BIM Modeling Project- Architectural + Structural +Mechanical

BIM Modeling Project- Architectural + Structural +Mechanical, available at $19.99, has an average rating of 4.68, with 248 lectures, based on 322 reviews, and has 9386 subscribers.

You will learn about Integrating Architecture, Structural, and Mechanical Disciplines BIM Architectural Modeling Essentials Advanced Techniques for Architectural Walls Creating Detailed Ceilings Structural Modeling: Foundations and Substructures Techniques for Columns Modeling Beam Elements HVAC Coordination and Modeling Fire Protection Modeling Modeling Plumbing and Water Supply Systems This course is ideal for individuals who are BIM Modeler or BIM Coordinators or BIM Managers or Project Managers or Architectures or Mechanical Engineers It is particularly useful for BIM Modeler or BIM Coordinators or BIM Managers or Project Managers or Architectures or Mechanical Engineers.

Enroll now: BIM Modeling Project- Architectural + Structural +Mechanical

Summary

Title: BIM Modeling Project- Architectural + Structural +Mechanical

Price: $19.99

Average Rating: 4.68

Number of Lectures: 248

Number of Published Lectures: 248

Number of Curriculum Items: 248

Number of Published Curriculum Objects: 248

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Integrating Architecture, Structural, and Mechanical Disciplines
BIM Architectural Modeling Essentials
Advanced Techniques for Architectural Walls
Creating Detailed Ceilings
Structural Modeling: Foundations and Substructures
Techniques for Columns
Modeling Beam Elements
HVAC Coordination and Modeling
Fire Protection Modeling
Modeling Plumbing and Water Supply Systems

Who Should Attend

BIM Modeler
BIM Coordinators
BIM Managers
Project Managers
Architectures
Mechanical Engineers

Target Audiences

BIM Modeler
BIM Coordinators
BIM Managers
Project Managers
Architectures
Mechanical Engineers

Note: The main difference in this course compared to others is that we have not confined ourselves to explaining simple techniques. Instead, we have conveyed the subject through challenging projects and specific tricks, which are the result of numerous experiences.

Ready to transform your BIM skills into a competitive advantage?
Curious about the backbone of your BIM project?
Concerned about fire protection in your BIM projects?

Our course offers a hands-on journey through the essential aspects of BIM, covering everything from architectural modeling to intricate structuraland mechanical details. You’ll learn how to kickstart your BIM projects, create stunning architectural walls, master false ceilings, and establish strong connections.
Delve into the realm of structural modeling, handling foundations, substructures, columns, and beam elements. Get your hands dirty with HVAC coordination, ensuring seamless integration for MEP projects. Elevate your expertise with comprehensive fire protection modeling, covering sprinkler systems and equipment. Join us now and become a BIM pro with these advanced techniques and best practices

Headlines:

Integrating Architecture, Structural, and Mechanical Disciplines
BIM Architectural Modeling Essentials
Advanced Techniques for Architectural Walls
Creating Detailed Ceilings
Structural Modeling Foundations and Substructures
Techniques for Columns
Modeling Beam Elements
HVAC Coordination and Modeling
Fire Protection Modeling
Modeling Plumbing and Water Supply Systems

If you are currently a BIM modeler or planning to become one, it is essential not to limit yourself to any form. You should be able to manage any architectural design in the BIM process And in the end, you will be the hero of this training. Please watch this course and feel free to ask me any questions you have while watching it.

Course Curriculum

Chapter 1: Project sample modeling (Architecture discipline)

