Abstract This thesis deals with the application of biomimetics in product design and plans to form a bridge between classical and biomimetic approaches. Through a comprehensive literature review spanning the past decade, the study examines a range of articles that synthesize knowledge of the evolving landscape of biomimetic product development. The study covers the steps of classical product development approaches and provides a fundamental understanding. This work also discusses the biomimicry spiral, which includes both “biology to design” and “challenge to biology” methodologies. A comparative analysis of classical and biomimetic approaches sheds light on their different characteristics and possible synergies. Furthermore, the integration of VDI research emphasizes the inherently multidisciplinary nature of biomimetic product development and highlights its relevance across fields. To concretize theoretical concepts, a Research Through Design study is presented, focusing on the redesign of Velcro using biomimetic methodologies. This case study serves as a practical application, showcasing how biomimicry principles can inspire innovative solutions in product design. Overall, this thesis contributes to increasing the knowledge of biomimicry and provides a comprehensive understanding of its integration into the classical way of product development. By combining these methodologies, the research aims to promote a holistic perspective, fostering creativity and sustainability in future product design efforts.
Astratto Questa tesi tratta dell'applicazione della biomimetica nella progettazione del prodotto e prevede di formare un ponte tra l'approccio classico e quello biomimetico. Attraverso un’esaustiva revisione della letteratura che abbraccia gli ultimi dieci anni, lo studio esamina una serie di articoli che sintetizzano la conoscenza del panorama in evoluzione dello sviluppo di prodotti biomimetici. Lo studio copre le fasi degli approcci classici allo sviluppo del prodotto e fornisce una comprensione fondamentale. Questo lavoro discute anche la spirale della biomimetica, che include sia le metodologie “dalla biologia alla progettazione” che quelle di “sfida alla biologia”. Un'analisi comparativa degli approcci classico e biomimetico mette in luce le loro diverse caratteristiche e le possibili sinergie. Inoltre, l’integrazione della ricerca VDI sottolinea la natura intrinsecamente multidisciplinare dello sviluppo di prodotti biomimetici e ne evidenzia la rilevanza in tutti i campi. Per concretizzare i concetti teorici, viene presentato uno studio Research Through Design, incentrato sulla riprogettazione del Velcro utilizzando metodologie biomimetiche. Questo caso di studio funge da applicazione pratica, mostrando come i principi della biomimetica possono ispirare soluzioni innovative nella progettazione del prodotto. Nel complesso, questa tesi contribuisce ad aumentare la conoscenza della biomimetica e fornisce una comprensione completa della sua integrazione nel modo classico di sviluppo del prodotto. Combinando queste metodologie, la ricerca mira a promuovere una prospettiva olistica, favorendo la creatività e la sostenibilità nei futuri sforzi di progettazione del prodotto.
Application of biomimicry in product design: bridging between classical and biomimetic approaches
Johnson, Jerin
2022/2023
Abstract
Abstract This thesis deals with the application of biomimetics in product design and plans to form a bridge between classical and biomimetic approaches. Through a comprehensive literature review spanning the past decade, the study examines a range of articles that synthesize knowledge of the evolving landscape of biomimetic product development. The study covers the steps of classical product development approaches and provides a fundamental understanding. This work also discusses the biomimicry spiral, which includes both “biology to design” and “challenge to biology” methodologies. A comparative analysis of classical and biomimetic approaches sheds light on their different characteristics and possible synergies. Furthermore, the integration of VDI research emphasizes the inherently multidisciplinary nature of biomimetic product development and highlights its relevance across fields. To concretize theoretical concepts, a Research Through Design study is presented, focusing on the redesign of Velcro using biomimetic methodologies. This case study serves as a practical application, showcasing how biomimicry principles can inspire innovative solutions in product design. Overall, this thesis contributes to increasing the knowledge of biomimicry and provides a comprehensive understanding of its integration into the classical way of product development. By combining these methodologies, the research aims to promote a holistic perspective, fostering creativity and sustainability in future product design efforts.File | Dimensione | Formato | |
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https://hdl.handle.net/10589/219230