Passing VCP-VCF Architect Exam

原文：Passing VCP-VCF Architect Exam — theDXT (Daniel Keer)

I recently passed the VCP-VCF Architect exam, specifically the 2V0-13.25 version, and I want to share my experience with the VMware Certified Professional – VMware Cloud Foundation Architect exam.

My VMware Certified Professional – VMware Cloud Foundation Architect Certification

In this post, I will share my experience taking the VCP-VCF Architect exam and studying tips.

Exam Details

The VMware Cloud Foundation Architect 2V0-13.25 exam contains 60 multiple-choice questions, and you have 135 minutes to complete the exam. You need a score of 300 points or higher to pass the exam. The exam may contain unscored questions (you won’t know which questions are unscored).

During the exam, you can flag questions you are unsure about for review, so you can circle back to them before submitting the exam for grading. To help narrow down your choices, you can right-click an answer to add a strikethrough.

The 60 questions you get are pulled from a pool of questions, meaning if two people take the exam, they may not have the same questions.

What the Exam Actually Covers

The official exam guide breaks the blueprint into a handful of sections, and knowing the shape of them changes how you study. Roughly, the exam tests architecture and design methodology, the VMware Cloud Foundation components and how they relate, requirements gathering and validation, and the lifecycle operations that keep a fleet healthy. What it does not test in any depth is command syntax. There are no CLI questions asking for the exact flag to add an ESXi host. The question is almost always about the decision — which design, which component, which trade-off, which requirement wins.

Exam blueprints do shift between releases — the current 2V0-13.25 guide is the only authoritative list of sections and their relative weight, so download it and read it twice: once before you start studying, once the week before you sit the exam.

Studying

The way I prepared for the VCF Architect exam was a bit different from how I prepared for the VCF Admin exam. There was a weekly study session, but unfortunately, there was only one session. The study session was recorded and posted to YouTube. Here is the YouTube playlist of the VCF Architect exam study session.

There’s also an exam guide published by Broadcom, you can find the official exam guide here. The study session covers sections 1 and 2 from the exam guide. I found that the study session was fundamental for preparing me for the exam.

I didn’t realize until after I took the exam that there is a VMware Cloud Foundation 5.2 Architect (2V0-13.24) VMware {code} Community Exam Guide, which is a Google Doc and can be found here. The VMware {code} Community Exam Guide is a copy of the official exam guide, but it has notes and details about each tested section to help you study. While the community exam guide is based on VCF 5.2, the core concepts remain the same.

A Study Plan That Fits Around a Job

Most people preparing for this exam are working full time. A six-week plan that allocates a few focused hours a week beats a weekend of cramming, because the exam rewards understanding of relationships rather than recall of facts.

The recorded study session is the single highest-value resource here because it is delivered by people who write and review the exam questions. It covers the first sections of the blueprint directly, and it anchors the vocabulary the questions use. Watch it once at speed to get the map, then again with the exam guide open, pausing on anything that does not immediately make sense.

Conceptual, Logical and Physical Design: The Three-Layer Model

This is the part of the exam that catches people who are strong practitioners but have never had to articulate why they designed something a particular way. The three layers are progressive: each one adds detail and inherits every decision from the layer above it. Learn them as a chain, not as three separate documents.

The conceptual design captures the whole problem space without committing to products or numbers. It holds all requirements, business as well as technical, every constraint (an existing storage platform that must be reused, a licensing limit, a compliance rule), the risks you identified and how you intend to mitigate each of them, and the assumptions you are making along with how you will validate them. If a statement cannot be traced back to a requirement, a constraint, a risk or an assumption, it does not belong in the conceptual design.

The logical design takes that problem statement and makes decisions. It answers questions such as whether workloads are separated by cluster, how many failure domains the design needs, and whether management components are consolidated or kept apart. It stays deliberately light on technical detail but must record the reasoning behind each decision — the exam frequently asks why a decision would be made, not what the resulting configuration looks like. A logical design without justifications is just an early physical design, and that distinction is worth marks.

The physical design is where the numbers arrive: host counts, CPU and memory reservations, storage profiles and policies, VLAN and subnet plans, DNS and NTP layout, IP addresses and the sizing of each component. Everything in it should trace upward to a logical decision, which traces upward to a requirement. When a question in the exam asks you to place a statement at the correct layer, the test is whether it contains a product-specific number (physical), a design decision with a rationale (logical), or a need, constraint, risk or assumption (conceptual).

AMPRS: The Quality Framework Behind the Questions

Availability, Manageability, Performance, Recoverability and Security — you will see the acronym written as AMPRS and sometimes as RAMPS, and the order is not what matters. What matters is that many design questions are really asking you to improve one of these five qualities while accepting the cost to another. Being able to name the trade-off is the skill the exam is measuring.

