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Red Hat Openshift 4 on Bare Metal Course Overview

Red Hat Openshift 4 on Bare Metal Course Overview

Red Hat OpenShift 4 on Bare Metal Course Overview

Our Red Hat OpenShift 4 on Bare Metal course is a comprehensive, one-day training designed for IT professionals looking to build production-ready OpenShift clusters. With a focus on fundamental concepts and practical skills, this course covers essential topics such as setting up a KVM infrastructure, configuring DNS, DHCP, Apache, and HAProxy, and generating Ignition files for creating VMs. Participants will also delve into OpenShift authentication and authorization, managing a Local image registry, implementing Role-Based Access Control (RBAC), and conducting Cluster health checks. The hands-on lab sessions ensure that you can Deploy and manage applications effectively in a real-world environment.

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Course Prerequisites

Minimum Required Prerequisites for Red Hat OpenShift 4 on Bare Metal Course

To successfully undertake the Red Hat OpenShift 4 on Bare Metal course, learners should have:


These prerequisites will help you grasp the fundamental and basic concepts of OpenShift necessary to build a production-ready OpenShift cluster and start deploying and managing applications effectively.


Target Audience for Red Hat Openshift 4 on Bare Metal

The Red Hat OpenShift 4 on Bare Metal course offers IT professionals the essential knowledge to build, deploy, and manage OpenShift clusters, focusing on practical, production-ready implementations.


  • System Administrators
  • Kubernetes Administrators
  • DevOps Engineers
  • Cloud Engineers
  • IT Infrastructure Engineers
  • Platform Engineers
  • IT Managers
  • Data Center Administrators
  • Network Engineers
  • IT Consultants
  • Cloud Architects
  • Solutions Architects
  • Technical Support Engineers


Learning Objectives - What you will Learn in this Red Hat Openshift 4 on Bare Metal?

Introduction: The Red Hat OpenShift 4 on Bare Metal course provides comprehensive training on deploying and managing a production-ready OpenShift cluster. It covers key aspects such as cluster setup, administration, and application management, ensuring you gain practical experience.

Learning Objectives and Outcomes:

  • Understand the fundamentals and architecture of OpenShift.
  • Set up a KVM infrastructure on a hypervisor node.
  • Create and configure a utility virtual machine.
  • Configure essential network services such as Bind DNS, DHCP, and Apache.
  • Install and configure HAProxy and NFS server.
  • Set up TFTP service and install OpenShift installer and CLI binary.
  • Generate ignition files for cluster setup.
  • Create bootstrap, master, and worker VMs on the hypervisor node.
  • Gain insights into OpenShift authentication and authorization mechanisms.
  • Manage local image registry and role-based access control (RBAC).
  • Implement and control application permissions with Security Context Constraints (SCC).
  • Configure NFS Storage Class to work with OpenShift.
  • Perform cluster health checks to ensure operational integrity.

Target Audience for Red Hat Openshift 4 on Bare Metal

The Red Hat OpenShift 4 on Bare Metal course offers IT professionals the essential knowledge to build, deploy, and manage OpenShift clusters, focusing on practical, production-ready implementations.


  • System Administrators
  • Kubernetes Administrators
  • DevOps Engineers
  • Cloud Engineers
  • IT Infrastructure Engineers
  • Platform Engineers
  • IT Managers
  • Data Center Administrators
  • Network Engineers
  • IT Consultants
  • Cloud Architects
  • Solutions Architects
  • Technical Support Engineers


Learning Objectives - What you will Learn in this Red Hat Openshift 4 on Bare Metal?

Introduction: The Red Hat OpenShift 4 on Bare Metal course provides comprehensive training on deploying and managing a production-ready OpenShift cluster. It covers key aspects such as cluster setup, administration, and application management, ensuring you gain practical experience.

Learning Objectives and Outcomes:

  • Understand the fundamentals and architecture of OpenShift.
  • Set up a KVM infrastructure on a hypervisor node.
  • Create and configure a utility virtual machine.
  • Configure essential network services such as Bind DNS, DHCP, and Apache.
  • Install and configure HAProxy and NFS server.
  • Set up TFTP service and install OpenShift installer and CLI binary.
  • Generate ignition files for cluster setup.
  • Create bootstrap, master, and worker VMs on the hypervisor node.
  • Gain insights into OpenShift authentication and authorization mechanisms.
  • Manage local image registry and role-based access control (RBAC).
  • Implement and control application permissions with Security Context Constraints (SCC).
  • Configure NFS Storage Class to work with OpenShift.
  • Perform cluster health checks to ensure operational integrity.

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