A leading idea of experimental architecture, and possibly a future characteristic of the field, is the idea of agent based modelling. This is the dynamic computed demonstration of actions, such as human habits or traffic patterns. Projects, evolving from such mapping, can be seen as a systematic whole from multiple perspectives, and a pattern of relationships can be developed based upon the model or program created by the architect. Custom made digital machines are being created to follow parametric design in a more precise and dynamic fashion.
Where precision and objectivity formlise fluidity in form, and enable collating (scanning), computing and creating (physically) data, digital media also allow for editing options and mutations in the evolution process itself. In this respect, where modernism reflected on the idea of refusing superficiality, digital technologies facilitate inclusion of every modifying parameter, hence ushering in a new paradigm of design more complex and yet accurate. Recent overlaps & cross overs in modes of knowledge, aim to derive new meanings from composite understandings, hence expanding the domain of digital technology.
A culmination of ideologies in architecture can lead to programs which demonstrate the true complexity of a project’s situation in an aesthetically pleasing manifestation. Writing individual scripts with respect to a project, instead of using a program for every project, creates individual solutions, most of which result in a fluid, complex geometric result.
Examples of this type of work can be seen with Neri Oxman (MIT), mentioned in the Neal Leach lecture from October 11th. Much of her work with materialecology demonstrates the idea of using algorithms and computer programs to progress the idea of architecture.
Links
http://www.materialecology.com/
http://www.smartgeometry.org/
http://span.vox.com/library/posts/tags/conference/
http://www.fab.fh-wiesbaden.de/index.php?id=120
http://www.community-intelligence.com/blogs/public/
October 19, 2007
Complex Geometry, Algorithmic Computation, and Neri Oxman
Posted by pro()f. at 21:05
Labels: BA1: Complex Geometries, G14
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