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Fragmentation and Interrogation as an Approach to Integration
Author(s) -
Wallick Karl,
Zaretsky Michael
Publication year - 2010
Publication title -
international journal of art and design education
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.312
H-Index - 25
eISSN - 1476-8070
pISSN - 1476-8062
DOI - 10.1111/j.1476-8070.2010.01666.x
Subject(s) - design studio , constructive , viewpoints , architecture , interrogation , context (archaeology) , building design , architectural technology , architectural engineering , studio , engineering design process , computer science , agency (philosophy) , generative design , process (computing) , engineering , sociology , mechanical engineering , visual arts , art , operations management , history , metric (unit) , archaeology , biology , operating system , telecommunications , paleontology , social science
This article tracks the generative role of research and fragmentation as a means for integrating technology and form within an architecture technology lecture class and a co‐requisite design studio. The complexity of teaching building systems integration within a design studio context is achieved by removing any expectation of building design completion on a comprehensive scale. Typically, in a comprehensive studio, students will design an entire building at a general scale, but at the expense of detailed technical design. However, with use of building fragments, students will design a building corner or a structural bay in great detail while leaving the rest of the building less developed. With our approach, integration occurs through interrogation of case‐study buildings and student projects in the technical course which is complemented by a series of fragmental design studies in the studio. We propose that designing fragments encourages constructive thinking at multiple scales rather than design as a singular problem solving process. As a result, design is not seen as the creation of objects, but as the guidance of multiple, simultaneously acting forces into an integrated assembly. The co‐requisite technical course also embraces fragmentation for research purposes: three professors provide three different technical (structures, environment and construction) and conceptual viewpoints for three distinct building pairs. Various forces within those building pairs are compared to illuminate strategic thinking for comprehensive building design. The intense focus on selective technical systems within these building pairs is intended to support the same development of integrative strategic thinking in the studio.