INTEGRATION OF BIO METHODOLOGIES IN ARCHITECTURAL DESIGN: A NEOPLASMIC SPATIAL EXPERIMENT

Deniz Gizem Manavoğlu, Levent Aridağ
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Abstract

Since the early ages, nature has been an inspiration for humanity and imitation of the nature also appears in architecture. Biology and technology are used to understand nature and with the developments in these fields; architecture is greatly affected along with others. Advances in genetics along with the digital design technology, offers new possibilities to designers for the creation process in architecture. This study explores parallelism with architectural design by exploring existing biological material and observing its dynamic structures. It is aimed to blur the boundaries between the natural and the artificial, and to think of architecture in a wider ecology. In this article, the concepts of biodigital architecture were discussed. The interaction between biology and architecture was read by experimentation on fungi. As a result, the structure that’s been observed was transferred to the digital environment and used as a methodological data to incorporate biology into architectural design. The conclusion reached within the scope of the research is that hybridized structures with biological materials will become widespread in the future. The connection between the living and the artificial lays the groundwork for semi-living architecture. With advanced technologies, the design material would have unique qualities and it may be possible for the structures to grow and build itself.
生物方法论在建筑设计中的整合:肿瘤空间实验
自古以来,自然一直是人类的灵感来源,对自然的模仿也出现在建筑中。生物学和技术被用来理解自然和这些领域的发展;建筑和其他建筑一起受到很大的影响。遗传学和数字设计技术的进步为设计师在建筑创作过程中提供了新的可能性。本研究通过探索现有的生物材料和观察其动态结构来探索建筑设计的平行性。它旨在模糊自然和人工之间的界限,并在更广泛的生态中思考建筑。本文讨论了生物数字建筑的概念。生物学和建筑学之间的相互作用是通过对真菌的实验来理解的。因此,观察到的结构被转移到数字环境中,并被用作将生物学纳入建筑设计的方法论数据。在研究范围内得出的结论是,与生物材料的杂化结构将在未来得到广泛应用。生活和人工之间的联系为半生活建筑奠定了基础。有了先进的技术,设计材料将具有独特的品质,结构可能会自行生长和建造。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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