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id 96d8
authors Booth, Peter; Loo, Stephen
year 2009
title Beyond Equilibrium: Sustainable Digital Design
source Sustainable theory/ theorizing sustainability Proceedings from the 5th International Conference of the Association of Architecture Victoria University, New Zealand, 4-5 September 2009
summary Implicit in current understandings of sustainability is the presence of a closed system with the capacity of equilibration. Sustainable practices, including design practices, are therefore assumed to possess a redemptive role: design is deployed (as environmentally sustainable design, etc.) to change habits, develop new technologies and recover marginalized practices in the hope of righting the balance between the environment and human endeavours.

Recent developments in experimental digital design have demonstrated non‐linear and highly complex relations between topological transformations, material change, and the temporal dimension of forces. More importantly, this method of design is bottom‐up, because it does not rely on design solutions presaged by conventions, or restricted by representation, but is emergent within the performance of computational design itself. We argue that digital design processes need to move beyond the flux of determinates and solutions in equilibrium, towards a radically continuous but consistent production, which is in effect, an expression of sustainable pedagogy.

The role of emergent digital techniques has significant impact on the methods in which computation is utilized within both practice and academic environments. This paper outlines a digital design studio on sustainability at the University of Tasmania, Australia that uses parametric modelling, digital performance testing, and topological morphology, concomitant with actual material fabrication, as a potent mode of collaborative design studio practice towards a sustainable design pedagogy.

keywords digital, computation, process, morphogenesis.
series other
type normal paper
email peter.booth@utas.edu.au
full text file.pdf (832,750 bytes)
references Content-type: text/plain
last changed 2009/09/08 21:21
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