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  • Key Learning

    • Increase awareness and familiarity with Dynamo visual programming nodes and packages
    • Learn about basic troubleshooting when working with Dynamo scripts that fail
    • Recognize when Dynamo can save you valuable time on projects
    • Discover simple and innovative ways to bridge workflow gaps in Revit
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  • Colin McCrone (2016)

    Paneling with Intent to Fabricate

    • Revit
    • Dynamo Studio

    Key Learning

    • Compare native Revit tools and Dynamo techniques for panelizing a facade
    • Address a variety of design constraints and edge conditions for paneling
    • Learn how to control multiple Revit family types and instances with Dynamo according to conditions
    • See examples of how BIM data and computation have enabled complex projects to be realized
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  • Mike Engel (2016)

    Redefine Sketching in Architectural Design

    • FormIt 360
    • Dynamo Studio
    • Revit

    Key Learning

    • Learn how to capitalize on an idea from thought to concept to construction
    • Learn how to create a Dynamo Shared Workspace
    • Learn how to integrate Dynamo Shared Workspace into your FormIt 360 design models
    • Learn how to capitalize on sketching and computational workflow to advance the design process
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  • William Carney (2016)

    Revit and Dynamo for Landscape Architects

    • Revit
    • Dynamo Studio

    Key Learning

    • Learn how to use Revit for landscape architecture
    • Learn how to utilize Dynamo to improve your typical Revit workflow
    • Understand how a BIM database can streamline landscape-architecture design documentation
    • Become comfortable using Revit
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  • Jason Howden (2016)

    String Theory—Dynamo for Absolute Beginners

    • Revit
    • Dynamo Studio

    Key Learning

    • Understand how to use Dynamo and navigate the interface
    • Learn where to find the best learning materials for Dynamo
    • Learn how to create your first timesaving Dynamo script
    • Learn how to create a script to randomize a façade, and automate workset management in Revit
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  • Matt Wash (2016)

    Taking BIM for Structural Engineering to the Limits—and Beyond

    • Revit Structure
    • Dynamo Studio
    • Robot Structural Analysis

    Key Learning

    • Learn how to make the most of collaborative workflows between the architect and engineer to maximize efficiency and minimize waste in the design and delivery of structural engineering solutions
    • Learn how to optimize structural solutions to provide sustainable design choices that are buildable and cost-effective
    • Gain insight into the training opportunities and skill set your team will need to stay ahead of your competitors
    • Gain a better understanding of the needs of all stakeholders in the lifecycle of a project through design, construction, and operation of a facility, and learn how your design can be flexible to accommodate future changes
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  • Craig Chappell (2016)

    Zero to Hero—Tackling Dynamo from Scratch for MEP Engineers

    • Dynamo Studio
    • Revit MEP

    Key Learning

    • Learn how to extract information from a model quickly
    • Learn how to manage calculations and make decisions in a model
    • Learn how to automatically size Revit family components based on a given range of criteria
    • Explore ideas to reality
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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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  • Key Learning

    • Gain a new perspective on the speculative future of the AEC industry
    • Develop a cross sectional understanding of emerging through related to the construction of the built environment
    • Participants will have a cross sectional understanding of emerging technologies related to intelligent building control systems
    • Understand the value of collaboration and the interrelatedness of various trends in applied technology development
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  • Key Learning

    • Computational design skills
    • Help students with future careers
    • Digital fabrication in building design
    • Incorporate parametric modeling into the classroom
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