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- 28 MarHyperbody designs a SynSerre (Synergetic Greenhouse)
- 23 Marguest researcher Ismael Quevedo Medina joins hyperBODY
- 21 MarMarco Verde lecturing at AA Visiting School in Paris
- 18 MarBook launch presentation: Towards a New Kind of Building - A Designers' Guide for Non-Standard Architecture
- 17 MarInteractive Workshop with Prof. Antonino Saggio and Hyperbody
- 09 MarMinor project ‘Linked’ shortlisted project for 3rd International Competition TRIMO URBAN CRASH
- 03 MarLecture by Kas Oosterhuis - New Kind of Building
- 25 FebQuantum Point Cloud Workshop - Spring 2011: Feb 25th - March 15th
- 17 FebProf Kas Oosterhuis entry for the 2011 Buckminster Fuller Challenge: QuantumBIM
- 16 FebSilver DDC Award 2011 for InteractiveWall
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URBAN FLUX
Digital design and fabrication workshop, Harbin Institute of Technology, China
Date: 25th June - 9th July 2011
Workshop tutors: Dr. Nimish Biloria, Ir. Han Feng, Hyperbody, TU Delft, The Netherlands
Urban Flux is an intensive two-week digital design and fabrication workshop fully embedded in bottom-up process driven generative design techniques. The workshop will focus on complex socio-cultural and environmental dynamics within the city of Harbin, China, and in doing so, will develop a systemic interface between environmental (specifically wind and sun), social and structural domains. The workshop thrives on understanding the intricate relationships between environmental and social phenomenon which affect the bio-rhythms of users and use this dynamic data set as the initiator of generative design. The workshop task will specifically revolve around developing an urban incubator with the primary aim of channeling and redirecting the natural elements (in this case, Wind and sun), in order to create variable experiential conditions as an attraction highlight promoting social interaction.
The development of continual surfaces, parametrically embodying the variable distribution of wind pressure and solar comfort whilst incorporating social data driven urban furniture systems as an integrated architectural formation shall be set as the final goal of the workshop. Computational tools and techniques for simulating real-time behavior of multi-agent systems, parametric behavior, stereolithography, rapid prototyping as well as surface modeling and pattern generation are some of the few methods which shall be explored in a systematic manner during the workshop. An equal stress on research and design shall pave the way for developing an information driven material formation sequence throughout the workshop.