May 2, 2024
Updated November 13, 2026
4 minute read
VMware vSphere is a comprehensive virtualization platform that enables businesses to create and manage virtual machines (VMs). It offers a wide range of features and functionalities that help organizations optimize their IT infrastructure, improve efficiency, and reduce costs.
Why Learn VMware vSphere?
There are several reasons why individuals may choose to learn VMware vSphere:
-
Career advancement: VMware vSphere is a widely adopted virtualization platform in the IT industry. Gaining expertise in vSphere can open up career opportunities in various roles, such as virtualization engineers, cloud administrators, and IT architects.
-
Improved IT efficiency: Understanding VMware vSphere can help IT professionals optimize their infrastructure by consolidating multiple workloads onto fewer physical servers. This can lead to improved resource utilization, reduced hardware costs, and increased operational efficiency.
-
Increased flexibility and scalability: VMware vSphere provides businesses with the flexibility to scale their IT infrastructure quickly and easily. It allows organizations to create and manage virtual machines on demand, enabling them to adapt to changing business needs.
-
Improved business continuity: VMware vSphere offers high availability and disaster recovery features that help businesses ensure the continuity of their critical applications and data. By leveraging these features, organizations can minimize downtime and protect their business operations.
How Online Courses Can Help
Online courses can provide a convenient and structured approach to learning VMware vSphere. These courses offer a variety of learning resources, including lecture videos, hands-on labs, assignments, and quizzes, to help learners develop a comprehensive understanding of the platform.
o0327a|
Find a path to becoming a VMware vSphere. Learn more at:
OpenCourser.com/topic/o0327a/vmware
Reading list
We've selected 19 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
VMware vSphere.
The foundational Sybex reference for enterprise vSphere administrators, establishing enduring architectural patterns for ESXi host deployment, vCenter Server management, virtual switching, shared storage, and high-availability clustering.
An engineering masterclass by VMware principal architects examining how ESXi CPU scheduling, NUMA topology, memory reclamation, vSphere HA, and DRS algorithms operate under real production contention.
Authored by VMware storage architects Duncan Epping and Cormac Hogan, this definitive deep dive dissects vSAN object-based storage, disk groups, fault domains, storage policies, and stretched cluster resilience.
Pearson and VMware Press's official certification blueprint for vSphere 8, guiding engineers through modern ESXi configuration profiles, vSphere Lifecycle Manager, storage policies, distributed networking, and cluster security.
Teaches virtualization engineers how to translate business SLAs, RPO/RTO targets, and failure constraints into resilient compute, storage, and network designs across vSphere clusters.
Walks administrators through modern vSphere 8 installation, ESXi host configuration, vCenter inventory organization, virtual machine lifecycle management, and routine cluster operations.
Focused squarely on vSphere bottleneck isolation, teaching administrators how to interpret esxtop counters, diagnose CPU ready time, resolve memory ballooning, and tune storage queues and virtual NICs.
The canonical automation manual for managing vSphere estates at scale, demonstrating how to script ESXi host provisioning, vCenter reporting, storage migrations, and compliance audits using PowerCLI.
Architects hybrid cloud deployments extending on-premises vSphere SDDC workloads onto AWS bare metal, covering HCX live migrations, NSX networking, vSAN scaling, and cloud connectivity.
Comprehensive coverage of software-defined networking inside vSphere, detailing VXLAN logical switching, distributed routing, edge services gateways, and east-west micro-segmentation firewall policies.
Protects enterprise vSphere workloads against ransomware through immutable cloud snapshots, isolated recovery environments, and automated disaster failover runbooks.
End-to-end operational manual spanning ESXi hypervisor deployment, vCenter High Availability, vSAN configuration, vRealize Operations monitoring, and automated workload provisioning for vSphere environments.
Examines Broadcom's VMware Cloud Foundation subscription shift, enterprise licensing economics, and practical architectural pathways across modern private cloud alternatives.
Jim Smith and Ravi Nair's classic computer architecture textbook unpacking the hardware virtualization mechanics, binary translation, trap-and-emulate, and memory virtualization underlying modern hypervisors like ESXi.
Over a hundred step-by-step operational recipes for vSphere administrators, covering vMotion, Storage vMotion, Distributed Switches, Content Libraries, host profiles, and vSphere Update Manager workflows.
Brendan Gregg's landmark observability reference gives vSphere engineers deep Linux kernel, CPU scheduler, memory, and I/O tracing mental models to diagnose guest OS and hypervisor performance anomalies.
Bridges traditional vSphere virtual machine operations with modern container platforms, showing how VMware Tanzu embeds Kubernetes cluster lifecycle management and DevSecOps pipelines atop vSphere infrastructure.
Specialized blueprint for implementing zero-trust security inside vSphere data centers using VMware NSX, covering identity-aware firewalling, service insertion, and lateral movement containment.
Hands-on data protection guide for vSphere administrators deploying Veeam Backup and Replication, detailing snapshot-based VM backups, instant VM recovery, WAN acceleration, and immutable repositories.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/o0327a/vmware
Save
