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HVAC Design for Data Centres – Real Project Design

Name: HVAC Design for Data Centres – Real Project Design
Rating: 3.5 (12 reviews)

Learn Data Center Cooling Design, CRAC/CRAH Systems, Airflow Management & Real HVAC Projects

Created bySajjad Ansari

Last updated 5/2026

English

English [Auto],

What you'll learn

Design complete HVAC systems for Data Centers and Server Rooms using real-world engineering practices and international standards.
Calculate cooling loads for Data Centres including IT equipment heat load, lighting load, occupancy load, and fresh air requirements.
Understand and select CRAC Units, CRAH Units, Chillers, Precision Air Conditioning Systems, and airflow management components for mission-critical facilities.
Understand ASHRAE guidelines and recommended temperature and humidity ranges for Data Center cooling applications.
Gain the confidence to work on Data Center HVAC Design projects professionally in consulting, contracting, or BIM environments.

Course content

9 sections • 37 lectures • 15h 45m total length

1.1 What is a Data Centre (Tier 1, Tier 2, Tier 3, Tier 4)18:25
Define the data center and identify components such as servers, storage, networking, power systems, and hvac. Explain tier classifications from tier 1 to tier 4, with redundancy and maintenance implications.
1.2 Importance of HVAC in Data Centres10:25
Operate hvac to remove heat and maintain 18–27 c with humidity at 40–60%, ensuring reliable data center performance.
1.3 Heat load challenges vs normal buildings11:51
Explore how data center heat load differs from normal buildings, emphasizing IT equipment heat, constant 24/7 operation, high heat density, minimal fresh air, no diversity factor, hot spots, and reliability.
1.4 Overview of IT equipment (Servers, Racks, Blade Servers)18:26
Explore the overview of data center IT equipment, covering servers, racks, and blade servers. Learn how chassis, blades, and shared resources optimize density, power, cooling, and management.

2.1 ASHRAE guidelines for Data Centres36:14
Explore ashrae guidelines for data centres and their impact on hvac design decisions in real project contexts.
2.2 TIA-942 Standard Overview8:18
The lecture introduces the TIA 942 standard overview, detailing site selection, architecture and layout, power, cooling, cabling, redundancy, and security to design reliable, efficient data centers.
2.3 Uptime Institute Tier Classification11:49
Explore how Uptime Institute tier classifications define reliability and redundancy in data centers, from tier 1 with no backup to tier 4 with fully active, redundant paths.

3.1 Introduction to Heat Load Calculation Part 0116:21
Learn heat load calculation to size heating and cooling needs, covering conduction, infiltration, ventilation, solar gain, and internal heat sources for accurate equipment selection.
3.2 Introduction to Heat Load Calculation Part 0218:36
3.3 HVAC Load Calculation Using HAP Software Part 011:58:06
Apply HAP software to perform HVAC load calculations for data center design in a real project context, part 01.
3.4 HVAC Load Calculation Using HAP Software Part 021:23:13
Explore HVAC load calculation for data centres using HAP software part 02, applying real project design concepts for accurate cooling load assessments.
3.5 HVAC Load Calculation Using HAP Software Part 0329:51
3.6 HVAC Load Calculation Using HAP Software Part 0448:46
perform HVAC load calculations for data centres using HAP software, part 04, to support real project design and system sizing decisions.
3.7 HVAC Load Calculation Using HAP Software Part 0553:19
Compute HVAC loads for data centers using HAP software to size cooling systems. Apply Part 05 techniques for practical, real project design decisions.

4.1 Hot Aisle vs Cold Aisle Concept16:21
Learn how hot aisle and cold aisle rack arrangements separate cold intake from hot exhaust to boost cooling efficiency, reduce energy use, prevent hotspots, and extend data center equipment life.
4.2 Containment Systems (HAC & CAC)21:27
Explore how cold ashrae containment and hot ashrae containment physically separate cold and hot air to boost data center cooling efficiency and energy savings.
4.3 Raised floor vs non-raised floor design17:11
Compare raised floor and non-raised floor designs for data centers, outlining under-floor plenum, airflow, and cable routing. Raised floors suit medium density; non-raised suit high density and advanced cooling.