• Availability: how much downtime the business will tolerate and how the design survives the loss of a component, a host, a rack or a whole site. More availability usually costs money and complexity.
• Manageability: how day-two operations feel. Fewer moving parts, consistent tooling and automated lifecycle management improve it; bespoke per-cluster configuration destroys it.
• Performance: whether the workload meets its latency and throughput targets at peak. Often in tension with availability.
• Recoverability: how quickly and completely you can restore service after a failure or destructive event, and how you prove it works (a backup you have never restored is an assumption, not a control).
• Security: identity, network segmentation, least privilege and the ability to prove compliance. Frequently costs manageability.

A practical exercise: take any design decision you have made recently — say, putting management components in their own cluster — and write one sentence for each of the five qualities describing whether the decision improves, degrades or leaves it unchanged. If a scenario in the exam presents two options, this is the analysis that separates them.

My Thoughts

The VCF Architect exam can sound very daunting because of the word architect, but don’t let that scare you off. I actually found it a bit easier than the VCF Administrator exam.

I did take this exam a bit more blind than the VCF admin exam, but not totally blind. I don’t think I could’ve passed this exam fully blind. I think the core reason I passed is that I’ve been reading and experimenting extensively with VCF, and I’ve had to plan and deploy various IT solutions while communicating high-level plans to both technical and non-technical stakeholders.

A big thing to remember is that a VCF Fleet can have more than one VCF Instance, and each VCF Instance can share some of the VCF Fleet components.

Another thing to remember is how each part of AMPRS (Availability, Manageability, Performance, Recoverability, and Security) differs from the others. AMPRS is sometimes also called RAMPS. I also recommend understanding how technical and business requirements differ.

I recommend that you also make sure you understand the differences between a conceptual design, a logic design, and a physical design, as it’s a core part of the exam. Here’s a quick refresher.

• Conceptual design is the high-level solution design that includes all requirements (business and technical), constraints (for example, the need to use existing storage), risks and how you will mitigate them, and any assumptions and how you will validate them.
• Logical design builds on the conceptual design and includes design decisions, while keeping technical details at a high level. It also includes the reasons for a design decision.
• Physical design builds on the logical design and contains all the technical details.

If you are planning to take the exam, I highly recommend using the studying resources I used. You can also join the Broadcom Community Programs Discord server, as there are a few channels about certifications. Here is the Discord server invite link https://discord.gg/cAgPKfAPnd

Exam-Day Tactics

Sixty questions in one hundred and thirty-five minutes is a little over two minutes per question, which is comfortable if you do not stall. Flag anything you are unsure about and move on; coming back with fresh eyes is far cheaper than spending five minutes on a single question and rushing the last ten. The interface lets you right-click an answer to strike it through, so use elimination actively — on architect-style questions, removing two clearly wrong options usually leaves one obviously best answer.

A few habits that consistently pay off. Read the question for its qualifier, because "which is the primary benefit", "which is the best first step" and "which most directly addresses" are not the same question as "which is true". Treat absolute words such as "always" and "never" in an option as a warning sign. Answer every question — there is no penalty for a wrong answer, and a blank guarantees zero. Finally, remember that some questions may be unscored and you have no way to identify them, so a question that seems oddly worded is not a signal to panic and re-plan your whole approach mid-exam.

Common Mistakes

• Assuming "architect" means deep product configuration knowledge. Depth helps you reason, but the questions reward design judgement far more than CLI recall.
• Memorising component lists without their relationships. The exam keeps returning to how pieces depend on and interact with one another.
• Treating business requirements as background noise. Requirements analysis and stakeholder communication are stated topics, not context.
• Confusing the design layers. Placing a physical artefact in the conceptual design is an easy way to lose marks.
• Not knowing the fleet model. If you cannot say what a fleet is, what an instance is, and which components can be shared, you will struggle with the scenarios.

After You Pass

The certification is not permanent. Broadcom expects certified professionals to recertify on a cycle, and the specific mechanics are worth checking on the official certification page when you pass so it does not lapse quietly six months after you have forgotten about it. In practice the exam is most useful as a forcing function: it makes you write down designs and justify them, which is exactly the work of an infrastructure architect regardless of vendor.

If you are coming to this exam from the administration track, the sequence that usually works best is to sit the administrator exam first, spend time operating a real VCF environment, and then take the architect exam once you have had to make and defend design decisions. Theory absorbed from a study session fades quickly; a design you argued for in a change board sticks.

相关阅读：Passing VCP-VCF Admin Exam、Schedule VMware Exam 以及 VMware Home Lab Tokens。

For more information about the VMware Cloud Foundation Architect exam, here is the official exam page.

If you are ready to book your exam, my blog post, Schedule VMware Exam, details the entire process.