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The CDCP-001 exam is 40 multiple-choice questions, closed-book, with a 60-minute time limit — a little over a minute and a half per question, which is tighter than it sounds once you hit a calculation item. You need 28 correct (70%) to pass. GAQM runs the exam in AI-proctored mode, so you can sit it from home or your office on your own schedule rather than booking a slot at a physical test center.
A detail that trips people up: CDCP-001 isn’t an open-registration exam. GAQM requires completion of its own e-course (roughly 10–15 hours of self-paced material) before you’re eligible to sit the test, and the voucher that lets you book the exam is bundled with — or purchased alongside — that course. You can’t simply buy a voucher and walk in cold.
It’s also worth knowing there are two certifications in the market with nearly identical names. EXIN/EPI issues its own “Certified Data Centre Professional (CDCP®),” delivered through instructor-led training with a slightly different pass mark and format. This page, and the practice questions below, are built around the GAQM CDCP-001 exam specifically — the two aren’t interchangeable, so if you’ve already enrolled in an EXIN/EPI course, confirm which version your employer or registration is actually pointing you toward before you study.
On content style: expect a mix of straight recall (terminology, device names, standards bodies) and applied scenario questions — “given this situation, what’s the most likely single point of failure” rather than “define redundancy.” GAQM’s own course marketing describes the exam as testing applied decision-making, not pure memorization, and that shows up most in the availability and cooling sections.
GAQM structures the CDCP-001 body of knowledge into five modules. It does not publish an official percentage weighting per domain, so treat the table below as a map of what’s covered, not a scoring formula.
Module | Core Focus | Published Weighting |
|---|---|---|
Module 1 – Fundamentals of Availability | Five 9’s, redundancy concepts, factors affecting uptime, cost-of-downtime calculations | Not published by GAQM |
Module 2 – Fire Protection Methods | Fire triangle, classes of fire, detection devices, suppression systems (water sprinkler, water mist) | Not published by GAQM |
Module 3 – Cabling Strategies | Cable types, layout architectures, installation practices, cable management and maintenance | Not published by GAQM |
Module 4 – Fundamentals of Cooling I | Physics of cooling, heat transfer methods, airflow in IT spaces, the refrigeration cycle | Not published by GAQM |
Module 5 – Fundamentals of Cooling II | Humidity control, dew point control, static electricity risk, humidification systems | Not published by GAQM |
Because cooling is split across two modules while availability, fire, and cabling each get one, cooling concepts effectively make up a larger share of the source material than the module count alone suggests — worth factoring into how you allocate study time.
Downtime cost math. Module 1 isn’t just “know what five 9’s means” — you’re expected to actually work through cost-of-downtime calculations. Candidates who memorize the 99.999% figure but never practice the arithmetic behind it lose easy points.
Humidity and static electricity. Module 5 gets skimmed because “humidity” sounds like a minor side topic next to power and cooling. It isn’t — dew point control, relative humidity thresholds, and the static-electricity risk they create come up more than people expect.
Fire suppression method differences. Knowing that sprinkler and water mist systems both exist isn’t enough; questions probe when each is appropriate and what trade-offs they involve, not just that they’re both forms of suppression.
Cable layout architecture terminology. This module is short on paper but dense in named concepts (layout architectures, maintenance protocols) that are easy to gloss over in a 10–15 hour self-paced course.
Because CDCP-001 blends recall with scenario questions, drilling flashcard-style definitions alone won’t get you to a reliable 70%+. Use practice tests in two passes: first, run through questions module by module right after finishing the matching section of the e-course, to catch gaps while the material is fresh. Second, once you’ve covered all five modules, take full 40-question timed runs to simulate the one-hour pressure — the time limit is tight enough that pacing matters, not just knowledge.
Pay particular attention to any practice question involving a calculation (cost of downtime, availability percentages) or a “which system would you choose” scenario. Those are the question types most likely to separate a pass from a retake, and they’re also the ones rote memorization doesn’t help with Begin your preparation with a free Performing Cybersecurity Using Cisco Security Technologies practice test.
Treating the exam as pure definitions recall and skipping the applied/scenario practice entirely.
Under-studying Module 5 (humidity) because it feels like a footnote to cooling rather than its own exam-worthy module.
Not practicing the downtime-cost calculations until exam day, then running out of time doing math under pressure.
Misreading the voucher terms and assuming unlimited retakes — your voucher covers two attempts total, and if you pass on the first, the second attempt is forfeited, not banked.
Starting Point | Suggested Timeline |
|---|---|
New to data centers | 3–4 weeks: work through the full 10–15 hour e-course at a relaxed pace, then spend a final week on module-by-module and full-length practice tests. |
Has related IT/facilities experience | 1–2 weeks: skim modules that overlap with existing knowledge (availability, cabling), but still budget time for the cooling and fire protection modules if they’re outside your usual work. |
Retaking after a failed attempt | 3–5 days focused purely on your weak modules — if you have a results breakdown, use it; if not, re-run full practice tests and track which module’s questions you’re consistently missing before booking your second attempt. |
Last updated on Oct, 30 2026