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Ben Weissman

More and more applications, not just microservices, are being deployed through containers. This course will teach you how to get started with OpenShift as your enterprise container orchestrator.

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More and more applications, not just microservices, are being deployed through containers. This course will teach you how to get started with OpenShift as your enterprise container orchestrator.

Many companies can’t rely on open-source Kubernetes environments for their container orchestration, but require an enterprise-ready Kubernetes platform like OpenShift. In this course, Getting Started with OpenShift 4, you’ll learn what OpenShift is and how to deploy and use it. First, you’ll explore the basics of containers and container orchestration with Kubernetes and OpenShift. Next, you’ll discover how to deploy your own OpenShift environment. Finally, you’ll learn how to manage your OpenShift cluster and deploy an application to it. When you’re finished with this course, you’ll have the skills and knowledge of OpenShift administration needed to get started with deploying and managing your first OpenShift cluster.

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What's inside

Syllabus

Course Overview
Container, Kubernetes, and OpenShift Basics
Deploying OpenShift
Accessing and Working with OpenShift
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Good to know

Know what's good
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Explores enterprise container orchestration, which is useful for large organizations with complex IT systems
Teaches basic Kubernetes and OpenShift, which are open-source solutions widely adopted in the industry
Provides guidance and tools for deploying, managing, and monitoring OpenShift clusters in real-world environments
Incorporates up-to-date information and resources, covering the latest features and practices in OpenShift 4
Assumes some prior knowledge of containers and Kubernetes concepts, which some students may need to acquire before taking the course
Does not include hands-on labs or interactive materials, which some learners may prefer for practical experience

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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 Getting Started with OpenShift 4 with these activities:
Review Linux Command Line Basics
Refresh your understanding of basic Linux commands to enhance your effectiveness with OpenShift.
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  • Review common Linux commands for file manipulation, navigation, and process management.
  • Practice using these commands in a Linux terminal.
Explore OpenShift Tutorials and Documentation
Enhance your understanding of OpenShift by exploring official tutorials and documentation.
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  • Identify specific areas of OpenShift you want to learn more about.
  • Find and follow relevant tutorials and documentation from Red Hat or the OpenShift community.
  • Take notes and experiment with the concepts you learn.
Practice Deploying OpenShift
Practice deploying OpenShift to gain hands-on experience and reinforce your understanding of the deployment process.
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  • Set up a test environment.
  • Follow the steps in the OpenShift documentation to deploy OpenShift.
  • Verify that OpenShift is deployed successfully.
Five other activities
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Create a Study Guide for OpenShift Concepts
Consolidate your learning by creating a comprehensive study guide that covers key OpenShift concepts.
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  • Identify the core concepts of OpenShift.
  • Gather and organize relevant materials from the course.
  • Synthesize the information into a well-structured study guide.
Build a Simple Web Application with OpenShift
Create a simple web application using OpenShift to apply your knowledge of OpenShift and web development.
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  • Design and develop your web application.
  • Deploy your application to OpenShift.
  • Test and debug your application.
Attend an OpenShift Workshop
Gain hands-on experience and in-depth knowledge of OpenShift by attending a workshop led by experts.
Show steps
  • Research and find an OpenShift workshop that aligns with your learning objectives.
  • Register and attend the workshop.
  • Actively participate and engage with the instructors and fellow attendees.
Write a Report on OpenShift Best Practices
Research and document best practices for using OpenShift to enhance your understanding and share your knowledge.
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  • Research OpenShift best practices from credible sources.
  • Organize and outline the information in a logical manner.
  • Write a clear and concise report.
Mentor Junior OpenShift Developers
Reinforce your understanding of OpenShift while helping others learn by mentoring junior developers.
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  • Identify junior developers who could benefit from your guidance.
  • Provide support, guidance, and advice on OpenShift concepts and practices.
  • Review their code and provide constructive feedback.

