Course Overview:
Learn Docker and Kubernetes to deploy, run, and manage containerized applications. The Docker and Kubernetes course provide the foundation of Docker and Kubernetes technologies covered with Controllers Replication, Volumes, Labels, Pods, and many more services. The delegate will gain skills in managing and configuring Kubernetes
Course Objectives:
- What is a container, how it differs from a virtual machine, and how to use containers to deliver software applications faster
- What is a container-runtime and how it differs from a container
- How to install Docker from scratch
- How to use Docker to run and manage containers
- How to build Docker images
- How to configure volumes and networks in Docker
- What are micro services and how they differ from a monolithic application
- What is container orchestration and why is it needed?
- How to use Docker-compose to run micro services
- How container orchestration systems help in the management of microservices
- How to install a single-node Kubernetes cluster from scratch
- How to create Kubernetes pods, deployments and services
- How to manage containers
- How to discover and connect containers
- How to use Kubernetes to deploy a software application consisting of several components
Pre-requisites:
- Strong experience using Linux command line
- Understanding of the software development lifecycle
- A general understanding of virtualization concepts
- Experience with networking concepts
- Understand how a simple web application works
Target Audience:
- Software Developer
- Architects
- Deployment Engineers
- Developers
- Operations
- DevOps
- QA Engineers
- IT Project Managers
Course Duration:
- 21 hours – 3 days
Course Content:
Module 1
- Introduction Theory
- Course introduction
- Containers, containerized applications Workshops
- Explore the classroom environment
Module 2
- Introduction to Kubernetes Theory
- Docker overview
- Images, containers, volumes, networks Workshops
- Installing Docker
- Running a container
- Building an image
Module 3
- Using Docker Theory
- Best practices
- Image management, Docker Hub and Docker Registry
- Overlay Filesystem in Docker Workshops
- Image management
- Docker Volumes
- Docker Networks
- Overlay Filesystem
Module 4
- Container Orchestration Theory
- Introduction to container orchestration
- Introduction to Kubernetes Workshops
- Kubernetes installation and configuration
