Utilizing BIM for Sustainable Architecture

An analysis and continuation of my graduate thesis at the University of Texas at Austin.

Posts Tagged ‘archicad’

BIM/IPD workflow and collaboration

Posted by Justin Firuz Dowhower, AIA, LEED AP on August 13, 2010

This is an older article, but it is still relevant: “NEXT-GEN BIM: Graphisoft Teamwork 2.0 will revolutionize BIM/IPD workflow and collaboration” by Jerry Laiserin, July 2009.  This is an interesting introduction and analysis of how BIM authoring tools approach project sharing and collaboration where the goal is to enable greater project integration without sacrificing workflow flexibility.  The article also brings up an interesting point regarding how worksharing capabilities tend to benefit larger firms/projects while penalizing smaller firms/projects with unnecessary management complexity.  This article focuses on the [new] teamwork framework for Graphisoft’s ArchiCAD 13.  Although I’m personally biased towards Autodesk’s Revit suite, I think they could learn a thing or two from Graphisoft’s approach and I think they are going in this direction (if not already with v2011).

For more information on this topic, see Chapter 3 of my thesis discussing BIM/IPD and comparing various BIM technologies.

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Thesis Excerpt: BIM for Housing?

Posted by Justin Firuz Dowhower, AIA, LEED AP on August 7, 2010

A fifth area of research not addressed in this thesis involves comparing current BIM software tools in terms of appropriateness for affordable and sustainable housing.  In an effort to conduct thorough simulation research in a reasonable timeframe, I focused solely on Autodesk’s Revit.  However, I am not convinced that this software is necessarily the ‘right tool for the job’ with regard to the design and construction of affordable and sustainable housing.  An interesting continuation of this research might involve testing various BIM tools (i.e. Vectorworks, Revit, Microstation, and ArchiCAD) for a given affordable/sustainable housing development project and comparing how each performs in specific categories.  Eastman, et al. (2008), has already compiled a pros and cons list of various BIM platforms, but the comparisons lack a specific context, stakeholder group(s), or project type.  This further research could also help to determine to what degree the technology is influential on affordability and sustainability.

Source:  Dowhower, Justin Firuz.  Adapting Building Information Modeling (BIM) for Affordable & Sustainable Housing:  Chapter 7:  Future Research.  Austin, TX:  The University of Texas at Austin, 2010.

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