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  • Paul Aubin (2015)

    Taming Parametric Curves in Revit Family Editor

    • Revit for Architects
    • Revit for Construction

    Key Learning

    • Learn how to create reliable, flexible, parametric curved forms in the Family Editor
    • Learn how to componentize your families: reuse the parts and pieces
    • Discover what it takes to make a properly flexing compound curve
    • Learn how to use formulas and other advanced techniques to control family curves
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  • Nathan Miller (2015)

    The Great Dynamo Dig—Mining Your Revit Model with Computation—Take 2

    • Revit for Architects
    • Dynamo
    • Revit for Construction

    Key Learning

    • Learn how to use Dynamo for Revit data mining
    • Learn how to extract element parameters and geometry from Revit
    • Learn how to format Revit software data for use by other applications
    • Learn how to connect the Dynamo extension to relational databases
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  • Ken Marsh (2015)

    U.S.-Style Scheduled Rebars: A Concrete Tale of Design and Fabrication in Revit

    • Revit for Structural Engineers
    • Revit for Construction

    Key Learning

    • Discover the Autodesk code checking framework and identify key benefits
    • Discover how to configure customized reinforcing schemas in RConcrete
    • Discover how to increase design efficiency by automating design scheduling with RConcrete
    • Learn how you can achieve accurate quantity takeoffs in Revit based on U.S.-style concrete reinforcing schedules
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  • Forest Flager (2015)

    Using Fabricator Data and Expertize to Optimize Steel Structures

    • Revit for Structural Engineers
    • Revit for Architects

    Key Learning

    • Discover the business benefits of capitalizing on fabricator data and expertise early in the structural design process
    • Discover the capability of the technology to estimate steel structure cost, lead time, and environmental impact
    • Discover the broader potential of the approach to improve vertical integration of information in the AEC industry
    • Discover opportunities to participate in the continued development and testing of the technology
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  • Philippe Bonneau (2015)

    Advance Steel Tips and Tricks in 60 Minutes

    • Revit for Structural Engineers
    • Advance Steel

    Key Learning

    • Learn how you can easily customize the software with useful tips
    • Discover tips that help speed up the 3D modeling phase
    • Discover tips that help obtain deliverables more efficiently
    • Learn how to use some of the new features from recent releases
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  • Key Learning

    • Learn how to export Revit Structure model and import into Advance Steel
    • Learn how to create automated steel connections between the members imported from Revit
    • Learn how to generate automated fabrication drawings and NC files
    • Learn how to use Sync to review and import any Revit changes into Advance Steel or validate an Advance Steel model in Revit
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  • Mitsuo Nakatani (2015)

    Advanced Lighting Design and Simulation for Revit

    • Revit for Architects
    • 3ds Max

    Key Learning

    • Learn how to use Revit for easy and quick lighting design
    • Learn how you can confirm lighting placement results close to the actual finish
    • Learn about using visualization to confirm the dynamic lighting design
    • Learn how to directly realize the specification to the real space
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  • Andrew Duncan (2015)

    An MEP Engineer's Guide to Dynamo

    • Revit for MEP Engineers
    • Dynamo

    Key Learning

    • Discover enough about Dynamo to get started
    • Learn how to link Revit Space information to Revit families for use in calculations
    • Learn how to use Dynamo as an engine for performing MEP calculations such as determining heating loads or flow rates
    • Learn how to pull data from Excel into Revit via Dynamo to inform calculations
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  • Martin Stewart (2015)

    AutoCAD Plant 3D Success—A Checklist Manifesto

    • AutoCAD Plant 3D
    • Revit for Architects

    Key Learning

    • Learn how to utilize and expand on a comprehensive checklist for successfully getting an AutoCAD Plant 3D project underway
    • Learn how to organize the project directory and drawings for best practice use of Xrefs and working with a state plane coordinate system
    • Learn how to integrate various models into an AutoCAD Plant 3D project, including Revit and Advance Steel models
    • Learn how to generate isometrics at large coordinates and orthos that don’t break, and also how to use checklists to retain and build on these workflows
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