The article explores the theoretical foundations of bionic architecture as an independent and distinct direction within contemporary architectural discourse. Bionic architecture aims to integrate natural processes into the very logic of architectural design. This is not about superficial imitation of nature, but rather the assimilation of its fundamental principles and adaptive strategies to create innovative, sustainable, and resilient environments. The study examines the philosophical, scientific, and technological underpinnings that have contributed to the formation of bionics as both a conceptual and practical approach. Philosophical reflections on self-regulating systems in nature, scientific observations of biological adaptability, and technological advancements in materials science, computation, and digital fabrication form the basis of this architectural paradigm. Particular attention is given to the systematization of bionic architecture through various classification criteria, including the source of inspiration (biological organisms, ecosystems, natural phenomena), the degree of integration of natural principles (from formal analogies to deep functional integration), functional objectives (optimization, adaptability, sustainability, energy efficiency), and the types of replicated natural processes (growth patterns, self-repair mechanisms, flow dynamics, etc.). Furthermore, the article positions bionic architecture within an interdisciplinary context, drawing on synergetics, morphogenesis, complexity theory, and computational design. This broader analytical approach highlights the complexity and multifaceted nature of the bionic method, as well as its potential to transform architectural practice through a profound symbiosis between the built environment and natural dynamic processes.
Dorokhina et al. (Fri,) studied this question.