Containerization and Virtualization Concepts

Name: Containerization and Virtualization Concepts
Rating: 4.826021747281589 (2667 reviews)

Course Description

Docker, containers, Kubernetes, VMs? You've heard these terms before, but you're not quite sure what they mean? In this course, you'll gain the foundational knowledge you need about containerization and virtualization to step up your game in modern software development.

Distinguish between containers and virtual machines

Understand the key differences and choose the right technology for your use case.

Understand Docker and Kubernetes

Learn about Docker, the industry-standard tool for building containers, and explore Kubernetes, the container orchestration platform.

Understand Dockerfiles

Learn how to read the recipes (Dockerfiles) that define your container applications.

Run your first containerized application

Get your hands dirty and run your first containerized application from the command line interface!
In the end, you'll be armed with the knowledge you need to continue your deep dive into Docker and Kubernetes, and to inform your future architectural decisions.

Prerequisites

Understanding Data Engineering

Curriculum

Course outline

Foundations of Containerization and Virtualization

Explore the concept of virtualization, its benefits, and the emergence of containerization as a lightweight alternative. You will then delve into the key differences between containers and virtual machines, enabling you to determine the ideal solution for your needs.

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Applications of Containerization

Dive into the practical applications of containers and their orchestration. Learn about the modern tech stack of Docker and Kubernetes, and get hands-on in the final lesson by learning how to read Dockerfiles and run your first containerized application!

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Containerization and Virtualization Concepts

Course
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4.8*

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FAQs

Is this course suitable for beginners?

Yes, provided you understand basic computing concepts such as the difference between hardware and software and the roles of components like CPU and RAM. No programming experience is required.

What is the difference between a container and a virtual machine, and does the course explain when to use each?

Yes. Chapter 1 dedicates a full lesson to comparing the two, covering their key differences and the situations where containerization or virtualization is the better choice.

What is the difference between Docker and Kubernetes, and does the course cover both?

Yes. Chapter 2 explains that Docker is used to build and run individual containers, while Kubernetes automates the orchestration of many containers at scale. The course covers both tools and how they complement each other.

Will I write any code in this course?

Yes, but only in the final lesson. You will read and write Dockerfiles using instructions like FROM, COPY, RUN, and CMD, then build and run containers using Docker CLI commands in the terminal.

What is a Dockerfile and what will I be able to do with one after this course?

A Dockerfile is a text file with instructions for building a Docker image. By the end of the course, you will be able to read, interpret, and write a basic Dockerfile and use it to build and run a container.

Who will benefit most from this course?

Data engineers, machine learning scientists, and programmers who want a solid conceptual foundation in containerization and virtualization before moving on to hands-on Docker and Kubernetes courses.

Containerization and Virtualization Concepts

Course Description

Distinguish between containers and virtual machines

Understand Docker and Kubernetes

Understand Dockerfiles

Run your first containerized application

Prerequisites

Course outline

Foundations of Containerization and Virtualization

Applications of Containerization

Earn Statement of Accomplishment

Don’t just take our word for it