VCI Registration Part 1 study plan
VCI Registration Part 1 · Give each week a clear focus.
8 weeks · About 6 hours per week
VMware Technology and Product Fundamentals
Diagram the ESXi hypervisor architecture, labeling the VMkernel, virtual machine monitor, and guest VM layers
Describe how vCenter Server coordinates hosts, clusters, and inventory objects in a vSphere environment
Identify the files that make up a virtual machine (configuration, disk, snapshot, log) and state each file's role
Explain how CPU and memory overcommitment, reservations, limits, and shares affect VM scheduling
Your checkpoint
A one-page annotated vSphere architecture diagram plus a 20-question self-quiz scored at 80% or higher
VMware Technology and Product Fundamentals & Data Center Virtualization and Cloud Infrastructure Concepts
Compare vSphere editions and feature bundles to determine which licensing tier supports a given scenario
Map core products (ESXi, vCenter, vSAN, NSX, Aria Operations) to the data center problems each solves
Define software-defined data center layers and explain how compute, storage, and network virtualization interact
Summarize how a cluster's vSphere HA and DRS features sustain availability and balance load
Your checkpoint
A feature-to-edition comparison matrix covering at least 10 vSphere capabilities with a one-line use case each
Data Center Virtualization and Cloud Infrastructure Concepts
Differentiate block, file, and object storage and match each to appropriate virtualized workloads
Contrast on-premises, hybrid, and public cloud deployment models using availability, cost, and control criteria
Explain the purpose of a hypervisor in abstracting physical resources and enabling workload mobility
Describe how network virtualization separates logical topologies from physical switch and router configuration
Your checkpoint
An SDDC reference architecture diagram with each layer labeled and a short written justification of two design trade-offs
Data Center Virtualization and Cloud Infrastructure Concepts & VMware Technology and Product Fundamentals
Interpret common data center availability metrics (RTO, RPO, uptime targets) and apply them to a backup design
Trace a VM's resource path from physical NIC and storage array through the hypervisor to the guest OS
Diagnose three plausible causes of a VM that powers on but cannot reach the network
Rehearse a 10-minute explanation of vSphere architecture without notes or slides
Your checkpoint
A timed 40-question practice exam on Domains 1 and 2, scored at 80% or higher, with every missed item reviewed in writing
Instructional Delivery and Presentation Skills
Structure a technical lesson with a hook, sequenced body, checkpoint questions, and a summarizing close
Write five measurable learning objectives using observable action verbs and explicit success criteria
Build a slide deck that limits text density and uses diagrams to carry the explanatory load
Deliver a 15-minute lesson segment while tracking pacing against a planned timeline
Your checkpoint
A recorded 15-minute lesson segment with a completed self-evaluation rubric scoring pacing, clarity, and slide design
Instructional Delivery and Presentation Skills & Lab Environment Preparation and Classroom Management
Pose layered questions (recall, application, troubleshooting) and redirect answers without answering for the learner
Facilitate a question-and-answer segment, including handling an incorrect or challenging participant response
Write step-by-step lab instructions with prerequisites, expected output, and a rollback path
Set up and sequence a classroom lab so each student task has a verifiable completion checkpoint
Your checkpoint
A live 30-minute teach-back including a hands-on demo, evaluated by a peer against a written rubric with three improvement actions
Lab Environment Preparation and Classroom Management
Build a nested lab with two ESXi hosts and one vCenter Server, documenting IP, DNS, and credential settings
Configure and validate snapshots and revert operations so a broken lab can be restored within 10 minutes
Draft a student account and permission provisioning checklist that satisfies least-privilege practice
Write a troubleshooting runbook covering five common lab failures, such as DNS resolution and host disconnection
Your checkpoint
A working nested lab that survives a deliberate break-and-revert test, plus a one-page reset checklist timed under 10 minutes
VMware Technology and Product Fundamentals & Data Center Virtualization and Cloud Infrastructure Concepts & Instructional Delivery and Presentation Skills & Lab Environment Preparation and Classroom Management
Complete a full-length timed mock exam under exam conditions and score each domain separately
Remediate the two weakest objectives by re-teaching each aloud and rewriting condensed summary notes
Consolidate four one-page reference sheets, one per domain, without copying source text
Deliver a 10-minute capstone presentation that explains a virtualization concept and demonstrates a lab task
Your checkpoint
A full mock exam scored at 85% or higher with all domain scores recorded, plus the capstone presentation delivered and self-scored
Milestones
Week 2: Explain the vSphere component stack and edition differences from memory in under 5 minutes, and score at least 80% on a 15-question Domain 1 quiz
Week 4: Score 80% or higher on the 40-question Domains 1 and 2 exam, and diagram the SDDC layers from a blank page in 10 minutes
Week 6: Deliver a 30-minute teach-back with no more than two rubric items below proficient, and complete a lab reset without instructor help
Week 8: Score 85% or higher on the full mock exam with no domain below 75%, and reset the entire lab environment in under 10 minutes