NCM-MCI study plan
NCM-MCI · Give each week a clear focus.
8 weeks · About 7 hours per week
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
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
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
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
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
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
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
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