5.1 CRAC Unit (DX Based) vs CRAH Unit (Chilled Water Based)26:06
Compare CRAC dx-based units with CRAH chilled-water units for data centers, where CRAC uses direct expansion cooling and humidity control, while CRAH relies on a central chiller.
5.2 Precision Air Conditioning vs Comfort AC24:05
Compare precision air conditioning and comfort air conditioning for data centers, highlighting strict temperature and humidity control, 24 by 7 operation, and equipment protection versus human comfort needs.

6.1 Introduction to Chilled Water System31:52
6.2 Chilled Water Piping System22:58
Explore chilled water piping system configurations for data center, including series, parallel, primary secondary, and series parallel arrangements, plus district cooling and open/closed loop piping considerations.
6.3 HVAC Chilled Water Distribution Schemes43:46
6.4 Chilled Water Flowrate Calculation24:18
Learn chilled water flow rate calculations for evaporator and condenser sides, including 2.4 and 3 gpm per ton, and two-way and three-way valve roles in HVAC systems.
6.5 Introduction to Chilled Water Piping System20:09
Learn how chill water piping in central hvac transports chill water from the chiller to AHUs and back for recooling, and review common pipe materials and insulation options.
6.6 Chilled Water Pipe Sizing (Manual Method)15:07
6.7 Chilled Water Pipe Sizing by Pipe Sizer Software14:42
Size chilled water pipes using Ashrae method. Verify velocity under 4 fps for pipes 2 inches and head loss under 4 ft per 100 ft using pipe sizer software.
6.8 Chilled Water Pipe Sizing (Graphical Method)10:22
Size chilled water piping using graphical methods for data centers, covering closed loop and open loop systems, gpm, fps velocity, and ASHRAE guidelines.
6.9 Chiller Sizing & Selection18:24
Size and select chillers by calculating total cooling load and applying the diversity factor. Compare air-cooled and water-cooled options using COP and EER to meet capacity and reliability.
6.10 Chiller Sizing & Selection Example6:23
Apply a 0.85 diversity factor to a 500 TR load to 425 TR. Size four chillers (three working, one standby) at 141.7 TR each, air cooled, 340 GPM, 55/45 F.

7.1 Supply air design for racks10:58
7.2 Perforated tiles selection14:12
Explain how perforated tiles, raised floor panels with holes, deliver cold air from the underfloor plenum to server racks for direct cooling, achieving targeted airflow, air balance, and energy efficiency.
7.3 Ducted vs underfloor air distribution34:01
Explore ducted versus underfloor air distribution in data centres and how these options impact real project HVAC design decisions.

9.1 N, N+1, 2N explained with examples33:23
Learn practical sizing strategies for data center cooling with N, N+1, and 2N concepts, illustrated through real project design examples.
9.2 Fail-Safe HVAC Design17:51
Discover fail-safe hvac design that keeps spaces safe during component failures through redundancy and automatic failover. The course covers safe default positions, continuous operation, and maintenance readiness in data centers.

Requirements

Basic understanding of HVAC systems such as Air Conditioning, Ventilation, and Cooling concepts is helpful but not mandatory.
Students should have a passion for learning HVAC Design for mission-critical facilities like Data Centers and Server Rooms.
No prior experience in Data Center HVAC Design is required — this course is designed from beginner to advanced level.
A computer or laptop with internet connection is recommended to follow design calculations, drawings, and project examples.
Engineers, Draftsmen, BIM Modelers, Site Engineers, Consultants, and students interested in HVAC Design can join this course.

Description

Data Centers are one of the fastest-growing and most critical infrastructures in the modern world. From cloud computing to banking systems, hospitals, AI servers, and global communication networks — every industry depends on reliable Data Center operations. The most important factor behind a successful Data Center is an efficient and reliable HVAC cooling system.

