What is it?

What exactly is the Microsoft Certified: Azure Virtual Desktop Specialty?

The Azure Virtual Desktop specialty that proves you can deliver and run AVD at scale.

Microsoft Certified: Azure Virtual Desktop Specialty (AZ-140) is the specialty credential for server and desktop administrators who plan, implement, manage, and maintain Azure Virtual Desktop (AVD) experiences and remote apps for any device. Candidates work closely with Azure administrators, architects, Microsoft 365 administrators, and security engineers, and should have experience with Azure compute, networking, identity, storage, and resiliency, plus the ability to manage end-user desktop environments. The exam measures planning and implementing the AVD infrastructure, identity and security, user environments and apps, and monitoring and maintenance. Because AVD is the highest-weighted single domain, hands-on work with host pools, session hosts, FSLogix, and image management is essential. AZ-140 is ideal for VDI and EUC specialists and is a strong follow-on after AZ-104.

The path in brief

1. Build AZ-104-level Azure admin experience
2. Study the free AZ-140 Microsoft Learn paths
3. Deploy and manage AVD in a sandbox subscription
4. Schedule the $165 exam via Pearson VUE
5. Pass with 700/1000 and renew yearly for free

Before you book

Who is eligible to sit the Microsoft Certified: Azure Virtual Desktop Specialty?

Open to all. Anyone may register and sit AZ-140; Microsoft recommends relevant experience but does not restrict eligibility.

Who it is for: VDI and EUC engineers, desktop administrators, and Azure admins running AVD.

The test itself

What is the format of the Microsoft Certified: Azure Virtual Desktop Specialty?

The Microsoft Certified: Azure Virtual Desktop Specialty is administered by Pearson VUE and runs 100 minutes, contains 40–60 (includes hands-on lab tasks) questions and requires 700 / 1000 (scaled) to pass.

The fine print

What are the retake and renewal rules for the Microsoft Certified: Azure Virtual Desktop Specialty?

Proctoring & delivery

Delivered by Pearson VUE. You can sit the exam at a Pearson VUE test center or take it online through OnVUE remote proctoring; the fee is the same for both. Online proctoring requires a quiet, private space, a working webcam, and a system check beforehand.

Retake policy

If you do not pass, you may retake the exam after 24 hours. A second failed attempt requires a 14-day waiting period, and any further attempts also require a 14-day wait between them, up to a maximum of five attempts in a 12-month period.

Score reporting

A pass/fail result is shown immediately after the exam. The official score report is emailed within about 24 hours and is also available in your Microsoft certification profile, with section-level feedback on how you performed.

Recertification

Microsoft role-based, specialty, and fundamentals certifications are valid for 12 months from the date earned. Renew at no cost by passing the shorter online renewal assessment on Microsoft Learn before the credential expires. Retired certifications cannot be renewed and must be re-earned through the active successor if one exists.

Refunds & rescheduling

Exam fees are generally non-refundable once a seat is purchased, but you can cancel or reschedule through Pearson VUE at no charge if you do so at least 24–48 hours before the appointment (exact window varies by region).

What it pays

How much does this credential pay?

$96,800 median for network and computer systems administrators (BLS, May 2024) — but AZ-140 is a scarcity play, not a salary-band play

The honest framing for AZ-140 is different from every other exam on this site, and you should understand it before you spend fifty hours. The Bureau of Labor Statistics has no occupation called "virtual desktop engineer". The closest fit for the AZ-140 audience profile — which Microsoft describes as a server or desktop administrator who designs, implements, manages and maintains Azure Virtual Desktop experiences and remote apps — is Network and Computer Systems Administrators, SOC 15-1244, with a median annual wage of $96,800 as of May 2024. That occupation is projected to decline 3% between 2024 and 2034, which sounds alarming and mostly is not: BLS still projects roughly 19,900 openings a year from replacement need, and the projected decline is driven by exactly the trend AZ-140 sits on top of, which is workload moving from on-premises servers into cloud services. The person administering the cloud service is not the person the decline is describing. What makes AZ-140 economically interesting is not the median. It is scarcity. This is the narrowest credential in the Azure family by a wide margin — a specialty exam covering a single product, with a candidate population a fraction of AZ-104's. The organisations that need it are specific and identifiable: regulated industries that cannot let data leave a datacenter boundary, firms running seasonal or contractor workforces, healthcare and legal estates with heavy application dependencies, and anyone who ran Citrix or VMware Horizon for a decade and is now being asked to move. In those environments AVD competence is not a line on a CV, it is the reason you were hired, and consultancy and contract rates in that niche routinely exceed what a permanent systems administrator salary band suggests. Treat AZ-140 as a differentiator layered on top of general Azure competence rather than as a standalone earner — which is also why we recommend most candidates hold or match AZ-104 knowledge first. The Skillsoft self-reported figure below is included for completeness and, as always, is a worldwide survey average rather than a US government measurement.

