VMware Desktop Management Design Exam 3V0-752 – Practice Test

What’s Included in This Course

• Two full-length, exam-style practice tests
  
  

• Mobile-compatible platform for on-the-go learning
  
  

• Full lifetime access to all course materials and future updates
  
  

• Instant access upon enrollment
  
  

• Udemy discount code applied: MT180825G1

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Course Overview

This course is meticulously designed for IT professionals and certification candidates preparing for the 3V0-752 VMware Certified Advanced Professional – Desktop Management Design (VCAP-DTM Design) exam. The certification is a significant milestone in the VMware certification path, aimed at validating the expertise required to design, plan, and architect complex desktop and application virtualization solutions using VMware Horizon and its associated technologies. Passing this exam proves that a professional has advanced skills and the ability to deliver enterprise-grade desktop management solutions that meet business needs effectively.

The 3V0-752 exam itself is challenging and comprehensive. It tests not only theoretical knowledge but also the candidate’s practical understanding of how to create scalable, efficient, and secure desktop environments. VMware Horizon, a key technology in this domain, allows centralized management and delivery of virtual desktops and applications, offering flexibility and control for organizations. The exam focuses on the design aspects, requiring candidates to demonstrate proficiency in developing conceptual, logical, and physical designs that incorporate VMware’s latest desktop virtualization features and best practices.

To address the multifaceted nature of the exam, this course adopts a hands-on, scenario-based approach. It provides realistic practice tests that mirror the structure, complexity, and time constraints of the actual VCAP-DTM Design exam. This ensures that learners not only become familiar with the types of questions they will face but also build the critical thinking skills necessary to analyze and solve real-world design problems effectively. The course content is carefully crafted to challenge candidates in areas such as Horizon conceptual design, logical and physical architecture, storage planning, networking, desktop pool configurations, application services integration, and endpoint management.

A key benefit of this course is its detailed explanations accompanying every question. These explanations go beyond simply indicating the correct answer—they delve into the rationale behind the choices, alternative design approaches, and potential pitfalls. This enriches the learning experience, helping candidates deepen their understanding and retain critical concepts more effectively. By working through these guided practice tests, learners gain insight into VMware’s recommended design principles, industry standards, and customer-focused solution design methodologies.

The course also addresses the Minimally Qualified Candidate (MQC) profile, ensuring that the material suits professionals with a foundational understanding of VMware vSphere and advanced knowledge of VMware End-User Computing (EUC) technologies such as Horizon (7.1/7.2), ThinApp, vSAN, Workspace ONE, App Volumes, vRealize Operations for Horizon, Identity Manager, and User Environment Manager. The design challenges in the course reflect typical scenarios that such professionals encounter in production environments, where they must recommend, architect, and justify solutions that align with customer goals and operational constraints.

Beyond exam preparation, this course empowers candidates with practical skills that extend into everyday professional roles. The knowledge gained here is directly applicable to designing robust, scalable virtual desktop infrastructures (VDI) that optimize performance, enhance security, and improve user experience. It also prepares candidates to contribute effectively to architectural planning, client consultations, and infrastructure optimization projects within their organizations.

With comprehensive coverage of the eight major exam sections—including conceptual design, logical design, physical design for vSphere and Horizon components, storage, networking, desktops and pools, application services, and endpoint integration—this course leaves no topic untouched. It also encourages candidates to think critically about design trade-offs, cost considerations, scalability challenges, and the impact of emerging technologies on desktop virtualization.

Course Structure

The 3V0‑752 (VCAP‑DTM Design 2024) exam is a specialized, expert-level certification that assesses your ability to plan, analyze, and design comprehensive VMware Horizon solutions, including its supporting ecosystem. As a VMware Certified Advanced Professional in Desktop Management Design, achieving this certification confirms that you can architect complex virtual desktop deployments using VMware technologies.

This exam emphasizes advanced architectural knowledge across the full life cycle of designing Horizon environments. You'll delve into critical design stages:

• Creating a Conceptual Design: Gathering client requirements, evaluating business needs, recognizing risks, constraints, and assumptions, and aligning them to functional use cases.
  
