SG2010 Cluster: High Tech Design - Low Tech Construction

This cluster focuses on a process that combines the design of parametric models with rapid, manual construction techniques. This set is coupled with digital setting out strategies and results in a 1:1 prototype. The task is to devise a method of translating complex digital projects into real scale models, using logical geometric thinking, inventive production planning and self organization principles.

The goal is to design and build a real scale, functional habitat. This structure will be of fast deployment defined by simple components and their precisely articulated relations. Components will be fabricated of standardized material. The design intelligence will go into the development of innovative connection types and assembly strategies. To achieve this, we will devise a translator craft using easily available technology, such as a conventional desktop printer, projectors and laser beams to articulate, scale and set the design in space.

Applicants to this group should be inventive, hands-on designers with a combination of digital and building skills. They will learn to use advanced geometric modelling and algorithmic processes to develop and realize complex designs. Ultimately, the practical application and use of these tools can be better understood, and replicated in future projects, uninhibited by limited resources or technologies.
David Kosdruy works in the Computational Geometry Group at KPF, designing and developing complex and challenging geometries for several projects. Using scripting techniques on various platforms, he has developed generative design systems as well as analysis and management tools. David graduated in 2008 from the TU Munich as one of the best students of his year. He has taught at the TU Munich, he presented at the SG event 2008, and ran GC tutorials on several occasions in London. David’s work was rewarded with several prices like the Pininfarina Design Award and the Steel Construction Award and was exhibited on several occasions across Europe.
Juan E Subercaseaux is Associate Principal at KPF, as part of the Computational Geometry Group he focuses in high profile buildings, environmental performance and research. He taught in the Architectural Association between 2006 and 2008 in Diploma and Graduate Schools accomplishing 2 full scale projects built in Patagonia. Also he has taught and presented at several associative modelling workshops. Juan graduated as an Industrial Designer from the UCV School of Architecture and Design in 1997, between 1998 and 2004 he worked independently designing and building in various scales from objects to museums. Juan holds a Master in Architecture with distinction from the AA School of Architecture (EmTech MArch 2006).

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