Become a Proficient Structural Designer: Comprehensive Revit Course for Steel and Concrete Structures
What you will learn
Master Structural Design and BIM Modeling Techniques
Steel and Concrete Structure
Structural Walls, Columns and Beams
Apply Industry Standards for Steel Connection Design
Reinforcement Modeling and Rebar Detailing
Truss and Brace Families
Dynamo for Revit Structure
Structural Analysis
Shop Drawings and Sheets
U-Boot & Metal Deck and Waffle Structure Modeling
Description
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.
- Curious about Building Information Modeling (BIM) for structural design?
- Ever wondered how professionals create impressive steel and concrete structures using Revit?
- Looking to enhance your expertise in structural Bim modeling?
This comprehensive course is designed to take you from a beginner to an advanced level in utilizing Revit Structure for Steel and Concrete structures. Whether you’re new to Building Information Modeling (BIM) or looking to enhance your skills, this course covers everything you need to know.
You’ll gain hands-on experience with various examples of projects, witnessing the entire project delivery process to the client. From mastering walls, columns, beams, and floors to understanding intricate design details, this course equips you with the knowledge and skills to excel in creating robust structural designs using Revit.
Headlines:
- Master Structural Design and BIM Modeling Techniques
- Steel and Concrete Structure
- Structural Walls, Columns and Beams
- Apply Industry Standards for Steel Connection Design
- Reinforcement Modeling and Rebar Detailing
- Truss and Brace Families
- Dynamo for Revit Structure
- Structural Analysis
- Shop Drawings and Sheets
- U-Boot & Metal Deck and Waffle Structure Modeling
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. Additionally, during the learning Autodesk Revit, ask me questions so that I can guide you.
English
language
Content
Introduction
Introduction
Difference Between Revit Structure, Advance Steel and Tekla
The Difference Between Revit Structure, Advance Steel and Tekla
What is the Meaning of Design in Revit Structure
Structural Design in Revit
Revit Structure Templates
Structural Template
Drawing Levels
Drawing Levels
Managing Levels
Drawing and Setting Grids
Introducing Grid
Drawing Grids
Grid Tools
Appearance Setting (Part 1)
Appearance Setting (Part 2)
Grid Symbol
Grids Line Pattern
Curve Grid
Modeling Grid Symbol (Part 1)
Modeling Grid Symbol (Part 2)
Axis Numbering with Dynamo
Grids Numbering (Part 1)
Grids Numbering (Part 2)
Creating Tools with Dynamo
Creating Tool
Axis Dimension with Dynamo
Axis Dimension (Part 1)
Axis Dimension (Part 2)
Modeling and Setting Structural Columns
Structural Column
Column Placement Options
Slanted Column
Column Properties (Part 1)
Column Properties (Part 2)
Column Connection
Symbol Family (Part 1)
Symbol Family (Part 2)
Column Properties
Rebar Cover
Attach & Detach
Column Style
Attachment Detail
Analytical Items
Analytical Properties
Analytical Tag
Modeling Columns Based on Excel and AutoCAD with Dynamo
Drawing Column by AutoCAD & Excel
Importing Excel
Importing Coordinated Points
Columns Placement by Dynamo
Modeling Structural Column Family
Modeling Family
Setting Family Graphics
Section Shape
Exporting Detail & Beam Connection
Column Appearance
Family Properties
Set View Range
Steel Column Family
Set Section Parameter
Column Visibility
Export Family Parameter
Import Catalog
Lookup Table Family
Manage Excel File
Manage Family Parameters
Family Subcategory
Detail Item
Modeling and Setting Beams
Introduce
Drawing Rules
Drawing Options
Drawing Beams
Drawing Curve Beams
Beam Properties
Extension Parameters
Edit Parameter
Explaining Constraints
Beam Properties
Cut Back
Justification
Connection
Beam Symbol
Connection Family
Attachment Type
Family Properties
Modeling and Setting Beam System
Introduce
Use Beam System
Pattern Window
Drawing Roof Beams
Edit Beam System
Remove Beam System
Beam System Tag
Create Beam System Tag
Modeling Joist Family
Modeling Family
Create Parameters
Modeling Details
Manage Parameters
Create Formula (Part 1)
Create Formula (Part 2)
Checking Family Parameters
Modeling Stepping Beam
Modeling Family
Create the Required Parameters
Create Formula
Manage Parameter & Formula
Modeling Roof Polystyrene Family
Modeling Family
Joist and Polystyrene Placement
Joist Placement
Polystyrene Placement
Checking the Model
Beams Modeling by Using Dynamo Based on AutoCAD File
Checking AutoCAD File
Import Points
Working with Dynamo (Part 1)
