Revit MEP- HVAC- Duct Design, Revit 3D Modeling

Revit MEP- HVAC- Duct Design, Revit 3D Modeling, available at $79.99, has an average rating of 4.64, with 50 lectures, 7 quizzes, based on 201 reviews, and has 9582 subscribers.

You will learn about Different Duct Cross Sections & Duct Systems in Revit Introduction to Duct and Duct Fittings in HVAC Systems Modeling Ducts with Tee, Tap, and Wye Fittings Types of Duct Elbows and Their Applications in Revit Different Air Terminals and Methods for Connecting Them to Ducts Duct Transitions and Their Importance in HVAC Systems Different Dampers and Their Applications Modifying Duct Elevation and Creating Bends in Autodesk Revit Reading Drawings and Defining Routing Preferences in Edit Type Creating Detailed Duct Layouts and Drawings Working with View Range Command Setup of Templates and Families for Duct Modeling Familiarizing and Resolving Potential Warnings and Errors in Duct Modeling Duct Modeling in 3 Different Types of projects (Toilet Project, Parking Project, Office Building Project) This course is ideal for individuals who are BIM Modelers or MEP Modelers or Mechanical Engineers or BIM Coordinators or 3D Modeler or BIM Managers or Revit Users It is particularly useful for BIM Modelers or MEP Modelers or Mechanical Engineers or BIM Coordinators or 3D Modeler or BIM Managers or Revit Users.

Enroll now: Revit MEP- HVAC- Duct Design, Revit 3D Modeling

Summary

Title: Revit MEP- HVAC- Duct Design, Revit 3D Modeling

Price: $79.99

Average Rating: 4.64

Number of Lectures: 50

Number of Quizzes: 7

Number of Published Lectures: 50

Number of Published Quizzes: 7

Number of Curriculum Items: 57

Number of Published Curriculum Objects: 57

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Different Duct Cross Sections & Duct Systems in Revit
Introduction to Duct and Duct Fittings in HVAC Systems
Modeling Ducts with Tee, Tap, and Wye Fittings
Types of Duct Elbows and Their Applications in Revit
Different Air Terminals and Methods for Connecting Them to Ducts
Duct Transitions and Their Importance in HVAC Systems
Different Dampers and Their Applications
Modifying Duct Elevation and Creating Bends in Autodesk Revit
Reading Drawings and Defining Routing Preferences in Edit Type
Creating Detailed Duct Layouts and Drawings
Working with View Range Command
Setup of Templates and Families for Duct Modeling
Familiarizing and Resolving Potential Warnings and Errors in Duct Modeling
Duct Modeling in 3 Different Types of projects (Toilet Project, Parking Project, Office Building Project)

Who Should Attend

BIM Modelers
MEP Modelers
Mechanical Engineers
BIM Coordinators
3D Modeler
BIM Managers
Revit Users

Target Audiences

BIM Modelers
MEP Modelers
Mechanical Engineers
BIM Coordinators
3D Modeler
BIM Managers
Revit Users

Note: This is a project-basedCourse where all the topics covered have been examined on real-world projects.

Are you a Mechanical Engineer looking to enhance your skills in professional HVAC and Duct modeling?
Are you interested in learning practical techniques for modeling various types of ducts and addressing technical considerations?
Would you like to gain hands-on experience by working on project-based exercises?

This course is highly practical and suitable for both HVAC and architectural and electrical engineers to easily utilize. In addition to teaching various duct modeling techniques, the course covers technical aspects outlined in standards and essential implementation considerations.

What’s fascinating is that these concepts are presented in a simplified manner to benefit beginners while being highly applicable for HVAC specialists. This course follows a project-based approach, where we model three projects from scratch, covering all the necessary details. Upon completing this course, you will become a proficient duct modeling professional.