  

• Developing a Logical Design: Translating business requirements into a logical solution architecture, ensuring availability, manageability, performance, recoverability, and security are embedded in the blueprint.
  
  

• Designing Physical Infrastructure for vSphere and Horizon: Crafting scalable pod and block architectures, and integrating additional Horizon services within VMware’s ecosystem.
  
  

• Structuring Storage Solutions: Optimizing physical storage layouts for infrastructure support, View desktops pools, applications, and tiered storage models, including vSAN integration.
  
  

• Designing Horizon Networking: Planning network and security topology tailored to capacity, bandwidth, and protocol tuning requirements for Mirage and Workspace ONE environments.
  
  

• Configuring Desktop and RDS Pools: Architecting master images, desktop pools, and RDS farms while optimizing OS services and application performance.
  
  

• Integrating Application Services: Ensuring dynamic delivery through Horizon Application tools, delivering through Active Directory and Workspace ONE, and sizing RDS-based application services.
  
  

• Incorporating Endpoints: Designing endpoint connectivity, management aspects, and endpoint security needs in a Horizon deployment.

Exam Length and Format

Candidates have 135 minutes to complete the exam, which consists of approximately 60 questions. The exam is administered via Pearson VUE testing centers and costs $450 USD, with a passing score set at 300 out of 500 points. 

The question types are varied and designed to evaluate practical understanding and design reasoning—not just rote memorization. Expect to encounter:

• Multiple-choice questions, many of which walk you through design logic.
  
  

• Drag-and-drop scenarios, for tasks like ordering design steps or mapping components.
  
  

• Matching or “hot area” questions, typically dealing with architecture mapping.
  
  

• Logical scenarios, possibly involving configuration diagrams where you deduce the best architectural approach. 

Design-Oriented and Scenario-Based Challenge

The exam embodies what it means to be the “minimally qualified candidate” — someone who stands ready to design enterprise desktops with Horizon components such as ThinApp, vSAN, Workspace ONE, App Volumes, and vRealize Operations. It targets professionals with over five years in IT, including at least a year of hands-on design experience with Horizon environments. 

The focus is on conceptualization, decision-making, and customization. For instance:

• You might be asked to determine how many Connection Servers are needed in a high‑availability setup, based on concurrent user numbers.
  
  

• Or you might need to choose the most appropriate desktop pool technology—such as Instant Clones, linked clones, or RDSH—based on design constraints like scalability or time to deployment.
  
  

• You could also encounter endpoint design decisions, like whether to deploy Unified Access Gateway with session affinity and SSL offloading in remote access scenarios. 

These nuanced scenarios ensure that candidates can navigate real-world architectural dilemmas that Horizon deployments commonly face.

Why This Structure Matters

The 3V0‑752 exam isn’t about simple recall—it tests your ability to think like an architect. You must demonstrate that you can analyze requirements, plan robust and scalable environments, select appropriate technologies, and map logical constructs to physical deployments.

Understanding the structure and expectations of the exam arms you with the right mindset: to think strategically, apply knowledge contextually, and design infrastructure that meets performance, availability, manageability, and security goals.

By structuring this course around the actual exam domains and question types, learners gain realistic practice and build real-world competence. Whether your goal is certification or professional architectural mastery, this exam structure ensures you're prepared for both.

Key Domains and Topics Covered

To help you succeed, this course is structured around the core domains defined by VMware for the VCAP-DTM Design certification. The practice exams simulate real exam structure, focusing on these areas:

1. Conceptual Design for Horizon Environments

This section tests your ability to assess customer requirements and business goals. You’ll need to convert those into conceptual designs for VMware Horizon deployments, focusing on availability, scalability, and future-proofing. Topics include:

• Requirements gathering
  
  

• Use case definition
  
  

• Application workload profiling
  
  

• Capacity planning

2. Logical Design for Horizon Deployments

In this domain, you will be required to create logical designs that define relationships between components within the solution architecture. This includes:

• Component interaction mapping
  
  

• User personas
  
  

• Use case alignment
  
  

