Architectural Design, as in many other contexts, requires contribution from several experts, each with his/her own knowledge, experience, tools, and a source of possible problems, constraints, and suggestions. A collaborative approach consists in creating an opportunity for each expert to provide a contribution to the design process. In particular, in the early stages of the design process, most decisions with high impact are stated without developing a representation of the project within a standard model with unambiguous language: this would require details and time not available in those phases. Henceforth, there is a little space for provide individual contribution (constraints and/or suggestions) of various experts and compare these in those crucial stages. Such a collaboration would be fostered by adopting: (i) suitable models, with a simple but formal semantics, with the required flexibility for manipulating both data and metadata, and (ii) environments, based on this models, that allow the various experts to “plug-in” their own tools and knowledge, and provide their contribution since the very first stages of the project. Such an framework would provide a powerful environment to teach and learn what is notoriously hard to convoy in books, and even in lectures, that is good design methodologies and practices.

CoKAAD: a Framework for Collaborative Architectural Design / Nanni, Umberto; A., Santacaterina. - STAMPA. - (2009), pp. 219-230.

CoKAAD: a Framework for Collaborative Architectural Design

NANNI, Umberto;
2009

Abstract

Architectural Design, as in many other contexts, requires contribution from several experts, each with his/her own knowledge, experience, tools, and a source of possible problems, constraints, and suggestions. A collaborative approach consists in creating an opportunity for each expert to provide a contribution to the design process. In particular, in the early stages of the design process, most decisions with high impact are stated without developing a representation of the project within a standard model with unambiguous language: this would require details and time not available in those phases. Henceforth, there is a little space for provide individual contribution (constraints and/or suggestions) of various experts and compare these in those crucial stages. Such a collaboration would be fostered by adopting: (i) suitable models, with a simple but formal semantics, with the required flexibility for manipulating both data and metadata, and (ii) environments, based on this models, that allow the various experts to “plug-in” their own tools and knowledge, and provide their contribution since the very first stages of the project. Such an framework would provide a powerful environment to teach and learn what is notoriously hard to convoy in books, and even in lectures, that is good design methodologies and practices.
2009
Collaborative Working Environments for Architectural Design
9788860602619
Collaborative Architectural Design; Software Interoperability; Computer Aided Design in Distributed Environments
02 Pubblicazione su volume::02a Capitolo o Articolo
CoKAAD: a Framework for Collaborative Architectural Design / Nanni, Umberto; A., Santacaterina. - STAMPA. - (2009), pp. 219-230.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/169803
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