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  • Matthew Anderson, PE (2012)

    Troubled Waters: Advanced Modeling Tips for Autodesk® Storm and Sanitary Analysis

    • Autodesk Infrastructure Design Suite
    • AutoCAD Civil 3D

    Key Learning

    • Use new tips for identifying problems
    • List items to consider when modeling
    • Develop an understanding of the analysis
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  • Todd Rogers (2012)

    Working with Autodesk® Infrastructure Modeler

    • Autodesk Infrastructure Modeler
    • AutoCAD Civil 3D

    Key Learning

    • Do analysis and measurements
    • Create a video flyby of your design area
    • Connect to multiple types of data and use outside sources to bring models into the design
    • Stylize the data that has been connected
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  • Beatriz Mesa (2012)

    Explanaciones y movimientos de tierra en proyectos complejos

    • AutoCAD Civil 3D
    • Autodesk Infrastructure Design Suite

    Key Learning

    • Definir las secciones de acabado para la programación de trabajo en sitio
    • Comprender el por qué se requiere utilizar herramientas de diseño con el objetivo de ser competitivos
    • Cononocer bondades de Civil 3D para la definición del modelo tridimensional de la superficie final o propuesta de proyectos
    • Aprender a obtener las cantidades de obra en cuanto a los volúmenes de excavación y lleno
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  • Steve Biver (2012)

    Can You Afford to Use Old Training Methods on New Technology?

    • AutoCAD Civil 3D
    • Autodesk Infrastructure Design Suite

    Key Learning

    • Identify new methods of training that will have positive effects on your business
    • Describe to other decision makers in your organization how to truly implement a new training methodology
    • Design the right approach to train your users
    • Explain why the old ways of implementing software don't work today
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  • mark hughes (2013)

    InfraWorks 2014: Realizing the Potential of a Fully Integrated BIM Process

    • Infrastructure Modeler, Infraworks, Civil 3D, Revit, Navisworks, AutoCAD MAP, ARCGis

    Key Learning

    • Describe a comprehensive BIM process
    • Evaluate the value of accurate as-built documents
    • Assess the potential of a planning with BIM process
    • Plan deliverables that translate into model content
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  • Lucy Kuhns (2016)

    The Data Lab—How to Link, Extract, Customize, and Extend Data for BIM Readiness

    • AutoCAD Civil 3D
    • Infrastructure Administrator

    Key Learning

    • Learn how blocks with attributes can automatically create and link to external databases
    • Learn the power of Property Set Manager which creates extended data that can apply to AutoCAD Civil 3D objects
    • Learn how to make a feature class and create a custom data schema
    • Learn what the Autodesk Infrastructure Administrator does—it’s amazing
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  • Key Learning

    • Use AutoCAD Civil 3D and various analysis tools to move from conceptual design into more detailed preliminary design
    • Use collaboration and data management tools to communicate and share data throughout the design process
    • Use conceptual designs from Autodesk Infrastructure Modeler as a starting point for more detailed design in AutoCAD Civil 3D
    • Use AutoCAD Map 3D to compile geospatial information for better engineering decision making
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  • Angel Espinoza (2012)

    Using Autodesk® Infrastructure Design Suite for Visualization and Construction Coordination

    • Autodesk Infrastructure Design Suite
    • Autodesk 3ds Max Design

    Key Learning

    • Use tools in Navisworks Manage to communicate with stakeholders
    • Extend the Civil 3D model beyond traditional design and documentation
    • Use models created in Civil 3D as a foundation for construction coordination
    • Use models created in Civil 3D as a foundation for visualization in 3ds Max Design
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  • Curtis Smith (2015)

    Reimagining BIM for Civil Engineers—Underground Utilities

    • InfraWorks
    • AutoCAD Civil 3D
    • AutoCAD Utility Design

    Key Learning

    • Discover the history of object modeling for underground utility infrastructure in Autodesk’s software packages
    • Discuss what went wrong and what went right for underground utility modeling in Autodesk’s software through the years
    • Discover ideas on engagement and wider adoption by both the engineering and product-manufacturing communities
    • Brainstorm what can be done to improve underground utility modeling in future releases of InfraWorks and AutoCAD Civil 3D
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  • Curtis Smith (2013)

    BIM for Civil Engineers: Intelligent Hydraulics and Hydrology with AutoCAD Civil 3D

    • Infrastructure Design Suite, Infrastructure Design Suite

    Key Learning

    • Create dynamic labels and expressions for storm systems and hydrology catchment areas
    • Customize parcel styles and user-defined properties for hydrology information modeling
    • Customize the part catalog shared parameters for enhanced information modeling and data entry
    • Prepare standard or specialized drawing templates for a fully integrated hydrology and hydraulics workflow
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