• Logical flow of desktop and application delivery

3. Physical Design of Horizon and vSphere Components

This segment focuses on your ability to transform conceptual and logical designs into physical architectures. You must consider:

• Server hardware specifications
  
  

• Cluster sizing for vSphere
  
  

• Horizon Connection Server placement
  
  

• Redundancy and failover configurations

4. Horizon Storage Architecture

Designing an efficient and resilient storage solution for VDI environments is critical. You’ll be tested on:

• Sizing storage tiers (SSD, hybrid, vSAN)
  
  

• Estimating IOPS per user
  
  

• Storage policies and deduplication
  
  

• Handling persistent vs. non-persistent desktops

5. Network Design for Horizon Implementations

This section covers designing a robust network architecture to support the desktop infrastructure. You must understand:

• VLAN and subnet planning
  
  

• Traffic segmentation for VDI
  
  

• Load balancing design
  
  

• Bandwidth considerations

6. Horizon Desktops and Pools

You’ll design the structure and configuration of desktop pools, application delivery, and integration with Active Directory. Topics include:

• Desktop image planning
  
  

• Instant clones vs linked clones
  
  

• Pool configuration strategies
  
  

• Application layering and ThinApp

7. Application Integration and Services

Integrating key services and applications into your design is an essential part of a Horizon deployment. You will explore:

• App Volumes
  
  

• ThinApp
  
  

• Workspace ONE integration
  
  

• vRealize Operations for monitoring

8. Endpoints and Device Access Design

Modern Horizon environments must consider a wide range of endpoint devices and access patterns. This part includes:

• Zero clients, thin clients, and mobile access
  
  

• BYOD policies
  
  

• Endpoint security
  
  

• Remote access (VPN, Unified Access Gateway)

Who Should Take This Course?

This practice test course is built for individuals actively preparing for the 3V0-752 exam and working toward their VCAP-DTM Design certification. It is ideal for:

• IT architects focused on virtual desktop infrastructure
  
  

• Systems consultants designing Horizon solutions
  
  

• Senior infrastructure engineers responsible for EUC platforms
  
  

• VMware professionals expanding into architecture-level roles
  
  

• IT professionals seeking VMware’s advanced-level certifications

A successful candidate typically has:

• Over 5 years of general IT experience
  
  

• At least 12 months designing Horizon and EUC solutions
  
  

• Strong hands-on experience with VMware Horizon, ThinApp, App Volumes, vSAN, Workspace ONE, and related technologies

Prerequisites and Recommendations

There are no formal training prerequisites enforced by VMware for this exam. However, based on the expected profile of the Minimally Qualified Candidate (MQC), you should already possess the following:

• Familiarity with VMware vSphere and core virtualization concepts
  
  

• Working knowledge of VMware Horizon 7.1/7.2 features and administration
  
  

• Understanding of network design principles and infrastructure planning
  
  

• Experience with desktop virtualization strategies in enterprise settings
  
  

• Awareness of VMware management and monitoring tools such as vRealize Operations

Suggested training resources include:

• VMware’s official VCAP-DTM Design documentation
  
  

• VMware Horizon 7.x deployment guides
  
  

• VMware Hands-on Labs
  
  

• Whitepapers and design reference architectures provided by VMware

Practice Exam Details

This course includes two comprehensive practice exams designed to reflect the scope, difficulty, and timing of the real 3V0-752 exam.

Practice Exam 1

• 35 carefully selected questions
  
  

• Covers a balanced set of all design domains
  
  

• Timed and scored to simulate exam pressure

Practice Exam 2

• 30 questions
  
  

• Focused more on scenario-based and complex logic design questions
  
  

• Includes answer explanations and references for further study

These practice exams are structured to not only test your retention but also improve your critical thinking, which is essential for passing VMware's design-level exams.

