Biomimetics offers a systematic approach for translating strategies derived from nature into sustainable architectural design solutions. As global challenges such as climate change, resource depletion, and urbanization intensify, architects are increasingly seeking approaches that align healthy built environments with ecological consideration. This article introduces a biomimetics-driven framework—the 4M model (Manage, Match, Model, Measure)—that is configured to guide both design thinking and professional practice. Within this framework, three methodological pathways are proposed: Building-Based Design (BBD), Organism-Based Design (OBD), and Application-Based Design (ABD). Together, these methods enable the integration of natural analogies across multiple scales, ranging from material efficiency and structural performance to spatial organization and adaptive systems. The framework is tested in an architectural design studio focused on desert housing solutions. This application demonstrates how biomimetic strategies can inspire environmentally responsive, resource-efficient, and contextually adaptive design outcomes. By bridging theory, pedagogy, and practice, this study highlights the potential of biomimetics as a cross-disciplinary methodology for embedding sustainability in both architectural education and professional practice, ultimately contributing to the advancement of generative design.
Buthayna Eilouti (Tue,) studied this question.