VMware Cloud Foundation: Solution Architecture and Design [9.0]

Course Description

VMware Cloud Foundation: Solution Architecture and Design [9.0] prepares infrastructure and application professionals to work confidently with Design methodology, stakeholder requirements, constraints, assumptions, Management-domain and workload-domain topology, host clusters, vCenter placement. Activities emphasize repeatable configuration, realistic tests, evidence quality, and accountable handover.

Practical work also covers NSX routing, segmentation, load balancing dependencies, vSAN architecture, Identity, security, observability. Evidence such as requirements traceability matrix and design-risk register, logical VCF topology and failure-domain analysis, network-and-storage design decision log, validated solution design and architecture review pack supports boundary testing, fault isolation, corrective action, and safe transition to operational ownership.

On completing the course, learners can defend the implementation and operation of a defensible VCF 9.0 solution design that converts business requirements into resilient management, compute, networking, storage, security, and lifecycle decisions. A final plan identifies acceptance gaps, rollback considerations, owners, and operational safeguards.

What You Will Learn

• Explain how Design methodology, stakeholder requirements, and constraints establish the technical foundation and influence later design decisions.
• Configure assumptions, risks, service levels, workload characteristics, sizing, availability, and recoverability, then confirm readiness through requirements traceability matrix and design-risk register instead of relying on completion messages alone.
• Execute a controlled workflow covering Management-domain and workload-domain topology, host clusters, and vCenter placement, preserving prerequisites, changes, and resulting service behavior.
• Read logical VCF topology and failure-domain analysis to isolate management services sharing a failure domain that defeats the stated availability target, separate symptoms from causes, and choose a correction that can be safely retested.
• Integrate NSX routing, segmentation, and load balancing dependencies with access, capacity, resilience, and downstream operational expectations.
• Challenge vSAN architecture, storage policies, data protection, performance, and network underlay requirements using normal and boundary cases, then defend the outcome with network-and-storage design decision log.
• Investigate an upgrade approach requiring downtime beyond the approved maintenance window by reviewing Identity, security, and observability before applying a reversible fix.
• Prepare validated solution design and architecture review pack that demonstrates lifecycle, upgrades, automation, operations model, cost trade-offs, design validation, and executive presentation and supports handover, monitoring, governance, and the next improvement decision.

SkillDynamo Training Approach

Sessions move from concept mapping to guided build, scenario analysis, evidence-based validation, reversible correction, operational review, and improvement planning. Both expected flows and failure conditions are tested before a result is accepted.