Bim- Revit Structure Full Course- From Beginner To Advanced 2023

Advanced Techniques in Steel and Concrete Structural Design and BIM Modeling

What you'll 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

Requirements

A Laptop and Autodesk Revit

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 TechniquesSteel and Concrete StructureStructural Walls, Columns and BeamsApply Industry Standards for Steel Connection DesignReinforcement Modeling and Rebar DetailingTruss and Brace FamiliesDynamo for Revit StructureStructural AnalysisShop Drawings and SheetsU-Boot & Metal Deck and Waffle Structure ModelingIf 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 Autocad, ask me questions so that I can guide you.

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Difference Between Revit Structure, Advance Steel and Tekla

Lecture 2 The Difference Between Revit Structure, Advance Steel and Tekla

Section 3: What is the Meaning of Design in Revit Structure

Lecture 3 Structural Design in Revit

Section 4: Revit Structure Templates

Lecture 4 Structural Template

Section 5: Drawing Levels

Lecture 5 Drawing Levels

Lecture 6 Managing Levels

Section 6: Drawing and Setting Grids

Lecture 7 Introducing Grid

Lecture 8 Drawing Grids

Lecture 9 Grid Tools

Lecture 10 Appearance Setting (Part 1)

Lecture 11 Appearance Setting (Part 2)

Lecture 12 Grid Symbol

Lecture 13 Grids Line Pattern

Lecture 14 Curve Grid

Lecture 15 Modeling Grid Symbol (Part 1)

Lecture 16 Modeling Grid Symbol (Part 2)

Section 7: Axis Numbering with Dynamo

Lecture 17 Grids Numbering (Part 1)

Lecture 18 Grids Numbering (Part 2)

Section 8: Creating Tools with Dynamo

Lecture 19 Creating Tool

Section 9: Axis Dimension with Dynamo

Lecture 20 Axis Dimension (Part 1)

Lecture 21 Axis Dimension (Part 2)

Section 10: Modeling and Setting Structural Columns

Lecture 22 Structural Column

Lecture 23 Column Placement Options

Lecture 24 Slanted Column

Lecture 25 Column Properties (Part 1)

Lecture 26 Column Properties (Part 2)

Lecture 27 Column Connection

Lecture 28 Symbol Family (Part 1)

Lecture 29 Symbol Family (Part 2)

Lecture 30 Column Properties

Lecture 31 Rebar Cover

Lecture 32 Attach & Detach

Lecture 33 Column Style

Lecture 34 Attachment Detail

Lecture 35 Analytical Items

Lecture 36 Analytical Properties

Lecture 37 Analytical Tag

Section 11: Modeling Columns Based on Excel and AutoCAD with Dynamo

Lecture 38 Drawing Column by AutoCAD & Excel

Lecture 39 Importing Excel

Lecture 40 Importing Coordinated Points

Lecture 41 Columns Placement by Dynamo

Section 12: Modeling Structural Column Family

Lecture 42 Modeling Family

Lecture 43 Setting Family Graphics

Lecture 44 Section Shape

Lecture 45 Exporting Detail & Beam Connection

Lecture 46 Column Appearance

Lecture 47 Family Properties

Lecture 48 Set View Range

Lecture 49 Steel Column Family

Lecture 50 Set Section Parameter

Lecture 51 Column Visibility

Lecture 52 Export Family Parameter

Lecture 53 Import Catalog

Lecture 54 Lookup Table Family

Lecture 55 Manage Excel File

Lecture 56 Manage Family Parameters

Lecture 57 Family Subcategory

Lecture 58 Detail Item

Section 13: Modeling and Setting Beams

Lecture 59 Introduce

Lecture 60 Drawing Rules

Lecture 61 Drawing Options

Lecture 62 Drawing Beams

Lecture 63 Drawing Curve Beams

Lecture 64 Beam Properties

Lecture 65 Extension Parameters

Lecture 66 Edit Parameter

Lecture 67 Explaining Constraints

Lecture 68 Beam Properties

Lecture 69 Cut Back

Lecture 70 Justification

Lecture 71 Connection

Lecture 72 Beam Symbol

Lecture 73 Connection Family

Lecture 74 Attachment Type

Lecture 75 Family Properties

Section 14: Modeling and Setting Beam System

Lecture 76 Introduce

Lecture 77 Use Beam System

Lecture 78 Pattern Window

Lecture 79 Drawing Roof Beams

Lecture 80 Edit Beam System

Lecture 81 Remove Beam System

Lecture 82 Beam System Tag

Lecture 83 Create Beam System Tag

Section 15: Modeling Joist Family

Lecture 84 Modeling Family

Lecture 85 Create Parameters

Lecture 86 Modeling Details

Lecture 87 Manage Parameters

Lecture 88 Create Formula (Part 1)

Lecture 89 Create Formula (Part 2)