Headlines:

Duct Modeling with Tee, Tap, and Wye Fittings
Visualization of Various Air Terminals and Connection Methods to Ducts
Exploring Different Types of Dampersin Duct Systems
Understanding System Types in Duct Modeling
Addressing and Resolving Possible Warnings and Errors in Duct Drawings
Interpretation and Creation of New Fittings using Edit Type
Linking CAD Drawings and Configuring Settings
Managing Visibility: Hiding and Unhiding Elements
Mastering the View Range Command for Precise Duct Modeling
Duct Drawing in Toilet Projects
Duct Modeling in Parking Projects
Duct Design for Office Building Projects

Please watch this course and feel free to ask me any questions you have while watching it. Additionally, during the learning BIM Process, ask me questions so that I can guide you.

Course Curriculum

Chapter 1: Course Catalog

Lecture 1: Course Catalog

Chapter 2: Basic Tips

Lecture 1: Versions of Revit, Installing Templates and Families

Lecture 2: Familiarization with Different Software Sections

Chapter 3: Duct Modeling

Lecture 1: Duct Command – Types of Cross-Sections and Duct Fittings – Setting Unit

Lecture 2: Defining custom duct Fittings in Type Properties

Lecture 3: Types of Duct Elbows

Lecture 4: Types of Duct Transitions

Lecture 5: Changing Duct Elevation and Bending of Ducts

Lecture 6: Duct System

Lecture 7: Duct Modeling Review

Lecture 8: Modeling Rectangular Ceiling Diffuser – Flexible Duct Modeling

Lecture 9: Additional Notes on Flexible Ducts

Chapter 4: Toilet Project

Lecture 1: Toilet Project: Initial Project Settings

Lecture 2: Toilet Project: Duct Modeling

Lecture 3: Toilet Project: Changing Duct Elevation

Lecture 4: Toilet Project: Modeling Ceiling Diffuser

Lecture 5: View Range

Lecture 6: Toilet Project: Modeling Hosted Diffuser

Lecture 7: Exercise File

Chapter 5: Link AutoCAD

Lecture 1: Linking AutoCad Plans

Chapter 6: Parking Project

Lecture 1: Parking Project: Initial Project Settings

Lecture 2: Parking Project: Duct Modeling

Lecture 3: Parking Project: Plenum Box and Linear Diffuser Modeling

Lecture 4: Parking Project: Additional Notes on Plenum Box Modeling

Lecture 5: Parking Project: Modeling Fresh and Return Plenum Boxes

Lecture 6: Exercise File

Chapter 7: Office Project

Lecture 1: Office Project – Special Fittings: Initial Project Settings

Lecture 2: Office Project: Linking Duct Plan and related notes

Lecture 3: Office Project: Placement of Y Fittings

Lecture 4: Office Project: Placement of Y Fittings

Lecture 5: Office Project: Placement of Y Fittings

Lecture 6: Office Project: Duct Riser Modeling

Lecture 7: Office Project: Eccentric Elbow Placement and Sidewall Air Terminal

Lecture 8: Office Project: Air Terminal Placement and Duct Connection

Lecture 9: Exercise File

Chapter 8: Hide-Unhide Elements

Lecture 1: Hide-Unhide

Chapter 9: Schedule and Quantity

Lecture 1: Selecting Parameters for the Duct Quantity Table

Lecture 2: Sorting and Organizing the Duct Quantity Table

Lecture 3: Adding Sheet Thickness Parameter to the Duct Quantity Table

Lecture 4: Segmenting the Duct Quantity Table by Floors or Sections

Lecture 5: Adding the Flange Length Parameter to the Duct Quantity Table

Lecture 6: Duct Fitting Takeoff and Defining a Shared Parameter

Lecture 7: Defining a Formula for the Lateral Surface Area of a Duct Elbow

Lecture 8: Formula for the Lateral Surface Area of Fittings Using DIN 18379 Standard

Lecture 9: Defining a Formula for the Lateral Surface Area of a Duct Tee

Lecture 10: Duct Insulation Quantities

Lecture 11: Quantities for Flexible Ducts

Lecture 12: Quantities for Air Vents

Lecture 13: Quantities for Duct Dampers

Chapter 10: Bonus Section

Lecture 1: Bonus Lecture

Instructors

Amir Karami • BIM
BIM Manager, BIM Modeler, Revit, Architect, MEP Modeler

Rating Distribution

1 stars: 0 votes
2 stars: 3 votes
3 stars: 16 votes
4 stars: 54 votes
5 stars: 128 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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