Revit MEP-HVAC

Course details

our team is composed of teaching professionals and support staff who’ve been committed to helping professionals build promising careers for more than 18 years. We recommended our training course to engineers as they’ve proven to be highly effective and helpful to professionals in the past. Listed below is a complete run-through of our HVAC design course:
INTRODUCTION TO HVAC
Basics of Heating, Ventilation and Air Conditioning Systems
Fundamentals of Refrigeration systems
Basics of Compressor, Condenser, Evaporator, and Expansion Devices
Understanding the Different Types of Heat Transfer
What is Sensible Heat and Latent Heat
What is Psychometric Chart and How to Use it
How to Calculate Dry Bulb, Wet Bulb, and Dew Point Temperatures
Understanding Relative Humidity and Sensible Heat Ratios
AIRCONDITIONING SYSTEM
Different Types of Air Condition Systems
Difference Between Centralized and Decentralized Water Systems
Understanding Window ACs, Split Window ACs, Centralized ACs, and Variable Refrigerant Volume (VRV) Systems.
About Fresh Air Handling Units (FAHUs), Chilled Water Fan Coil Units (FCU), and Air Handling Units (AHUs).
Understanding Chillers, Condenser Units, and District Cooling Plants
What are Refrigerants?
LEED Recommendations and Local Authority Guidelines on HVAC Design.
DESIGN OF AIRCONDITIONING
Understanding Space Load and Load Factors
Thumb Rule for Heat Load Calculation
Standard HVAC Units and Conversion Parameters
Manual E20 and Heat Load Calculation using Excel Software
Training on HAP Software (Students Will be Provided with the Software)
AC Equipment Selection
Generating Data for Equipment Selection Based on Cooling Load
Understanding External Static Pressure and How it Influences Motor Selection
Fundamentals of Noise Levels and Acoustics
Calculating COP and EER Values
How to Calculate U-Value
Preparation of Thermal Load Summary Sheet, Window Schedule, and U Value Calculation Sheet Based on Dubai Municipality Guidelines.
How to Perform HAP Calculations
VENTILATION SYSTEMS
How to Perform Fresh Air and Exhaust Air Calculation
Designing Smoke Ventilation Systems for Low Rise, Midrise, High Rise, and Super High-Rise Buildings
How to Design Staircase Pressurization Systems
How to Design Ventilation Systems for Car Parks
How to Design Kitchen Exhaust Systems
How to Select FAHUs (with and without thermal heat wheel)
How to Select Smoke Ventilation Fans and Car Park Exhaust Fans
How to Select Ecology Units
Sample Calculations and Selections
DUCT DESIGN
Duct Designing Using Equal Friction and Equal Velocity Method
How to Calculate Duct Aspect Ratio and Duct Sizing
How to Choose Duct Materials and Gauges
Differentiating Between Low, Medium, and High-Pressure Ducts
Understanding Duct Fabrication Standards and Introduction to SMACNA and DW Standards
Training on McQuay Duct Sizing Software
Example on How to Perform Duct Designing
How to Perform ESP Calculation
DUCT ACCSSORIES
How to Choose Grilles and Diffusers Based on Factors such as Velocity, Pressure Drop, and Throw
About Volume Control, Motorized and Variable Air Volume Dampers
Designing Fire, Motorized, and Smoke Fire Dampers as per Dubai Civil Defense Guidelines.
About Acoustic Lining and Thermal Insulation
How to Select Sand Trap and Gravity Louvers
Practical Example Based on Catalogues
CHILLED WATER SYSTEMS
Different Types of Chillers and How to Choose Them
Understanding the Working of Both Primary and Secondary Chilled Water Pumps
How to Calculate Pump Power
How to Calculate Chilled Water Pump Head Load
How to Calculate Chilled Water Pipe Sizing
Training on McQuay Pipe Sizing Software
How to Select Heat Exchangers
About Chilled Water Flushing and Chemical Treatment
About Manual and Automatic Chilled Water Dozing Systems
CHILLED WATER PIPING ACCESSORIES
How to Select Chilled Water Pipes and Fitting Material
About Chilled Water Pipe Insulation and Cladding
Understanding the Different Types of Chilled Water Values – Air Vents, Thermostats, Test Points, Butter Fly Valves, Independent Pressure Control Valves, Double Regulating Valves, 2-Way, and 3-Way Valves, Non-Return Valves, Gate Valves, and Pressure Gauges.
HVAC CONTROLS
About Thermostat and Pump Controls
Understanding the Chiller Plant Manager System
About Building and Room Management Systems
Principle Behind Smoke Control Fans
Understanding Digital and Analog Inputs and Outputs
Operation of DDC Panels
Integration of Direct Digital Control Panels
Understanding BTU Meters and Temperature Sensors
ENGINEERING
Installation Criterions and Standard Details About HVAC Units
About Standard Shop Drawing Legends and Line Types
Understanding Air Balancing Methods, Chilled Water Testing, Balancing, and Commissioning
Operation and Maintenance of HVAC Systems Updated on 21 January, 2025