Lecture 90 Checking Family Parameters

Section 16: Modeling Stepping Beam

Lecture 91 Modeling Family

Lecture 92 Create the Required Parameters

Lecture 93 Create Formula

Lecture 94 Manage Parameter & Formula

Section 17: Modeling Roof Polystyrene Family

Lecture 95 Modeling Family

Section 18: Joist and Polystyrene Placement

Lecture 96 Joist Placement

Lecture 97 Polystyrene Placement

Lecture 98 Checking the Model

Section 19: Beams Modeling by Using Dynamo Based on AutoCAD File

Lecture 99 Checking AutoCAD File

Lecture 100 Import Points

Lecture 101 Working with Dynamo (Part 1)

Lecture 102 Working with Dynamo (Part 2)

Lecture 103 Manage Nodes

Lecture 104 Family Placement

Section 20: Modeling and Setting Brace

Lecture 105 Introduce

Lecture 106 Drawing Brace

Lecture 107 Manage Tags

Lecture 108 Manage Properties

Lecture 109 Modeling Family

Lecture 110 Create Parameters

Lecture 111 Check the Family Visibility

Lecture 112 Check the Model & Parameters

Section 21: Modeling U-Boot Family

Lecture 113 Modeling Family

Lecture 114 Create the Required Parameters

Lecture 115 Detail Modeling (Part 1)

Lecture 116 Detail Modeling (Part 2)

Lecture 117 Manage Parameters

Lecture 118 Check the Family

Lecture 119 Family Placement

Section 22: U-Boot Placement by Using Dynamo

Lecture 120 Family Placement

Lecture 121 Create Tool Icon

Section 23: Modeling Cobiax Family

Lecture 122 Set Parameters

Lecture 123 Modeling Details (Part 1)

Lecture 124 Modeling Details (Part 2)

Lecture 125 Modeling Details (Part 3)

Lecture 126 Checking Parameters

Lecture 127 Manage the Family

Lecture 128 Family Placement

Lecture 129 Check the Model

Lecture 130 Meshed Surface

Lecture 131 Intersection of Points

Lecture 132 Create Tool

Section 24: Modeling Metal Deck Family

Lecture 133 Checking AutoCAD File

Lecture 134 Importing DWG File

Lecture 135 Modeling Family (Part 1)

Lecture 136 Modeling Family (Part 2)

Lecture 137 Editing Family

Lecture 138 Modeling Family Details

Lecture 139 Checking Family

Lecture 140 Manage Parameters

Section 25: Modeling Waffle Family

Lecture 141 Checking AutoCAD File

Lecture 142 Creating Parameters

Lecture 143 Family Placement

Section 26: Structure Tab

Lecture 144 Cope

Lecture 145 Opening Tools

Section 27: Modeling and Setting Structural Floor

Lecture 146 Properties

Lecture 147 Editing Tools

Section 28: Modeling and Setting Structural Wall

Lecture 148 Structural Wall

Section 29: Wall Connection Technique by Using Dynamo

Lecture 149 Joining Wall & Beam

Lecture 150 Joining Elements by Dynamo

Section 30: Floor Construction by Using Dynamo

Lecture 151 Preparing 3D Model

Lecture 152 Using Required Nodes

Lecture 153 Floors Demarcation

Lecture 154 Preparing Intersection Points

Lecture 155 Modeling Floors

Section 31: Modeling and Setting Truss

Lecture 156 Introduce the Element

Lecture 157 Edit Type Window

Lecture 158 Properties

Lecture 159 Edit Profile

Lecture 160 Attach & Detach

Section 32: Modeling Truss Family

Lecture 161 Creating Parameters

Lecture 162 Control the Parameters

Section 33: Modeling and Setting Structural Foundation

Lecture 163 Introduce Wall Foundation

Lecture 164 Editing Wall Foundation

Lecture 165 Foundation Placement

Lecture 166 Modeling Family

Lecture 167 Foundation Slab

Lecture 168 Editing Foundation Slab

Lecture 169 Joining to Elements

Section 34: Basic Rebar Setting

Lecture 170 Introduce

Lecture 171 Reinforcement General (Part 1)

Lecture 172 Reinforcement General (Part 2)

Lecture 173 Reinforcement General (Part 3)

Lecture 174 Reinforcement Rounding & Presentation

Lecture 175 Area & Path Reinforcement

Lecture 176 Varying Rebar Set

Lecture 177 Cover

Lecture 178 Structural Element Rebar Cover

Lecture 179 Set Cover

Section 35: Placement, Setting and Modeling Rebars Family

Lecture 180 Sketching Rebar

Lecture 181 Rebar Position

Lecture 182 Set Rebar (Part 1)

Lecture 183 Set Rebar (Part 2)

Lecture 184 Placement Orientation

Lecture 185 Presentation & Host

Lecture 186 Constraint (Part 1)

Lecture 187 Constraint (Part 2)

Lecture 188 Constraint (Part 3)

Lecture 189 Constraint (Part 4)