Job growth.BLS projects a 3% decline for network and computer systems administrators (SOC 15-1244) through 2034 with ~19,900 annual openings; AVD-specific demand is concentrated in regulated, contractor-heavy and Citrix-migration environments rather than distributed across the occupation

Source: BLS Occupational Outlook Handbook — Network and Computer Systems Administrators

Your schedule

How long should I study for it?

50-75 hours of focused study

AZ-140 is the exam on this site where the study plan has to be shaped by the blueprint's asymmetry rather than divided evenly across it. Planning and implementing an Azure Virtual Desktop infrastructure carries 40-45% — nearly half the exam in one domain — and everything else competes for the remainder. Any plan that gives four domains four equal blocks is mis-allocating a third of your effort. Budget 50 to 75 hours if you already have AZ-104-level Azure knowledge, and expect roughly half of that to sit inside host pools, session hosts, images and storage. The second shaping factor is that AZ-140 is not really an Azure exam. It is a Windows end-user computing exam that happens to run on Azure, and it draws on four separate bodies of knowledge that most candidates hold unevenly: Azure resource management, Windows client and multi-session behaviour, identity join models, and file storage performance. Candidates from a Citrix or VMware Horizon background usually find the desktop concepts trivial and the Azure plumbing hard; candidates from AZ-104 find the reverse. Diagnose which one you are in week zero, because the corrective work is completely different. The third factor is FSLogix. Profile containers are the single highest-yield topic on this exam relative to how little space they occupy on the blueprint, they sit across two domains at once, and in the real world they are the cause of most AVD incidents — which is exactly why the exam tests them so hard. Give FSLogix disproportionate time and, critically, build a working deployment rather than reading about one. One honest constraint on labs: Azure NetApp Files is examinable but effectively un-labbable for a self-funded candidate, because a capacity pool carries a substantial minimum provisioned size billed by the hour. Learn ANF conceptually — when its performance tiers justify the cost over Azure Files — and spend your lab budget on everything else. The official course, AZ-140T00, runs to roughly twelve hours across five learning paths, which is a much healthier ratio to exam depth than AZ-700 offers, but it still will not carry you alone.

1. Week 0 — baseline and diagnosis4-6 hrs

   Work out which half of this exam is your weak half before spending money on labs

   • Take the free official Practice Assessment cold and read the bar chart across the four skill areas — this is a diagnostic, not a score
   • Read the change log on the study guide: the current blueprint is "Skills measured as of July 20, 2026", with the audience profile revised and minor revisions to identity integration, security, FSLogix, user experience and client settings, and installing and configuring apps on a session host
   • Decide honestly which background you have: Citrix/Horizon/RDS (desktop concepts easy, Azure plumbing hard) or AZ-104 (Azure easy, Windows multi-session and profile management hard). The rest of the plan bends around that answer
   • Create a subscription with a spending limit and a budget alert. AVD labs are more expensive than most because session hosts are running VMs — plan to deallocate every evening
   • Confirm you understand AVD licensing eligibility at a high level: which Windows and Microsoft 365 licences entitle you to run Windows multi-session, and what per-user access pricing covers for external users. This is examinable and almost nobody studies it
2. Weeks 1-212-16 hrs/week

   Plan and implement an Azure Virtual Desktop infrastructure (40-45%) — the dominant domain