This course is specially designed to teach you the complete HVAC Design process for Data Centers and Server Rooms using real-world engineering methods, practical calculations, and industry standards.

Whether you are a beginner, HVAC Engineer, MEP Engineer, BIM Modeler, Draftsman, or Project Engineer, this course will help you understand how professional engineers design mission-critical cooling systems for Data Centers.

In this course, you will learn step-by-step how to calculate cooling loads, select HVAC equipment, design airflow systems, and apply ASHRAE recommendations for modern Data Center facilities.

Unlike theoretical courses, this training focuses on practical engineering concepts and real project-based learning so that students can confidently work on actual Data Center HVAC projects.

What You Will Learn

Complete HVAC Design methodology for Data Centers and Server Rooms
Understanding mission-critical cooling systems and their importance
Data Center classifications and cooling requirements
Heat load calculations for IT equipment, lighting, occupants, UPS rooms, and electrical rooms
Understanding sensible heat ratio in Data Center applications
CRAC (Computer Room Air Conditioner) system design and selection
CRAH (Computer Room Air Handler) system design and operation
Chilled water system concepts for Data Centers
Precision air conditioning systems and their applications
Hot aisle and cold aisle containment concepts
Raised floor cooling system design
Airflow management and static pressure concepts
Redundancy concepts such as N+1 and 2N systems
ASHRAE guidelines for temperature and humidity control
Energy-efficient cooling strategies for modern Data Centers
Real project examples and practical engineering calculations
Understanding HVAC layouts, schematics, and design considerations

Why This Course Is Different

Practical real-world project approach
Step-by-step engineering calculations
Beginner-friendly explanations
Professional HVAC Design concepts used in international projects
Covers mission-critical cooling systems in detail
Suitable for Gulf, Middle East, and international HVAC projects
Industry-oriented training for career growth

Who This Course Is For

HVAC Engineers
MEP Engineers
Mechanical Engineers
BIM Modelers
HVAC Draftsmen
Project Engineers
Fresh Engineering Graduates
Diploma Students
Facility Management Professionals
Anyone interested in Data Center HVAC Design

Requirements

Basic understanding of HVAC systems is helpful but not mandatory
No prior Data Center experience required
Interest in HVAC Design and mission-critical cooling systems
Computer or laptop for following calculations and project examples

By the End of This Course

You will be able to confidently understand and design HVAC systems for Data Centers, perform cooling load calculations, select suitable equipment, and work on real-world mission-critical HVAC projects professionally.

Start your journey today and become a skilled HVAC Design Engineer for Data Centers and Server Rooms.

Who this course is for:

Mechanical Engineers who want to build expertise in HVAC Design for Data Centers and mission-critical facilities.
HVAC Design Engineers looking to upgrade their skills in precision cooling systems, CRAC/CRAH units, and Data Center airflow management.
MEP Engineers, BIM Modelers, and Draftsmen interested in real-world Data Center HVAC projects and practical design calculations.
Anyone interested in learning hot aisle/cold aisle concepts, cooling load calculations, redundancy systems (N+1, 2N), and energy-efficient HVAC design for server rooms and Data Centres.
Engineers preparing for Gulf country HVAC interviews and international Data Center projects will also benefit from this course.

HVAC Design for Data Centres – Real Project Design

What you'll learn

Explore related topics

Course content

Module 01 Introduction to Data Centre HVAC4 lectures • 59min

Module 02 Data Centre Standards & Guidelines3 lectures • 56min

Module 03 Heat Load Calculation for Data Centre7 lectures • 6hr 8min

Module 04 Airflow Management & Cooling Concepts3 lectures • 55min

Module 05 Data Centre Cooling Systems2 lectures • 50min

Module 06 Chilled Water System Design10 lectures • 3hr 28min

Module 07 Air Distribution System Design3 lectures • 59min

Module 08 Humidity Control & IAQ3 lectures • 38min

Module 09 Redundancy & Reliability Design2 lectures • 51min

Requirements

Description

Who this course is for: