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  • Matt Dillon (2013)

    Slaying the BIM Dragons

    • Building Design Suite, Green Building Studio

    Key Learning

    • Identify the appropriate Building Design Suite software tools for the workflows in the BIM process
    • Identify the correct level of detail for each stage of design
    • Migrate data from one stage of design and from one discipline or workflow to another
    • Identify ways to use the BIM model to provide more billable services and to realize more internal benefits
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  • David Butts (2016)

    Powering BIM—Capitalizing on Revit for Building Energy Modeling

    • Revit
    • Green Building Studio

    Key Learning

    • Learn Revit project setup and modeling tips to get the best results in your analysis software
    • Learn how to examine the Revit energy modeling settings, and how to perform a baseline simulation
    • Discover Insight 360, and learn how it expands the original energy modeling tools to perform tests for heating and cooling loads using the DOE software’s EnergyPlus tools
    • Learn about additional Insight tools for lighting and solar studies
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  • ian molloy (2013)

    No Pain All Gain: Revit 2014 Automatic Energy Analytical Model Creation and Analysis

    • Revit for Architects, Green Building Studio

    Key Learning

    • Explain what exactly an Energy Analytical Model (EAM) is and the different ways and means they can be created.
    • Describe how the new Energy Analysis feature, which uses building elements, works in Revit 2014.
    • Show how accurate the resulting EAMs can be and how they compare to typical industry tools and practices.
    • Describe how the EAM can be analyzed by Autodesk Green Building Studio in the cloud in a fraction of the usual time and effort.
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  • Tomislav Zigo (2013)

    Sustainability on the Go

    • Vasari, Green Building Studio

    Key Learning

    • Use conceptual energy modeling in the early stages of the design
    • Enable a flexible analysis workflow via cloud technology
    • Use Vasari and FormIt for rapid energy modeling
    • Interpret and analyze the results that are obtained with an energy modeling platform
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  • John Kennedy (2012)

    Angry Buildings: Reality Capture for Energy Modeling of Small Buildings

    • Autodesk Green Building Studio

    Key Learning

    • Enrich your portfolio of service offerings
    • Describe the potential gains of sustainable constructions and retrofits
    • Describe opportunities for more effective monitoring and documentation of the construction process
    • Explain the energy impact of buildings and list ways to reduce energy consumption
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  • Ian Molloy (2012)

    Autodesk® 360 Energy Analysis for Autodesk® Revit®: An Introduction to Innovative New Workflows

    • Autodesk Revit for Architects
    • Autodesk Green Building Studio

    Key Learning

    • Create energy analysis model documentation using Revit views and schedules
    • Collaborate with engineers/energy analysts to optimize the design and ensure validity
    • Run whole building energy simulation directly from Revit and powered by the Green Building Studio cloud service
    • Use certain Revit objects to capture varying levels of design detail at different stages throughout the building lifecycle
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  • Lauren Kuntz (2012)

    Calibrating an Existing Building Energy Model

    • Autodesk Green Building Studio
    • Autodesk Revit for MEP Engineers

    Key Learning

    • Acquire and prepare BEMS-trended energy end use data
    • Calibrate the simulated results from a detailed energy model to trended end-use data
    • Build simplified energy models using Autodesk Vasari
    • Calibrate a Vasari energy model to monthly utility billing data using Green Building Studio
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  • Jeff Olden (2012)

    Using BIM to Streamline Your Energy Modeling Workflows

    • Autodesk Revit for MEP Engineers
    • Autodesk Green Building Studio

    Key Learning

    • Create schedules and model HVAC and plumbing systems in eQuest
    • Interpret results and troubleshoot errors
    • Use Revit 2013 to model a building's envelope and thermal zone layout and apply internal loads
    • Generate a DOE2 model using Green Building Studio and import it into eQuest along with the appropriate weather data
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  • Key Learning

    • Determine when a surface is treated as a heat transfer boundary
    • Explain how the analytical model is exported to Green Building Studio
    • Properly define spaces, which are the building block of energy analysis
    • Properly define thermal properties in the Revit model
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