
Integrate sustainability as a core element of BIM models using Revit and Insight 360, analyzing energy, solar radiation, and airflow to improve design performance.
Use solar measurements to determine rooftop surface in kilowatts, using location data and 60 percent surface area to estimate payback period for the solar panels.
Apply the 11-day light analysis file to evaluate room lighting, using the main room and separate rooms to create your analysis diagram.
Create an energy model by generating an in place mass aligned to project levels, then configure energy settings and materials to analyze performance in Autodesk Revit and Insigth 360.
Create a new window family in revit, configure glass material and thickness, and set instance parameters to produce an energy model window for performance analysis.
Model interior and concrete walls, align boundaries, and build a coherent energy model in Revit, then open and optimize it in Insight 360.
Review Green Building Studio guides you through configuring energy models in Green Building Studio, adjusting shell construction, roof, windows, and electrical loads to analyze lifecycle costs and emissions.
Shape wind flow and ventilation through massing, sun access, and openings. Guide air with high and low openings to influence air movement; solar chimney and chiller chimney illustrate heat transfer.
Use flow design tools to simulate wind flow around a model, adjusting orientation, wind speed, and tunnel settings; analyze pressure distribution, flow lines, and smoke visualization to optimize facade performance.
Apply your energy model from the previous exercise to a flow simulation, identify airflows that will hit and determine pressure values to consider in your final model.
This course it’s designed to teach you about sustainability and Design and Construction BIM Models, Its outline was taken from the BPAC (Which not longer exists) but its concepts are still usefull.
BIM it’s on a deep expansion for the AEC (Architecture, Engineering and Construction) Industry so each time more and more projects are developed over this methodology changing the quality standards for construction and design.
This course its quite powerfull for understanding the project surroundings, giving a complete panorama of opportunities and improvements that can be done on the design on early phases and also cosidering the maintaining phases.
This course is created in order to simplify and complement the BPAC.
Its divided by Sections Energy Analysis, Climate and Weather, Solar Measurements, Wind and Airflow , Daylighting Strategies, and Whole Building Analysis
The course has 5 review exercises directly involved analysis and results.
Are you tired of taking courses that go to fast with a lot of content? Don’t worry go at your own pace, jump between sections for certain topics, the access is for lifetime.
Also, we have a direct response for any topic listed, so we can improve the content.
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