Revit Mep(design Services)-Hvac(hap&ashrae) Typical Building
Published 5/2025
Created by BIM it! AEC
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Beginner | Genre: eLearning | Language: English | Duration: 56 Lectures ( 15h 9m ) | Size: 11.2 GB
**VERY IMPORTANT** Please read the course requirements and prerequisites for taking this course down below
What you'll learn
Refrigeration Cycle (PH Diagram) and Psychrometry (Quick Review)
Heating and Cooling Load Calculations (Using HAP)
Choosing Best HVAC System for Your Application
AC Indoor and Outdoor Units selection
Air Terminals (Outlets) Selection
AHU Selection
AHU Creation
AHU Condensing unit Selection
Fans Selection
Hood Design
Duct and Duct Fittings Design Guidelines
Chiller Selection
Chilled Water Pumps Selection
HVAC Schematic
To Scale HVAC Design Drawings
HVAC Tender BOQ
Chiller Selection
FCU Hook-up
AHU Hook-up
Chilled Water Pipe Sizing
Chilled Water Pumps
Requirements
Thermodynamics Basics
Heat Transfer Basics
Revit 2021 or Later Versions
HAP 5.1 (Hourly Analysis Program)
Description
*All Revit versions from Revit 2021 to Revit 2026 are almost the same with some additional minor features for the later versions, you can apply the BIM concept and follow up the course lectures using any version, from Revit 2021 up to Revit 2026.In this course, students will learn how to design HVAC systems using engineering calculations on Revit for a common building includes (car parking, shops, offices, restaurant and a kitchen)The Instructor will start this course by making a quick review of the vapor compression cycle and the psychometric chart. Then the instructor will teach the students the Revit basics needed to deal with architectural and structural models and how to get the needed information from the wall, slabs, roof, etc.After breaking the ice with revit, he will guide the students in the loads calculations process using HAP Software.Based on the estimated loads and the architectural finishes, students will make a selection for the best indoor units and air outlets for the spaces. Then they will learn how to design a duct routing to connect the indoor with the ait outlets.After distributing the indoor units and the air outlets. we will use VRV/VRF software to make a selection for the outdoor units and they will find the copper pipes sizes.In this course, Students will learn how select AHU and how to create it as a family inside revit. How to bring fresh air and how to design exhaust systems, in kitchen, car parking and toilets.After completing the design on revit, Students will learn how to export the CAD and PDF sheets and they will end this course by making the tender documentations (BOQ and Equipment Schedule)
Who this course is for
HVAC Designers
Mechanical Engineers
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