Lecture 190 Free Form

Lecture 191 Free Form Aligned

Lecture 192 Free Form Surface

Lecture 193 Manage Rebars

Lecture 194 Isolated & Column Rebar

Lecture 195 Editing Properties

Lecture 196 Curved Floor Modeling

Lecture 197 Curved Floor Rebar

Lecture 198 Editing Rebars

Lecture 199 Cylindrical Column Rebar

Lecture 200 Profile 3D Modeling

Lecture 201 Rebar Placement on 3D Model

Lecture 202 Sketching Rebar

Lecture 203 Example

Lecture 204 Example

Lecture 205 Example

Lecture 206 Sloped Floor

Lecture 207 Drawing Beam Rebars

Lecture 208 Rebar Edit Type

Lecture 209 Schedule Window

Lecture 210 Manage Rebar Schedule

Lecture 211 Properties

Lecture 212 Shape Image

Lecture 213 Rebars Hook

Lecture 214 Properties

Lecture 215 Managing Rebar Visibility by Dynamo

Lecture 216 Using the Created Plugin

Lecture 217 Edit Type Window Construction

Lecture 218 Subcategory

Lecture 219 Dimensions (Part 1)

Lecture 220 Dimensions (Part 2)

Lecture 221 Managing Edit Type Parameters

Lecture 222 Drawing Rebars with Area

Lecture 223 Area Properties

Lecture 224 Customization

Lecture 225 Editing Area Rebars

Lecture 226 Area Symbol

Lecture 227 Path Tool

Lecture 228 Fabric Area

Lecture 229 Lab Splice Position

Lecture 230 Fabric Sheet

Lecture 231 Rebar Couple

Lecture 232 Rebar Coupler Properties

Lecture 233 Rebar Coupler on Wall

Lecture 234 Modeling Rebar Coupler Family

Lecture 235 Rebars Coupler Placement

Lecture 236 Rebar Family

Lecture 237 Rebar Family Rules

Lecture 238 Shape Status

Lecture 239 Checking Family Parameters

Lecture 240 U Rebar Shape

Lecture 241 Adding Required Parameters

Section 36: Steel Tab

Lecture 242 Advance Steel (Part 1)

Lecture 243 Advance Steel (Part 2)

Lecture 244 Steel Tab (Part 1)

Lecture 245 Steel Tab (Part 2)

Lecture 246 Connection Setting

Lecture 247 Element Presentation

Lecture 248 Acceptable Profile

Lecture 249 Fabrication Rules

Lecture 250 Modify Tools

Lecture 251 Editing Fabrication Item

Lecture 252 Connection Edit Type

Lecture 253 Editing Base Plate (Part 1)

Lecture 254 Editing Base Plate (Part 2)

Lecture 255 Editing Base Plate Model

Lecture 256 Shear Plate Edit Type

Lecture 257 Managing Material

Lecture 258 Splice Joint

Lecture 259 Modeling Connection

Lecture 260 Connection Properties

Lecture 261 Modeling Plate

Lecture 262 Bolts

Lecture 263 Bolts Properties

Lecture 264 Bolts Rules

Lecture 265 Anchors

Lecture 266 Anchors Properties & Welds

Lecture 267 Modifiers

Lecture 268 Shorten & Contour Cut

Lecture 269 Cope

Lecture 270 Miter

Lecture 271 Propagating Connection

Section 37: Placing Rebar with Dynamo

Lecture 272 Practical BIM Package

Lecture 273 Custom Node

Lecture 274 Set Rebars

Lecture 275 Rebars Setting

Lecture 276 Set Rebar to All the Beams

Section 38: Techniques for Executive Modeling

Lecture 277 Modeling UNP Family

Lecture 278 Modeling Structural Connection

Lecture 279 Manage Family Parameters

Lecture 280 Checking Project

Section 39: How to Link Advance Steel and Robot Structure to Revit

Lecture 281 Setting Window

Lecture 282 Working with Advance Steel

Lecture 283 Advance Steel to Revit

Lecture 284 Revit to Advance Steel

Lecture 285 Advance Steel to Robot Structural

Section 40: How to Link ETABS to Revit

Lecture 286 Managing File

Lecture 287 Checking Structural Window

Lecture 288 Linking Revit to ETABS

Section 41: Project Documentation Tools

Lecture 289 Project Measurement

Lecture 290 Spot Elevations

Lecture 291 Setting Details View

Lecture 292 Modeling Symbol

Lecture 293 Modeling Rebar Detail Item

Lecture 294 Schedule _ Quantities

Lecture 295 Putting Views on Sheet

Section 42: Precast Tools

Lecture 296 Configuration

Lecture 297 Configuration Tabs

Lecture 298 Split & Shop Drawing

Lecture 299 Editing Solid Wall Family

Lecture 300 Solid Slab Setting

Lecture 301 Hollow Core Slab Family

Lecture 302 Hollow Core Slab Setting

BIM Modelers,BIM Coordinators,BIM Managers,Revit Modelers,Structural Engineers,Architects,Project Managers