Working with Dynamo (Part 2)
Manage Nodes
Family Placement
Modeling and Setting Brace
Introduce
Drawing Brace
Manage Tags
Manage Properties
Modeling Family
Create Parameters
Check the Family Visibility
Check the Model & Parameters
Modeling U-Boot Family
Modeling Family
Create the Required Parameters
Detail Modeling (Part 1)
Detail Modeling (Part 2)
Manage Parameters
Check the Family
Family Placement
U-Boot Placement by Using Dynamo
Family Placement
Create Tool Icon
Modeling Cobiax Family
Set Parameters
Modeling Details (Part 1)
Modeling Details (Part 2)
Modeling Details (Part 3)
Checking Parameters
Manage the Family
Family Placement
Check the Model
Meshed Surface
Intersection of Points
Create Tool
Modeling Metal Deck Family
Checking AutoCAD File
Importing DWG File
Modeling Family (Part 1)
Modeling Family (Part 2)
Editing Family
Modeling Family Details
Checking Family
Manage Parameters
Modeling Waffle Family
Checking AutoCAD File
Creating Parameters
Family Placement
Structure Tab
Cope
Opening Tools
Modeling and Setting Structural Floor
Properties
Editing Tools
Modeling and Setting Structural Wall
Structural Wall
Wall Connection Technique by Using Dynamo
Joining Wall & Beam
Joining Elements by Dynamo
Floor Construction by Using Dynamo
Preparing 3D Model
Using Required Nodes
Floors Demarcation
Preparing Intersection Points
Modeling Floors
Modeling and Setting Truss
Introduce the Element
Edit Type Window
Properties
Edit Profile
Attach & Detach
Modeling Truss Family
Creating Parameters
Control the Parameters
Modeling and Setting Structural Foundation
Introduce Wall Foundation
Editing Wall Foundation
Foundation Placement
Modeling Family
Foundation Slab
Editing Foundation Slab
Joining to Elements
Basic Rebar Setting
Introduce
Reinforcement General (Part 1)
Reinforcement General (Part 2)
Reinforcement General (Part 3)
Reinforcement Rounding & Presentation
Area & Path Reinforcement
Varying Rebar Set
Cover
Structural Element Rebar Cover
Set Cover
Placement, Setting and Modeling Rebars Family
Sketching Rebar
Rebar Position
Set Rebar (Part 1)
Set Rebar (Part 2)
Placement Orientation
Presentation & Host
Constraint (Part 1)
Constraint (Part 2)
Constraint (Part 3)
Constraint (Part 4)
Free Form
Free Form Aligned
Free Form Surface
Manage Rebars
Isolated & Column Rebar
Editing Properties
Curved Floor Modeling
Curved Floor Rebar
Editing Rebars
Cylindrical Column Rebar
Profile 3D Modeling
Rebar Placement on 3D Model
Sketching Rebar
Example
Example
Example
Sloped Floor
Drawing Beam Rebars
Rebar Edit Type
Schedule Window
Manage Rebar Schedule
Properties
Shape Image
Rebars Hook
Properties
Managing Rebar Visibility by Dynamo
Using the Created Plugin
Edit Type Window Construction
Subcategory
Dimensions (Part 1)
Dimensions (Part 2)
Managing Edit Type Parameters
Drawing Rebars with Area
Area Properties
Customization
Editing Area Rebars
Area Symbol
Path Tool
Fabric Area
Lab Splice Position
Fabric Sheet
Rebar Couple
Rebar Coupler Properties
Rebar Coupler on Wall
Modeling Rebar Coupler Family
Rebars Coupler Placement
Rebar Family
Rebar Family Rules
Shape Status
Checking Family Parameters
U Rebar Shape
Adding Required Parameters
Steel Tab
Advance Steel (Part 1)
Advance Steel (Part 2)
Steel Tab (Part 1)
Steel Tab (Part 2)
Connection Setting
Element Presentation
Acceptable Profile
Fabrication Rules
Modify Tools
Editing Fabrication Item
Connection Edit Type
Editing Base Plate (Part 1)
Editing Base Plate (Part 2)
Editing Base Plate Model
Shear Plate Edit Type
Managing Material
Splice Joint
Modeling Connection
Connection Properties
Modeling Plate
Bolts
Bolts Properties
Bolts Rules
Anchors
Anchors Properties & Welds
Modifiers
Shorten & Contour Cut
Cope
Miter
Propagating Connection
Placing Rebar with Dynamo
Practical BIM Package
Custom Node
Set Rebars
Rebars Setting
Set Rebar to All the Beams
Techniques for Executive Modeling
Modeling UNP Family
Modeling Structural Connection
Manage Family Parameters
Checking Project
How to Link Advance Steel and Robot Structure to Revit
Setting Window
Working with Advance Steel
Advance Steel to Revit
Revit to Advance Steel
Advance Steel to Robot Structural
How to Link ETABS to Revit
Managing File
Checking Structural Window
Linking Revit to ETABS
Project Documentation Tools
Project Measurement
Spot Elevations
Setting Details View
Modeling Symbol
Modeling Rebar Detail Item
Schedule _ Quantities
Putting Views on Sheet
Precast Tools
Configuration
Configuration Tabs
Split & Shop Drawing
Editing Solid Wall Family
Solid Slab Setting
Hollow Core Slab Family
Hollow Core Slab Setting