VMware vSphere: Design [V8]

Course Description

VMware vSphere: Design [V8] develops hands-on understanding of Design methodology, conceptual, logical, physical models, vCenter and ESXi topology, clusters, fault domains. Learners move from requirements and dependencies to implementation, validation, troubleshooting, and supportable VMware operations.

Later lessons examine Network segmentation, distributed switching, vmkernel traffic, bandwidth, HA, DRS, recovery objectives. Participants use vSphere design requirements matrix and risk register, compute-management design and scalability calculation, network-storage design decision log and failure-path review, complete vSphere design and stakeholder review presentation to distinguish configuration, access, network, storage, performance, and lifecycle issues rather than treating them as one generic failure.

After the four lessons, learners can help establish a validated vSphere 8 design that traces business goals to compute, management, network, storage, security, availability, recoverability, and operational decisions. They also document follow-up actions for performance, security, lifecycle, support, and adoption.

What You Will Learn

• Explain how Design methodology, conceptual, and logical establish the technical foundation and influence later design decisions.
• Configure physical models, stakeholder requirements, constraints, assumptions, risks, service levels, capacity, and workload characteristics, then confirm readiness through vSphere design requirements matrix and risk register instead of relying on completion messages alone.
• Execute a controlled workflow covering vCenter and ESXi topology, clusters, and fault domains, preserving prerequisites, changes, and resulting service behavior.
• Read compute-management design and scalability calculation to isolate vCenter placement creating a dependency on the cluster it must recover, separate symptoms from causes, and choose a correction that can be safely retested.
• Integrate Network segmentation, distributed switching, and vmkernel traffic with access, capacity, resilience, and downstream operational expectations.
• Challenge bandwidth, redundancy, storage protocols, datastore architecture, multipathing, policies, and performance using normal and boundary cases, then defend the outcome with network-storage design decision log and failure-path review.
• Investigate a high-availability design lacking an operational process to test failover by reviewing HA, DRS, and recovery objectives before applying a reversible fix.
• Prepare complete vSphere design and stakeholder review presentation that demonstrates backup, security, monitoring, automation, operations model, design validation, trade-offs, and architecture presentation and supports handover, monitoring, governance, and the next improvement decision.

SkillDynamo Training Approach

Training uses instructor walkthroughs, hands-on implementation, role-based exercises, boundary testing, troubleshooting drills, review checkpoints, and structured handover. Learners practise explaining why a result is acceptable rather than merely showing that a task completed.