Revit: Design a Multi-Trade Commercial Building

Created By
Eric Wing via LinkedIn Learning
  • 0
  • 2-3 hours worth of material
  • LinkedIn Learning
  • English
Revit: Design a Multi-Trade Commercial Building

Course Overview

Learn how to bring together design, the BIM Execution Plan, and a variety of construction trades for a commercial project.

Course Circullum

Introduction
  • How does a typical project progress?
  • Exercise files
1. Setting Up the Project with Shared Coordinates
  • Obtaining Civil 3D information
  • Preparing a Civil 3D drawing
  • Creating a Civil Revit model
  • Publishing the coordinates
2. Architectural Modeling
  • Adding exterior wall systems
  • Creating levels
  • Adding curtain wall systems
  • Laying out interior wall systems
  • Adding doors and windows
  • Adding floors
  • Adding rooms
  • Adding tray ceilings and soffits
  • Modeling roofs
  • Laying out circulation
3. Structural Modeling
  • Finding the internal origin
  • Linking architecture internal origin to internal origin
  • Setting up levels
  • Laying out the grid
  • Adding foundation walls
  • Adding piers and pilasters
  • Adding steel columns
  • Adding perimeter framing
  • Adding beam systems
  • Adding roof joist systems
4. MEP Modeling
  • Linking other trades
  • Adding spaces
  • Adding mechanical equipment
  • Adding air terminals
  • Modeling duct
  • Modeling drain pipe
  • Creating a power plan
  • Creating a lighting plan
  • Setting up worksharing
Conclusion
  • Next steps
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This Course Include:
Introduction
  • How does a typical project progress?
  • Exercise files
1. Setting Up the Project with Shared Coordinates
  • Obtaining Civil 3D information
  • Preparing a Civil 3D drawing
  • Creating a Civil Revit model
  • Publishing the coordinates
2. Architectural Modeling
  • Adding exterior wall systems
  • Creating levels
  • Adding curtain wall systems
  • Laying out interior wall systems
  • Adding doors and windows
  • Adding floors
  • Adding rooms
  • Adding tray ceilings and soffits
  • Modeling roofs
  • Laying out circulation
3. Structural Modeling
  • Finding the internal origin
  • Linking architecture internal origin to internal origin
  • Setting up levels
  • Laying out the grid
  • Adding foundation walls
  • Adding piers and pilasters
  • Adding steel columns
  • Adding perimeter framing
  • Adding beam systems
  • Adding roof joist systems
4. MEP Modeling
  • Linking other trades
  • Adding spaces
  • Adding mechanical equipment
  • Adding air terminals
  • Modeling duct
  • Modeling drain pipe
  • Creating a power plan
  • Creating a lighting plan
  • Setting up worksharing
Conclusion
  • Next steps
  • Provider:LinkedIn Learning
  • Certificate:Certificate Available
  • Language:English
  • Duration:2-3 hours worth of material
  • Language CC:

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