Lecture 1: Project introduction for architectural modeling

Lecture 2: Create Levels

Lecture 3: Create Work sharing

Lecture 4: Managing Levels

Lecture 5: Import DWG files

Lecture 6: Keynotes for finishing- category walls by finishing

Lecture 7: Keynotes for finishing- import keynote

Lecture 8: Basement walls- Identity Data

Lecture 9: Basement walls- Discipline

Lecture 10: Basement walls- split & Material

Lecture 11: Doors and its Properties

Lecture 12: Doors & its Dimension

Lecture 13: Basement floors Modeling & its Material

Lecture 14: Prepare DWG file to Revit

Lecture 15: Ground walls – work set & Modify Tools

Lecture 16: Modeling Ramp with Modify Sub Elements

Lecture 17: Stairs and its properties

Lecture 18: Windows and its properties

Lecture 19: Import DWG file

Lecture 20: Wall & its Material

Lecture 21: Wall & Additional setting

Lecture 22: Doors & Object Style

Lecture 23: Finishing walls- Introduction

Lecture 24: Finishing walls- Join

Lecture 25: Finishing Walls- Material

Lecture 26: Finishing walls- Wall Sweep Family

Lecture 27: Finishing walls- Sweeps & Assign Material

Lecture 28: Finishing walls- Modify & Insulation part

Lecture 29: Finishing walls- Edit Assembly

Lecture 30: Finishing walls- Material

Lecture 31: Finishing walls- Sweeps & Assign Material

Lecture 32: Finishing walls- Metric Profile Sweep Family

Lecture 33: Finishing walls- Metric Profile Reveal Family

Lecture 34: Architectural floors- Function & Material

Lecture 35: Architectural floors- Material & Texture

Lecture 36: Architectural floors- Vertical opening Tools

Lecture 37: Architectural floors- Join Wall & Floor

Lecture 38: Ceiling- Sketch Ceiling

Lecture 39: Ceiling- Automatic Ceiling

Lecture 40: Ceiling- Customize Override Fill Pattern

Lecture 41: Ceiling- Attach Finishing wall

Lecture 42: Finishing wall- Height & Ceiling

Lecture 43: Finishing wall- Allow Join

Lecture 44: Ceiling on first floor- Import AutoCAD File

Lecture 45: Ceiling on first floor- Filter

Lecture 46: Check & Modify Model- part 1

Lecture 47: Check & Modify Model- Part 2

Lecture 48: Ceiling Structure- Part 1- Corner

Lecture 49: Ceiling Structure- Part 2- Middle

Lecture 50: Ceiling Structure -Part 3- Connections

Lecture 51: Ceiling Structure- Part 4- Connections

Lecture 52: Ceiling Structure- Part 5- Connections

Lecture 53: Ceiling Structure- Part 6- Connections

Lecture 54: Ceiling Structure- Part 7- Connections

Lecture 55: Ceiling Structure- Part 8- Connections

Lecture 56: Insert wall posts

Lecture 57: Check & Modify Model

Lecture 58: Check & Modify Model- Stair

Lecture 59: Structure- Introduction

Chapter 2: Exercise File

Lecture 1: Exercise File

Lecture 2: Exercise File

Chapter 3: Project sample modeling (Structure discipline)

Lecture 1: Link architecture model & Copy/Monitor from Levels

Lecture 2: Link architecture model & Copy/Monitor from Grids/Importing

Lecture 3: Foundation modeling

Lecture 4: Lean Concrete Foundations modeling

Lecture 5: Editing name Levels with Dynamo

Lecture 6: Modeling the foundation of the guard structure

Lecture 7: Adding underground structural columns

Lecture 8: Start placing structural columns

Lecture 9: Adding basement beams

Lecture 10: Start Split columns between floors with Dynamo

Lecture 11: Split columns between floors with Dynamo

Lecture 12: Modeling piles of the guard structure

Lecture 13: Start Beam family with parameters and details

Lecture 14: Rebar and Joist family with parameters and details

Lecture 15: joist trusses rebar family with parameters and details

Lecture 16: Complete Joist family with parameters and details

Lecture 17: the weights of all the material Joist family with parameters

Lecture 18: Joist family with parameters and details

Lecture 19: Create type of Joist family with parameters and details

Lecture 20: Create T-Beam block concrete family

Lecture 21: Create T-Beam block rebar family

Lecture 22: Calculate weight T-Beam block concrete family

Lecture 23: Another way Calculate weight T-Beam block concrete family

Lecture 24: Polystyrene family (Styrofoam)

Lecture 25: Create part one of the Jacks under the roof family

Lecture 26: Create part two of the Jacks under the roof family

Lecture 27: Create Base plate of Jacks under the roof

Lecture 28: Create top Jacks support under the roof

Lecture 29: load the Beam family into project

Lecture 30: Load the Polystyrene family into project

Lecture 31: Load T-Beam block family into project

Lecture 32: Load the Jacks under the roof into project

Lecture 33: SOFiSTiK in structural projects

Lecture 34: Add Mass Parameter Reber in columns

Lecture 35: Silence Rebar in columns

Lecture 36: Retainer Rebar in columns

Instructors

Ghasem Ariyani • BIM Manager
BIM Manager, BIM Modeler, Revit Expert

Rating Distribution

1 stars: 7 votes
2 stars: 10 votes
3 stars: 18 votes
4 stars: 59 votes
5 stars: 228 votes

Frequently Asked Questions

How long do I have access to the course materials?

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

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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