Kubernetes Installation and Configuration Fundamentals from Pluralsight

Let’s get you started learning Kubernetes. First, you'll learn about its architecture, and then how to install your first cluster. With that cluster up and running you'll explore how to work with it and deploy applications in Kubernetes!

Let’s take your Kubernetes admin skills to the next level and get you started learning how to install, configure and work with a Kubernetes cluster. In this course, Kubernetes Installation and Configuration Fundamentals, you will learn foundational knowledge needed to install, configure and deploy applications in a Kubernetes cluster. First, you will learn about Kubernetes' architecture, looking closely at each of the cluster's components and their roles. Next, you will discover how to install and configure a Kubernetes cluster: you'll look at how to perform installations on-premises with kubeadm, and in cloud scenarios such as Azure Kubernetes Services and Google Kubernetes Engine. Finally, you will explore how to interact with your cluster, deploying Pods, Services, and Deployments. When you’re finished with this course, you will have the skills and knowledge of Kubernetes needed to administer a Kubernetes cluster and deploy applications in Kubernetes. Software required: Linux. This course can also help you prepare for your Certified Kubernetes Administrator (CKA) certification.

What's inside

Syllabus

Course Overview

Exploring the Kubernetes Architecture

Installing and Configuring Kubernetes

Working with Your Kubernetes Cluster

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Provides a foundation for learners with little to no experience with Kubernetes

Well-suited for learners preparing for the Certified Kubernetes Administrator (CKA) certification

Explores Kubernetes' architecture, installation, and configuration

Guides learners through deploying Pods, Services, and Deployments

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Kubernetes Installation and Configuration Fundamentals with these activities:

Create a study guide

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Creating a study guide can help you organize and review the material covered in this course.

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Identify the key topics covered in the course.
Summarize the key points for each topic.
Create practice questions for each topic.

Identify a mentor who can provide guidance on Kubernetes

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Seek out experienced individuals who can provide personalized support and help you navigate the complexities of Kubernetes.

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Attend industry events or meetups related to Kubernetes
Reach out to professionals in your network or online communities
Explain your learning goals and ask for mentorship

Review basic Linux commands

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Reviewing basic Linux commands can help you become more comfortable working with a Kubernetes cluster.

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Create a cheat sheet of commonly used commands.
Practice using the commands in a terminal.

Ten other activities

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Review Linux command line fundamentals

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Deepen and solidify your understanding of basic Linux commands, which are foundational to working with Kubernetes.

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Review basic commands such as ls, cd, mkdir, rm, cp, mv, and cat
Practice using command line options and flags
Explore Linux file permissions and ownership
Learn about text processing commands (grep, sed, awk)
Practice using the Linux shell (bash)

Join a Kubernetes study group or online forum

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Engage with other learners and practitioners to broaden understanding and get support.

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Find an active Kubernetes study group or online forum
Regularly participate in discussions, ask questions, and share knowledge
Collaborate on projects or learning initiatives with other members

Follow a tutorial on installing Kubernetes

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Following a tutorial can provide you with a hands-on experience with installing Kubernetes.

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Find a reputable tutorial on installing Kubernetes.
Follow the steps in the tutorial carefully.

Follow tutorials for installing and setting up kubectl

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kubectl is a command-line tool for interacting with Kubernetes clusters. Gain proficiency in using it by following guided tutorials.

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Locate official kubectl documentation and tutorials
Follow step-by-step guides to install and configure kubectl
Practice basic kubectl commands (get, describe, apply, delete)

Deploy a sample application to Kubernetes

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Reinforce your understanding of Kubernetes deployment by deploying a simple application.

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Find a simple example application (e.g. Nginx, WordPress)
Create a Docker image for the application
Deploy the application to your Kubernetes cluster using kubectl
Monitor and manage the application

Practice creating and deploying Kubernetes objects

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Practice creating and deploying Kubernetes objects can help you become more proficient with Kubernetes.

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Create a Kubernetes cluster.
Create a Pod.
Create a Service.
Create a Deployment.

Organize and review course notes, assignments, and resources

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Stay organized and reinforce learning by regularly reviewing and summarizing course materials.

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Create a system for organizing notes, assignments, and resources
Regularly review your notes to identify key concepts and areas for improvement
Summarize key takeaways and insights from each lecture or module

Build a Kubernetes cluster from scratch using kubeadm

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Solidify your knowledge of Kubernetes installation by building a cluster from scratch using kubeadm.

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Gather the necessary hardware and software requirements
Follow official kubeadm documentation to set up the master node
Join worker nodes to the master node
Configure networking and storage for the cluster
Verify the cluster is operational and functional

Participate in a Kubernetes hackathon or challenge

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Challenge yourself and push your Kubernetes skills to the limit by participating in a hackathon or challenge.