Learning Objectives

By the end of this course, you should be able to:

• Analyze customer requirements to define business and technical goals
  
  

• Translate requirements into conceptual, logical, and physical designs
  
  

• Recommend and justify Horizon design decisions for storage, compute, network, and security
  
  

• Select appropriate Horizon features to meet specific business challenges
  
  

• Design VMware Horizon solutions that are scalable, available, and manageable
  
  

• Confidently approach the 3V0-752 exam with familiarity and preparedness

How This Course Helps You

The VMware Certified Advanced Professional – Desktop Management Design (VCAP-DTM Design) certification is known for its rigor and depth, requiring not only technical knowledge but also the strategic thinking necessary to architect complex solutions. This course is tailored to guide you through that journey, offering targeted support and effective preparation methods to help you succeed.

One of the primary ways this course helps is by simulating the actual exam environment. The included practice tests are structured to reflect the timing, complexity, and scenario-driven nature of the real 3V0-752 exam. By practicing under these realistic conditions, you’ll build the mental stamina and confidence needed to perform under pressure. This significantly reduces exam anxiety, as you'll become familiar with the format and pacing required to complete the test successfully.

The course also serves as a diagnostic tool. As you progress through the questions and detailed explanations, you'll identify specific areas where your understanding may be lacking. This allows you to focus your study time efficiently, targeting the topics that need the most attention.

Furthermore, the practice exams are crafted using VMware’s recommended design frameworks and methodologies. You’ll gain insight into how VMware expects architects to evaluate customer requirements, assess constraints, define use cases, and apply appropriate design principles. This not only prepares you for the exam but also enhances your real-world design capabilities.

By completing this course, you demonstrate to employers and clients that you possess the advanced skills needed to architect, recommend, and justify enterprise-level VMware Horizon deployments. It validates your readiness to work in high-impact roles such as End-User Computing Architect, Systems Engineer, or Solutions Consultant. Whether you're seeking certification for career advancement or to prove your expertise in the field, this course provides the essential tools and confidence you need to reach your goal.

Course Format and Accessibility

This course has been thoughtfully designed to meet the needs of modern IT professionals, offering a highly accessible, flexible, and engaging learning experience. Whether you're preparing for the VMware 3V0-752 VCAP-Desktop and Mobility Design certification or simply expanding your architectural design knowledge, this course provides the ideal environment to study efficiently and succeed confidently.

Multi-Device Accessibility

Understanding that today’s learners are constantly on the move and often balancing busy professional and personal lives, this course is fully optimized for cross-platform accessibility. You can seamlessly access the course from desktop computers, laptops, tablets, and smartphones—all you need is an internet connection and a web browser or mobile app. This ensures you can learn whenever and wherever it's convenient for you—whether you're at home, commuting, or taking a break during your workday.

You might choose to review a module on your tablet while relaxing in the evening or take a short quiz using your phone during lunch. The responsive course design ensures that all content, including diagrams, scenario questions, and quizzes, render correctly across devices. The interface is user-friendly, with clear navigation menus and easy tracking of progress.

Lifetime Access and Continual Updates

When you enroll in this course, you receive lifetime access to all course content, including any future updates. This is especially important in the field of virtualization and digital workspace solutions, where VMware Horizon and associated tools evolve rapidly with new versions and best practices. As VMware releases updates to its platform or changes the certification blueprints, the course content will be updated accordingly to reflect the most relevant and accurate information.

You’ll never need to worry about your course becoming outdated. With lifetime access, you can return at any time to refresh your understanding, rewatch key video lessons, or practice a particular set of exam questions. Whether you're studying now or need to revisit the material a year later for real-world implementation, the course remains a valuable resource throughout your professional journey.

Flexible, Self-Paced Learning

A core advantage of this course is its self-paced structure, which puts you in complete control of your study schedule. There are no strict deadlines or class times. Instead, you can move through the material at a pace that fits your learning style, work responsibilities, and other commitments.

Whether you prefer to complete the course intensively over a week or spread it out over several months, the choice is yours. Each module is structured in digestible segments, allowing you to absorb complex architectural concepts without becoming overwhelmed. The course format encourages incremental learning, ensuring better retention and comprehension.

Modules are organized logically based on the VMware exam blueprint and real-world workflows. For example, you’ll begin with conceptual design foundations before progressing to logical and physical infrastructure planning, covering everything from desktop pool architecture to network segmentation and application layering.