm

Managing Helm Releases

Kubernetes Monitoring & Logging

Introduction to Monitoring and Logging in Kubernetes

Setting up Prometheus and Grafana for Monitoring

Collecting Logs with ELK Stack or Fluentd

Analyzing and Debugging Kubernetes Clusters

Kubernetes Security Best Practices & Final Exam

Kubernetes Security Best Practices (RBAC, Network Policies, Pod Security Policies)

Using Kubernetes in Production Environments