This paper proposes a framework for an integrated, computational design system, by the agency of interdisciplinarity. The proposed design concept is approached through the formation of a holistically structured unit that is organized as an information processing brain. Considering the before-mentioned aspect about interdisciplinarity, the paper will analyze a multi-performative organization, examining networked intelligence and the role of semi-autonomous systems in design. We demonstrate a design method that addresses a multi-disciplinary problem and integrates generative synthesis mechanisms and tools, in order to formulate an effective computational system. The design concept further investigates the correlation between these concepts to architecture and, hence, materiality and structure. In order to examine the implementation of these terms in architecture, we model a case study for a generative mechanism that enacts as open research. It addresses multi-performativity and complexity by performing various functions, such as task recognition and context-aware applications. A distributed system is employed, in which discrete mechanisms assemble a data flow network. This interaction network defines an intelligent mechanism, which is further examined as a design tool. The present paper brings about design technologies that integrate methods of computer-aided architecture; therefore our case study outlines techniques and applications of machine intelligence. Henceforth, it provides the unique chance to converge multiple disciplines that exchange information at all levels, from the analogue to digital and material realm.
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