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Computational Schema as a Facilitator for Crowdsourcing in a “Social‐Motive” Model of Design

Chapter

Abstract

In this paper we propose and introduce parametric design as a potential methodological basis for a shared computational representation schema that can support crowdsourcing design in a ‘social motive’ model of design. A ‘social motive’ model of design is multi-phase (Pre-design, Design, and Post-design) model of design that offers a new perception for obtaining and exploiting experiential feedback of society. We first introduce the theory and concepts of Crowdsourcing. In the following sections we propose a theoretical schema that demonstrates how information flow is shared in a holistic and compound model in various phases of design. Our digital design model and the conceptual structure represents computational design processes of informed design model; informing design about per-formative and physical environmental conditions as well as the experience and wisdom of the crowd which can be easily mapped to the pre-design; conceptual design; and post-design. Finally we illustrate, demonstrate and discuss how by exploiting the concept of the parametric schema as a common representational formalism, the wisdom of the crowd can potentially be integrated to inform processes of digital design generation, adaptation and change in the various phases of design in order to improve design.

Keywords

Coding Collective intelligence Crowdsourcing design Digital design Informed design Parametric design Parametric schema Scripting Social motive Social network 

Notes

Acknowledgement

I would like to thank the students who participated in my graduate course on “Parametric Design” (Faculty of Architecture and Town Planning, Technion IIT, 2013) for their enthusiasm, curiosity, and their innovative contributions.

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Copyright information

© Springer Japan 2015

Authors and Affiliations

  1. 1.Faculty of Architecture and Town PlanningTechnion IsraelHaifaIsrael

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