   • Build a pooled host pool and a personal host pool in the same subscription and keep both. Nearly every scenario question in this domain resolves on which one the requirement implies
   • Understand the object hierarchy cold: host pool → session hosts → application groups (desktop and RemoteApp) → workspace → user assignment. Draw it from memory until it is automatic, because hot-area questions render pieces of it out of context
   • Load balancing: breadth-first versus depth-first, what each optimises for, max session limit, and how the two interact. Then reason about the cost consequence of each, which is how the exam frames it
   • Session host sizing and the Azure regions and availability options available to host pools; validation environments and why you would run one
   • Build a golden image properly: a source VM, sysprep, capture into an Azure Compute Gallery, image versions and replication. Then do it again with Azure VM Image Builder or a custom image template
   • Storage for profiles: Azure Files with the right performance tier and the right authentication method, and Azure NetApp Files as the conceptual alternative. Learn the ANF decision criteria without building one — the capacity pool minimum makes it impractical to lab
   • FSLogix profile containers end to end: install, registry configuration or policy, VHDLocations, container sizing, and Cloud Cache and when it is justified
   • Deliberately break FSLogix once — point it at a share with wrong permissions and watch a temporary profile appear. That failure mode is worth more than an hour of reading
3. Week 310-13 hrs

   Plan and implement identity and security (15-20%)

   • Learn the three session host join models and their consequences: Active Directory Domain Services domain join, Microsoft Entra Domain Services, and Microsoft Entra ID join. This is the most consequential decision in an AVD design and the exam knows it
   • Microsoft Entra Kerberos for Azure Files — how FSLogix profile containers work with Entra-joined session hosts and no line of sight to a domain controller. Flagged as a minor revision in the July 2026 change log and heavily tested
   • Azure Files authentication options side by side: on-premises AD DS, Microsoft Entra Domain Services, Microsoft Entra Kerberos. Know which requires what
   • RBAC for AVD: the built-in roles, who can assign users to application groups, and the separation between Azure control plane permissions and session-level permissions
   • Conditional Access applied to AVD: targeting the right cloud apps, MFA behaviour, sign-in frequency, and why an over-broad policy locks out reconnection
   • Session host security: Defender for Cloud coverage, Microsoft Defender for Endpoint on session hosts, Trusted Launch, disk encryption, and screen capture protection and watermarking
   • RDP properties and device redirection: drive, clipboard, printer, USB, camera and microphone — how they are configured and which are security decisions
4. Week 410-13 hrs

   Plan and implement user environments and apps (20-25%)

   • App attach: package format, staging and registration, and when it beats installing into the golden image. The July 2026 change log flags minor revisions to the app objectives, so read this against current documentation rather than a course recorded last year
   • RemoteApp application groups versus desktop application groups, and the rule that a user assigned to both in the same host pool gets a specific experience — know it exactly
   • Publishing applications: installing into the image, per-user installs and why they fight with pooled multi-session, and Microsoft 365 Apps configured for shared computer activation
   • FSLogix again from the user-experience angle: Office containers versus profile containers, redirections.xml, and what actually roams
   • Group Policy and Intune for session hosts: how each applies to pooled multi-session, and what changes when hosts are Entra ID joined
   • Language packs, time zone redirection, and the client-side settings that generate helpdesk tickets — all of which are explicitly on the blueprint
   • Install the Windows and web clients and connect as a real user. A surprising number of candidates have never seen the workspace subscription flow from the user side
5. Week 58-11 hrs

   Monitor and maintain an Azure Virtual Desktop infrastructure (10-15%)

   • Azure Monitor Insights for Azure Virtual Desktop: wire up a Log Analytics workspace, enable the right diagnostic settings, and look at real data from your lab host pool
   • Know which diagnostic categories exist and which question each answers — connections, errors, checkpoints, host registrations, feeds
   • Autoscale and scaling plans: schedules, ramp-up and ramp-down, drain mode, and the difference between a scaling plan and simply deallocating VMs on a schedule
   • Session host maintenance: drain mode, session host update, Azure Update Manager, and how you replace hosts built from a new image version without disrupting users
   • Business continuity: what actually needs backing up in an AVD estate (profile data and images — not pooled session hosts), and how a multi-region design is structured
   • Troubleshoot deliberately: force a host registration failure, a profile load failure and a connection failure, then find each one in the logs
6. Week 68-12 hrs

   Consolidation and format rehearsal

   • Design a complete AVD estate on paper from a written requirement: host pool type, load balancing, image strategy, storage platform, join model, profile configuration, scaling plan and monitoring. Then do it again with one requirement changed and see what cascades
   • Re-take the official Practice Assessment and compare with your Week 0 chart. Any remaining weakness in the 40-45% infrastructure domain gets all your remaining hours — weakness there is not recoverable elsewhere
   • Re-read the AVD documentation sections behind every objective the July 2026 change log flagged as revised
   • Run one session in the free exam sandbox at aka.ms/examdemo so that no item format is unfamiliar on the day
   • Delete your lab resource groups. Session hosts left running are the most common surprise bill on this exam

What to buy

Which study resources are worth paying for?