Career center

Learners who complete Getting Started with OpenShift 4 will develop knowledge and skills that may be useful to these careers:
Senior Kubernetes Administrator
A Senior Kubernetes Administrator manages and operates Kubernetes clusters, ensuring that they are running smoothly and efficiently. They may also work with developers to deploy and manage containerized applications on Kubernetes clusters. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Senior Kubernetes Administrators as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in senior Kubernetes administration.
DevOps Engineer
A DevOps Engineer bridges the gap between development and operations teams, working to improve the efficiency and quality of software delivery. They may also use container orchestration tools to manage and automate the deployment and operation of containerized applications. This course, Getting Started with OpenShift 4, may be useful for those wishing to become DevOps Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in DevOps engineering.
Container Orchestration Engineer
A Container Orchestration Engineer manages and automates the deployment and operation of containerized applications. They may also work with developers to optimize the performance and availability of containerized applications. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Container Orchestration Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in container orchestration engineering.
Principal Cloud Engineer
A Principal Cloud Engineer leads a team of cloud engineers and architects, and is responsible for the design, implementation, and management of an organization's cloud computing infrastructure. They may also work with developers to ensure that applications are optimized for the cloud. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Principal Cloud Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in principal cloud engineering.
Principal Container Orchestration Engineer
A Principal Container Orchestration Engineer leads a team of container orchestration engineers and architects, and is responsible for the design, implementation, and management of an organization's container orchestration platform. They may also work with developers to ensure that applications are optimized for the platform. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Principal Container Orchestration Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in principal container orchestration engineering.
Senior Container Orchestration Engineer
A Senior Container Orchestration Engineer manages and automates the deployment and operation of containerized applications. They may also work with developers to optimize the performance and availability of containerized applications. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Senior Container Orchestration Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in senior container orchestration engineering.
Kubernetes Administrator
A Kubernetes Administrator manages and operates Kubernetes clusters, ensuring that they are running smoothly and efficiently. They may also work with developers to deploy and manage containerized applications on Kubernetes clusters. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Kubernetes Administrators as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in Kubernetes administration.
Senior DevOps Engineer
A Senior DevOps Engineer bridges the gap between development and operations teams, working to improve the efficiency and quality of software delivery. They may also use container orchestration tools to manage and automate the deployment and operation of containerized applications. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Senior DevOps Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in senior DevOps engineering.
Senior Cloud Architect
A Senior Cloud Architect designs, deploys, and manages an organization's cloud computing infrastructure. They may also work with developers to ensure that applications are optimized for the cloud. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Senior Cloud Architects as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in senior cloud architecture.
Senior Cloud Engineer
A Senior Cloud Engineer provisions, configures, and manages cloud computing resources. They may also work with developers to deploy applications to the cloud. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Senior Cloud Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in senior cloud engineering.
Cloud Engineer
A Cloud Engineer provisions, configures, and manages cloud computing resources. They may also work with developers to deploy applications to the cloud. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Cloud Engineers as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in cloud engineering.
Cloud Architect
A Cloud Architect designs, deploys, and manages an organization's cloud computing infrastructure. They may also work with developers to ensure that applications are optimized for the cloud. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Cloud Architects as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in cloud architecture.
Vice President of Engineering
A Vice President of Engineering leads a team of engineers and architects, and is responsible for the design, development, and delivery of software products and services. They may also work with other executives to set the strategic direction of the organization. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Vice Presidents of Engineering as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in engineering leadership.
Platform Architect
A Platform Architect designs and builds software platforms that support the development and deployment of applications. They may also work with developers to ensure that applications are optimized for the platform. This course, Getting Started with OpenShift 4, may be useful for those wishing to become Platform Architects as it provides foundational knowledge of container orchestration and OpenShift, the enterprise-ready Kubernetes platform. By understanding the concepts and techniques taught in this course, individuals can build a strong foundation for a career in platform architecture.

Reading list

We've selected seven books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Getting Started with OpenShift 4.
Comprehensive guide to Kubernetes, the open-source system for automating deployment, scaling, and management of containerized applications.
Teaches you how to build applications, deploy them on Kubernetes, and maintain development pipelines.
Emphasizes the DevOps practices and methodologies used in cloud-native environments. It explores the integration of Kubernetes into DevOps pipelines and provides guidance on implementing continuous integration and continuous delivery for containerized applications.
Provides a comprehensive exploration of the Docker ecosystem, offering insights into the fundamentals of containerization. It covers topics such as Docker architecture, image management, and networking, serving as a valuable foundation for understanding the underlying principles of containerized application deployment.
Practical guide to Kubernetes, covering everything from installation and configuration to advanced topics like security and networking.
Provides a comprehensive overview of microservices architecture and design. It covers topics such as microservice principles, communication patterns, and deployment strategies. Reading this book can help you gain a deeper understanding of the concepts behind containerized application development and deployment.

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