The Nutanix Certified Professional - Multicloud Automation V6.10 (NCP-MCA) exam validates your ability to design, deploy, and manage automation solutions across multicloud environments using Nutanix technologies. This certification is ideal for infrastructure engineers, cloud architects, and automation specialists who work with Nutanix platforms. This page provides a clear roadmap of exam topics, question formats, and preparation strategies to help you study effectively and pass with confidence.
Use this topic map to guide your study for Nutanix NCP-MCA (Nutanix Certified Professional - Multicloud Automation V6.10) within the Nutanix Certified Professional path.
The NCP-MCA exam uses a mix of question types designed to assess both conceptual knowledge and practical decision-making in automation scenarios.
Questions progress in difficulty and emphasize practical application of automation principles in multicloud environments.
Structure your study around the three core topic areas, allocating time based on your experience level and role. A typical 4-6 week plan works well for candidates with foundational Nutanix knowledge. Combine conceptual study with hands-on practice to reinforce learning and build confidence.
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Validation of blueprints, runbooks, and playbooks and deployment of self-service components tend to account for a significant portion of exam questions because they directly apply to daily work. Automation concepts and principles form the foundation and appear throughout the exam in various contexts. A balanced study approach covering all three domains is recommended, with extra attention to hands-on configuration scenarios.
In practice, you first design automation using core principles, then implement self-service capabilities so users can trigger workflows, and finally validate that everything works as intended. For example, you might design a blueprint based on automation best practices, expose it through a self-service catalog, and then test it under production-like conditions to catch errors before users rely on it. Understanding this flow helps you answer scenario questions correctly.
Direct experience building and testing blueprints and runbooks in a Nutanix environment is invaluable. If you have access to a lab, prioritize creating simple automation workflows, configuring self-service portals, and running validation tests. Even without a full lab, studying configuration screenshots, working through practice scenarios, and understanding the logic of automation tools will strengthen your exam readiness.
Many candidates confuse similar automation concepts or overlook validation requirements in scenario questions. Others rush through reading requirements and miss key details about user roles, approval workflows, or error handling. Taking time to read each question fully, identifying what is being asked, and reviewing answer explanations during practice tests helps you avoid these pitfalls on exam day.
Focus on your weakest topic areas identified during practice tests, review scenario-based questions that relate to your role, and do a final timed practice test to confirm readiness. Avoid cramming new material; instead, reinforce concepts you already understand and clarify any lingering confusion. Get adequate sleep the night before the exam and arrive early to settle in and review any last-minute notes.
A company wants to adopt a charge-back model for their virtual infrastructure. They have purchased NCM Pro licenses to help with this initiative. With Prism Central, they have created a Category: CostCenter.
Each new VM created must have a CostCenter value assigned to it. The VM requestor should enter their cost center when they request a VM from the Marketplace. The administrator has enabled Pulse to support Cost Governance as part of the solution.
How can the administrator complete this task in Self-Service?
Which component must first be configured to allow Self-Service to deploy workloads to public cloud environments?
What must be enabled on a Project to allow modification of a Scheduler Job created by someone else?
An automation developer has been tasked with creating a Self-Service multi-VM blueprint to deploy a Windows Server VM on AHV for testing purposes. One of the requirements for this blueprint is to determine a custom hostname for the VM before it is actually provisioned.
Which phase in the automation workflow should the developer create a set-variable to perform this hostname creation?