AI Data Center Projects: Design, Build, Commission & Operate

“This course contains the use of artificial intelligence.”

AI Data Center Projects: Design, Build, Commission & Operate

Data centers are among the most demanding projects in the industry: high value, high consequence, short programmes, and dozens of specialists who each see one part of the facility. The person who can hold the whole in view — and who keeps asking whether a decision protects the IT load, serves the business over the facility's life, and can be explained afterwards — is the person every project needs.

That is what this course builds.

Across 40 lessons and 843 pages, you follow a data center from the first business case to steady operation. You start with what a data center actually sells: available, conditioned and connected capacity. You learn how Uptime Tier levels, TIA-942 and the ASHRAE thermal guidelines work, and what they do and do not promise.

Then you go through the facility system by system — utility supply, switchgear, UPS and batteries, generators and fuel, heat load and airflow, chillers and free cooling, containment, liquid cooling for AI racks, structured cabling and meet-me rooms, monitoring, security, fire protection and sustainability — before moving into how projects are actually delivered: design stages, interfaces, procurement and long-lead equipment, schedule and risk, construction, quality and change control, commissioning levels L1 to L5, integrated systems testing, operations, maintenance, incidents, and live works in an operating facility.

Every lesson is built the same way, so you always know where to find what you need: learning objectives, why the topic matters in delivery, numbered technical Parts, worked examples with the arithmetic shown line by line, a practical project example, a full integrated case study with alternatives and a recommended decision, common mistakes, a ten-question review checklist, key terms, memory anchors and a quick revision page.

Every lesson ends with ten original four-option scenario questions with full rationales — 400 questions across the course.

The course teaches with numbers, not adjectives. You calculate the real heat load of a 4 MW hall, the airflow it needs at a 12 K temperature difference, the chilled-water flow that removes it, the generator count after derating at the design day, the battery energy per UPS block, the coolant flow for a 130 kW liquid-cooled rack, the fibre count for an AI fabric, the load banks needed for full-load testing, the staff needed to fill a round-the-clock post, and what a month of delay costs the business.

More than 250 worked examples take you through each one.

Every lesson also contains six figure briefs — 240 across the course — describing diagrams you can draw, generate or take straight into your own design reviews.

One fictional campus runs through the whole course, so examples build on each other instead of starting again each time: a three-building, 48 MW development with a hyperscale anchor tenant, an AI hall at 80 to 130 kW per rack, a bank migrating in from its own computer room, a carrier partner, a designer, a contractor and a commissioning authority.

By the capstone lesson, you check that the numbers from all ten sections agree with each other and make a defensible go or no-go decision for ready for service.

COURSE RESOURCES

- The course ships with working material, not just reading:

- A student guide explaining how to study the course, with three study plans of 8, 12 or 16 weeks.

- A formula quick-reference card collecting every formula in the course with its worked values.

Seventeen editable templates:

Excel calculators for capacity and demand, redundancy and availability, UPS, battery, generator and fuel sizing, heat load and airflow, liquid cooling and CDU sizing, fibre counts and pathway fill, PUE, WUE and CUE tracking, the business case and NPV, the SPOF and risk registers, commissioning and IST tracking, and maintenance and incident logs — plus Word templates for a method of procedure, an emergency operating procedure, a live-works method statement and a commissioning script.

Each one carries a fully worked example using the same numbers as the lessons, so you can check your own use against the course.

INDUSTRY STANDARDS

Standards are treated as tools, not slogans. Editions referred to throughout are those current at the September 2026 content freeze, including the Uptime Institute Tier Standards, ANSI/TIA-942-C, ANSI/BICSI 002, the ASHRAE thermal guidelines and ANSI/ASHRAE 90.4, the EN 50600 and ISO/IEC 22237 series, ISO/IEC 30134 for energy and water metrics, NFPA 75, 76 and 855, IEC 62443 and ISO/IEC 27001, ISO 22301, and ASHRAE Guideline 0 and Standard 202 for commissioning.

Standards change, so the course teaches you how to read and apply them rather than pretending to replace them.

WHO SHOULD ENROL?

Project and design managers moving into data centers, MEP and civil engineers who want the whole-facility picture, commissioning managers, contractors and client-side representatives, operations leaders taking over a new facility, and consultants or investors who must judge someone else's data center proposal.

No previous data center experience is assumed. What is assumed is that you want to make decisions you can defend.

Start with Lesson 1. By Lesson 40 you will see a data center the way an accountable delivery manager sees it.

This course is an independent educational product of Chartered Engineers Academy. It is not produced, approved or endorsed by the Uptime Institute, TIA, ASHRAE, BICSI, NFPA, ISO, IEC or CENELEC, and it is not a substitute for the standards themselves. The project, companies and figures used throughout are fictional teaching examples and must not be used as design values or benchmarks.