The BIOPIC project represented a significant opportunity to develop and formalise a Design-Driven methodology for bioinspired design, integrating knowledge and tools from five heterogeneous disciplines: design, chemistry, biology, engineering, and agronomy. The project aimed not only to develop sustainable and circular bioinspired solutions but also to experiment with a collaborative model that could make interdisciplinary complexity operational. The methodology, grounded in a Research Through Design approach, positioned design as an epistemic coordinator between Hard and Soft Sciences, enabling a reflective, iterative, and inclusive process. Through tools like the Round Table and ‘Google Form’, the project activated a pragmatic interdisciplinarity that supported the emergence of shared design strategies and a common metalanguage. The outcomes, including Proofs of Concept developed for the Camper, Furniture, and Nautical Sectors, confirmed the feasibility of bioinspired strategies oriented towards sustainability and circularity. While challenges remain - particularly in terms of industrial scalability and integration levels between disciplines - BIOPIC proposes a replicable model for interdisciplinary collaboration in design research. Ultimately, the project reinforces an epistemological perspective of design as a transformative agent that generates new knowledge by mediating between scientific, technological, and cultural domains. It highlights the centrality of design in activating innovation processes grounded in heterogeneous disciplinary collaboration.

Designing with Nature.Interdisciplinary Approaches for Bioinspired and Sustainable Solutions in the Living Sectors / Marco Marseglia, Tommaso Celli, Edoardo Brunelli, Francesco Cantini, Gabriele Pontillo, Giuseppe Lotti. - In: DIID. - ISSN 2785-2245. - ELETTRONICO. - diid DSI No.3 –2025:(2026), pp. 240-259. [10.30682/diidmics25q]

Designing with Nature.Interdisciplinary Approaches for Bioinspired and Sustainable Solutions in the Living Sectors

Marco Marseglia
;
Tommaso Celli;Edoardo Brunelli;Francesco Cantini;Gabriele Pontillo;Giuseppe Lotti
2026

Abstract

The BIOPIC project represented a significant opportunity to develop and formalise a Design-Driven methodology for bioinspired design, integrating knowledge and tools from five heterogeneous disciplines: design, chemistry, biology, engineering, and agronomy. The project aimed not only to develop sustainable and circular bioinspired solutions but also to experiment with a collaborative model that could make interdisciplinary complexity operational. The methodology, grounded in a Research Through Design approach, positioned design as an epistemic coordinator between Hard and Soft Sciences, enabling a reflective, iterative, and inclusive process. Through tools like the Round Table and ‘Google Form’, the project activated a pragmatic interdisciplinarity that supported the emergence of shared design strategies and a common metalanguage. The outcomes, including Proofs of Concept developed for the Camper, Furniture, and Nautical Sectors, confirmed the feasibility of bioinspired strategies oriented towards sustainability and circularity. While challenges remain - particularly in terms of industrial scalability and integration levels between disciplines - BIOPIC proposes a replicable model for interdisciplinary collaboration in design research. Ultimately, the project reinforces an epistemological perspective of design as a transformative agent that generates new knowledge by mediating between scientific, technological, and cultural domains. It highlights the centrality of design in activating innovation processes grounded in heterogeneous disciplinary collaboration.
2026
diid DSI No.3 –2025
240
259
Marco Marseglia, Tommaso Celli, Edoardo Brunelli, Francesco Cantini, Gabriele Pontillo, Giuseppe Lotti
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1448032
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