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This course covers topics such as Docker, Docker Compose, Multi-Container Projects, Deployment, and Kubernetes fundamentals.

This course covers:

This Docker & Kubernetes: The Practical Guide [2023 Edition] course gives learners the opportunity to develop an in-depth understanding of both tools and how they work together. This comprehensive course spans over 23.5 hours of on-demand video, 33 articles, and 134 downloadable resources, giving learners a thorough overview of all the necessary topics. Learners will have full lifetime access to the course and can access it on mobile, TV, or other devices. The course also includes assignments and a certificate of completion. Closed captions are also available to help learners with any language barriers they might have.

What you'll learn

Docker and Kubernetes are essential tools for running applications in the cloud. In this comprehensive guide to Docker and Kubernetes, readers will get an introduction to these two powerful technologies, learn how they work together to improve application workflows and learn how to install and use them on any system. Through illustrated examples, readers will learn how to create and manage Docker images and containers, SQL as well as NoSQL databases with Volumes, persistent data across multiple computers with Cloud Storage, Docker Networking services including DNS Service Discovery for managing multiple Container registries at once. This guide also provides guidance on hot topics like the isolation of services in production environments with Orchestration & Scheduling plus deploying applications using Kubernetes clusters via Helm charts. Readers will come away from this practical guide with the knowledge necessary for mastering Docker and Kubernetes in any environment.

This 2023 edition of the guide provides the latest information on tools and techniques used by developers today such as multi-stage build systems that allow you to specify separate stages within a single docker file so all development artifacts can be quickly collected into one production container image. With example recipes provided throughout the course of this book, readers from novice Software Engineers up to experienced DevOps Architects can implement all the practices needed for successful production deployments.

About the author

Meet Maximilian Schwarzmüller, an experienced (Web) Developer and Instructor who has been in the programming industry since the tender age of 12. He passionately kicked off his career by designing websites for friends and experimenting with non-web-only languages like Python.

As his interest in web development grew, Maximilian ventured into backend development with PHP Laravel, NodeJS, and Python. With time, he advanced his skills and became a skilled front-end developer utilizing modern frameworks like React, Angular, and VueJS.

Maximilian is also an expert in DevOps and cloud computing technologies, holding various AWS certifications, including the top-level Solutions Architect Professional certification. He is also a holder of a Master's degree in Business Administration, which sets him apart as a well-rounded professional.

Maximilian's passion and success in web development led him to work as a freelance web developer and consultant, where he has impressed his clients with his knowledge and skills in building full-stack applications.

Despite being a self-taught developer, Maximilian knows the challenges and complex topics involved in exploring new or improved programming languages. Hence, he is a great instructor who focuses on the most relevant key concepts and topics. His teaching approach is proven by his many 5-star rated courses and over 2,000,000 students on Udemy.

Working as an instructor in web development and Business Administration, Maximilian has had fantastic feedback from his students, who have achieved remarkable successes in their respective fields. He is passionate about offering the best possible learning experience for his students, as demonstrated by his co-founding of Academind, which strives to deliver quality online courses to thousands of learners worldwide.

Description

Docker and Kubernetes are two of the most important development technologies you can learn these days, and this course covers both topics in great detail. Docker is a tool that allows developers to create and manage containers, which are packages of code and tools needed to run the code. Containers make it much easier to develop and deploy software projects compared to traditional methods. This is especially true for web development projects, since you don’t have to worry about running multiple different versions of the same software components when deploying or maintaining your applications.

Kubernetes is an orchestration system for managing clusters of containerized applications. It works together with Docker by allowing you to create collections of containers, scale them up or down as needed, and manage their resources efficiently across multiple machines. Kubernetes makes it significantly easier to maintain large-scale application clusters than if done manually. Both technologies come together in order to make cloud infrastructure management simpler, faster, easier, and more automated than ever before.

Enroll in a popular course on Docker and Kubernetes to gain comprehensive knowledge and understanding of these significant development technologies.

Learning about Docker and Kubernetes is highly sought after in the current technological landscape.

Could you please explain the reason?

One reason for their popularity is their ability to streamline the development and deployment of software projects, regardless of their complexity. Docker can enhance your skills, particularly in web development, but it's not restricted to that field.

Docker enables the creation and management of "Containers" which are packages of code and necessary tools for code execution. These containers enable programs to run consistently and independently of their environment, regardless of the location.

This feature is beneficial for both modern DevOps and local development, regardless of whether you are working alone or in a team, as it eliminates the need for discussions about differing system configurations. The product's functionality inside a container allows for universal use.

This course covers the fundamentals of Docker & Kubernetes with accompanying theory, examples, and demonstrations.

This course covers all essential concepts thoroughly, including practical examples and demonstrations, ranging from images and containers to volumes and networking, and concluding with deployment and Kubernetes Cluster.

The course includes the following topics in depth.

This article provides a comprehensive overview of Docker, containers, and their potential benefits for your use.

Instructions for setting up macOS and Windows in detail.

This article provides an in-depth study of essential concepts, namely containers and images.

Discover the process of crafting personalized images, utilizing pre-existing images, and effectively executing containers using said images.

Obtain a comprehensive summary of the essential commands required for working with Docker.

Gain knowledge on data manipulation and storage through volume persistence.

Learn about container networking, including connections to external networks and communication between multiple containers.

Gain proficiency in managing single and multi-container projects.

The deployment instructions cover both manual deployment and deployment with managed services such as AWS ECS.

Gain knowledge about the core concepts and architecture of Kubernetes.

This course will teach you how to create Kubernetes resources, deployments, services, and run containers with Kubernetes.

Explore the utilization of various volume types when working with data in Kubernetes projects.

The topic is Kubernetes networking and DNS service discovery.

Discover the process of deploying your Kubernetes project, as illustrated by AWS EKS.

And much more!

The topics are thoroughly taught through the use of slides, theory, and examples. Demonstrations are also provided.

The course includes a variety of demo projects utilizing different programming languages such as NodeJS, Python, or PHP (with Laravel). It is not necessary to have knowledge of these languages in order to understand.

Requirements

This course does not require any prior experience with Docker or Kubernetes, making it the perfect solution for those who are interested in learning more about containerization and deployment technologies. While basic knowledge of web development is necessary, participants do not need to have knowledge on any particular language but rather an understanding of application development concepts such as routing, servers, HTML/CSS etc.

Additionally, AWS is used throughout the course in a couple of deployment examples which may last up to four hours. It is important that you know that this requires a credit card for signing up but you can also follow along passively without having to use AWS if you prefer. In summary, this course provides the perfect platform for individuals who are just starting out or are familiar with web development but lack the required technical knowledge and expertise when it comes to containerization and deployment technologies.

This course is intended for:

This course is ideal for beginners who have not worked with Docker or Kubernetes at all. It provides the perfect starting point to understand what Docker is and why you should consider using it. You will learn about the core features of Docker such as containerization, building images, orchestrating containers, creating services and networks in-depth, so that you can confidently start using them on your own projects.

For web developers, this course is an excellent resource to explore modern DevOps and Docker. It covers setting up a production-ready environment including configuring networks and services that span multiple containers; how to deploy your application in production; and tips for troubleshooting common issues. The step-by-step instructions are clear enough for anyone with basic coding experience to follow along easily. By the end of this course, you will be well equipped with the skillset required to maintain a DevOps workflow with Docker.

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