Structural Design using Revit

What Will You Learn?

• Introduction to Revit
• Graphical User Interface of Revit
• Linking
• Copy and Monitor
• Adding Levels
• Worksharing
• Graphical User Interface of Revit Family
• Family Creation
• Setting Up Project
• Grids and Columns
• Adding Grids
• Adding Steel Columns
• Adding Foundation Wall
• Adding Wall Footing
• Adding Piers and Pilasters
• Adding Isolated Footings
• Creating a CMU Elevator Shaft
• Creating Shaft Openings
• Creating Foundation Slabs
• Adding Step Footings
• Tagging a Step Footings
• Adding a Step Footing Family
• Creating Retaining Walls and Footings
• Adding Perimeter Beams, Adding Beam System, Modifying Beam System, Copy and Paste Aligned
• Altering Beam Elevations, Adding Joist System, Tagging Framing
• Floors and Slabs
• Adding Reinforcement
• Creating Steel Brace Frames
• Creating Stairs and Adding C Shapes
• Creating Ramps and Sloping Slabs
• Detailing and Annotating
• Schedules and Tagging
• Creating a Material Take-off
• Adding Howe Trusses, Editing Trusses and Detailing Trusses
• Phasing
• Keynoting and Revisions
• Connecting Structure Elements
• Adding Fabrication Elements
• Modifier and Parametric Cuts
• Creating new Title Block
• Placing on Sheets
• Printing and Exporting
• Interference Checking
• Rendering and Walkthrough