The AZ-140 market is the thinnest of any exam on this site, which is a direct consequence of the small candidate pool. There are fewer courses, fewer question banks and less community content than for AZ-104 or AZ-305 — but the official material is unusually good here, and the product documentation plus a real lab subscription will carry you further on this exam than paid video will.

Prices checked 2026-08-04 and expressed as USD list prices before regional adjustment, sales, employer discounts or student pricing. Udemy list prices are close to fictional; the sale price is the real price. We take no commission from any provider listed and the ordering reflects our editorial judgement of usefulness for this specific exam, not any commercial relationship.

What you'll face

What question types will I see?

AZ-140 is a specialty role-based exam and Microsoft's certification page states two things worth planning around: you have 100 minutes to complete the assessment, and you may have interactive components to complete as part of it. Microsoft does not publish a question count, and it varies by form. The item library is the standard one — multiple choice and multiple response, drag-and-drop and build-list, hot area, active screen, repeated-scenario yes/no sets, mark for review and a review screen, with case studies and interactive labs appearing on some forms — but the character of the questions is distinctive in two ways. The first is that AZ-140 is the most troubleshooting-heavy exam in the Azure family. A very large share of items describe a symptom rather than a requirement: users receive temporary profiles, a session host will not register, an application does not appear in the workspace, reconnection prompts for MFA every few minutes. You are being asked to run a diagnostic tree, and the plausible-but-wrong options are typically real mechanisms that fix a different symptom. The second is a heavy reliance on configuration-surface items. Hot area questions rendering host pool settings, RDP properties, FSLogix configuration values, scaling plan schedules or Azure Files authentication options are common, and they reward candidates who have actually looked at those screens over candidates who have read about them. Because AZ-140 is a specialty role-based exam rather than Fundamentals, the in-exam Microsoft Learn panel is available — learn.microsoft.com minus Q&A, practice assessments and your signed-in profile, split-screen, clock running, no extra time — which is genuinely useful for looking up a configuration reference and near-useless for a design scenario. Every format can be rehearsed free at aka.ms/examdemo. Items cover generally available features; preview functionality appears only where it is in common use.

Samples are written by our editors to illustrate the published AZ-140 skills outline (skills measured as of 20 July 2026). They are not real exam items, are not drawn from any question bank, and no live Microsoft exam content is reproduced anywhere on this page. Microsoft's free exam sandbox at aka.ms/examdemo is the authoritative place to rehearse the interface and item formats.

Reference

What are the key facts about the Microsoft Certified: Azure Virtual Desktop Specialty?

Microsoft Certified: Azure Virtual Desktop Specialty is a certification credential; awarded by Microsoft; the exam fee is $165 USD; typical preparation is 2–3 months of study; holders typically earn $95,000 – $135,000.

In short

Is the Microsoft Certified: Azure Virtual Desktop Specialty worth it?

• AZ-140 is the Azure Virtual Desktop Specialty exam; the AVD infrastructure domain is 40–45% of the test.
• The exam is 40–60 questions (with labs) in about 100 minutes; the passing scaled score is 700/1000.
• Microsoft's published weights are AVD infrastructure 40–45%, identity/security 15–20%, user environments/apps 20–25%, and monitoring/maintenance 10–15%.
• It costs $165 and renews for free every 12 months via a Microsoft Learn assessment.

Worth comparing

How does the Microsoft Certified: Azure Virtual Desktop Specialty compare with similar credentials?

• Microsoft Certified: Azure Administrator Associate Microsoft

Trust

Where does this information come from?

Everything above is taken from the awarding body's own published material. Fees, question counts and domain weights are revised regularly — check the official page before you pay.

• Microsoft Awarding body
• Official Microsoft Certified: Azure Virtual Desktop Specialty exam page Exam page
• Microsoft certification programme Programme rules

Research confidence: high · Last reviewed 2026-08