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Find and register for a relevant Kubernetes hackathon or challenge
Form a team or work individually on a project that addresses the challenge
Develop and implement your solution within the given timeframe
Submit your project for evaluation and feedback

Contribute to an open-source Kubernetes project

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Deepen your understanding and make valuable contributions by participating in the Kubernetes open-source community.

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Identify an open-source Kubernetes project that aligns with your interests
Review the project's documentation and codebase
Find an area where you can contribute (e.g. bug fixes, feature enhancements)
Create a pull request with your proposed changes
Collaborate with the project maintainers to refine and merge your contribution

Career center

Learners who complete Kubernetes Installation and Configuration Fundamentals will develop knowledge and skills that may be useful to these careers:

Kubernetes Administrator

In order to manage, install, and configure Kubernetes in the workplace, you must have an intimate understanding of the platform. This course can help you do this by teaching you how Kubernetes is architected, as well as how to perform installations in on-premises and cloud scenarios. With this skillset, you will be well on your way to a career as a Kubernetes Administrator.

See salaries and explore the career path for Kubernetes Administrator

Cloud Engineer

Becoming a Cloud Engineer often entails learning about multiple cloud platforms, with at least one being a hyperscaler like Azure or AWS. Once you have learned about a cloud platform's interface and foundational services, you may find yourself working on their container service offerings, such as Amazon EKS and Azure Kubernetes Services. This course can help teach you about the fundamentals of Kubernetes so that you can work with it in the cloud.

See salaries and explore the career path for Cloud Engineer

DevOps Engineer

DevOps Engineers need to be familiar with modern software deployment practices, including containerization. As Kubernetes is one of the leading container orchestration options, it can be helpful to have a foundational understanding of how it works. This course can help you develop a baseline knowledge of Kubernetes and help you to stand out among other DevOps Engineer candidates.

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Site Reliability Engineer

Site Reliability Engineers need to have a deep understanding of how software is deployed and scaled. Often this involves working with container technology, including Kubernetes. This course can help you to gain a foundation in Kubernetes that will be applicable to working in a role as an SRE.

See salaries and explore the career path for Site Reliability Engineer

Software Engineer

Software Engineers need to have a deep understanding of computer science fundamentals and how to translate those fundamentals into working software solutions. Kubernetes is a complex system with many foundational computing components. This course may help you gain a better understanding of how Kubernetes works and how you can use it in your own software solutions.

See salaries and explore the career path for Software Engineer

Cloud Architect

Cloud Architects need to have a deep understanding of cloud computing fundamentals. This includes knowledge of how to deploy and scale applications in the cloud, as well as understanding how to optimize cloud costs. This course can help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Cloud Architect.

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Data Engineer

Data Engineers need to have a deep understanding of data management and processing. This includes knowledge of how to deploy and scale data pipelines, as well as understanding how to optimize data processing costs. This course can help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Data Engineer.

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Systems Administrator

Systems Administrators need to have a deep understanding of computer systems and how to manage them. This includes knowledge of how to install and configure operating systems, as well as how to manage and monitor system resources. This course can help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Systems Administrator.

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Network Engineer

Network Engineers need to have a deep understanding of computer networks and how to manage them. This includes knowledge of how to design and implement network architectures, as well as how to manage and monitor network traffic. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Network Engineer.

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Security Engineer

Security Engineers need to have a deep understanding of computer security and how to protect systems from threats. This includes knowledge of how to design and implement security architectures, as well as how to manage and monitor security events. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Security Engineer.

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Database Administrator

Database Administrators need to have a deep understanding of databases and how to manage them. This includes knowledge of how to install and configure databases, as well as how to manage and monitor database performance. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Database Administrator.

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Web Developer

Web Developers need to have a deep understanding of web technologies and how to use them to create websites and web applications. This includes knowledge of how to design and implement web architectures, as well as how to manage and monitor web traffic. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Web Developer.

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Mobile Developer

Mobile Developers need to have a deep understanding of mobile technologies and how to use them to create mobile applications. This includes knowledge of how to design and implement mobile architectures, as well as how to manage and monitor mobile applications. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Mobile Developer.

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Game Developer

Game Developers need to have a deep understanding of game engines and how to use them to create games. This includes knowledge of how to design and implement game architectures, as well as how to manage and monitor game performance. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Game Developer.

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Technical Writer

Technical Writers need to have a deep understanding of technical concepts and how to communicate them clearly and concisely. This includes knowledge of how to write technical documentation, as well as how to manage and maintain technical content. This course may help you develop foundational knowledge of Kubernetes that will be applicable to working in a role as a Technical Writer.

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