NCM-MCI study materials
NCM-MCI study resources

NCM-MCI study plan

NCM-MCI · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Design and Plan a Nutanix Multicloud Infrastructure & Storage Architecture, Data Protection, and Resiliency

  • Diagram a reference Nutanix cluster topology (three or more nodes, Prism Central, VLAN segmentation) from memory and label every component and traffic path

  • Explain to a peer, without notes, how a Nutanix Distributed Storage Fabric handles a write and where redundancy is introduced

  • Compare hybrid, all-flash, and storage-only node roles and justify a node selection for a stated workload profile

  • List the sizing inputs (usable capacity, RF, overhead, growth headroom) needed before a cluster design and compute a worked example

Your checkpoint

A one-page design brief for a hypothetical 50-VM deployment containing node count, RF choice, capacity math, and network segmentation table

Week 2

Design and Plan a Nutanix Multicloud Infrastructure & Deploy and Configure Nutanix Clusters and Prism Central

  • Walk through the Foundation imaging workflow end to end and describe what each phase produces

  • Sequence the steps to deploy Prism Element and then register Prism Central, noting prerequisites at each step

  • Identify which design decisions (RF, VLANs, cluster name, IP pools) must be locked before imaging begins

  • Draft a pre-deployment checklist that a customer could sign off on

Your checkpoint

A pre-deployment checklist of at least 20 line items covering Foundation, networking, and Prism Central registration

Week 3

Storage Architecture, Data Protection, and Resiliency & Deploy and Configure Nutanix Clusters and Prism Central

  • Configure and compare replication factor 2 and 3, then describe the failure scenarios each survives

  • Explain how snapshots, clones, and consistency groups differ in cost and use case

  • Describe Prism Central categories and how they enable policy-driven placement

  • Practice creating a protection domain or equivalent data-protection policy and state what it protects

Your checkpoint

A comparison matrix of RF2 vs RF3 vs erasure coding showing usable capacity, fault tolerance, and rebuild cost for a fixed raw capacity

Week 4

Networking and Network Virtualization (Flow, VLANs, Overlay) & Security, Identity, and Access Control

  • Map physical VLANs to virtual networks and describe how a VM's traffic leaves the host

  • Explain Flow Network Security policy structure (categories, policy types, enforcement points) and draft two policies

  • Describe identity sources, role-based access control, and the principle of least privilege in Prism Central

  • Contrast network segmentation approaches for guest VMs and for management traffic

Your checkpoint

A segmentation and access-control worksheet listing VLANs, Flow policies, roles, and identity sources for the week-1 design

Week 5

Virtual Machine and Workload Management & Networking and Network Virtualization (Flow, VLANs, Overlay)

  • Create, clone, and migrate VMs and describe what happens to storage and network identity at each step

  • Explain live migration behavior and the network and storage preconditions it requires

  • Describe overlay networking concepts and when an overlay is preferable to VLAN stretching

  • Draft a VM lifecycle standard covering naming, categories, and decommissioning

Your checkpoint

A VM lifecycle runbook with numbered steps for provisioning, cloning, migration, and decommissioning

Week 6

Performance Monitoring, Troubleshooting, and Optimization & Storage Architecture, Data Protection, and Resiliency

  • Read cluster health and performance charts and identify the top three indicators of contention

  • Explain how to isolate whether latency originates in the guest, the network, or the storage layer

  • Describe rebuild and resiliency behavior after a node or disk failure and what to monitor during rebuild

  • Practice writing a troubleshooting narrative from symptom to root cause for two scenarios

Your checkpoint

Two written troubleshooting case studies (symptom, evidence gathered, hypothesis, resolution) of at least 250 words each

Week 7

Multicloud Operations, Automation, and Lifecycle Management & Security, Identity, and Access Control

  • Describe lifecycle operations including upgrades and how Prism Central orchestrates them

  • Explain where automation fits (APIs, scripting, self-service) and the guardrails needed

  • Outline a patching and upgrade plan with rollback considerations

  • Describe audit and compliance visibility available for administrative actions

Your checkpoint

An operations runbook section covering upgrade sequencing, automation guardrails, and audit review cadence

Week 8

Design and Plan a Nutanix Multicloud Infrastructure & Deploy and Configure Nutanix Clusters and Prism Central & Networking and Network Virtualization (Flow, VLANs, Overlay) & Storage Architecture, Data Protection, and Resiliency & Virtual Machine and Workload Management & Security, Identity, and Access Control & Performance Monitoring, Troubleshooting, and Optimization & Multicloud Operations, Automation, and Lifecycle Management

  • Re-derive the week-1 design brief and correct any errors found against your notes

  • Answer 60 or more practice items across all domains and log every miss with its domain

  • Re-study only the two weakest domains identified by the practice log

  • Write a one-paragraph explanation of each domain's core concept from memory

Your checkpoint

A scored practice log with domain-level accuracy percentages and a prioritized list of remaining weak areas

Milestones

Week 2: Can describe the full Foundation-to-Prism-Central deployment sequence and produce a signed-off pre-deployment checklist without notes

Week 4: Can justify an RF choice with capacity math and explain Flow policy enforcement and RBAC roles accurately

Week 6: Can diagnose a latency complaint by naming the evidence needed at guest, network, and storage layers

Week 8: Practice log shows at least 80 percent accuracy overall, with no domain below 70 percent