The urgency for sustainable solutions is driving many sectors, including design research, towards innovative transdisciplinary approaches. The last decade has been characterised by an increasing interaction between design and scientific disciplines, consolidated in the Biodesign approach. The contribution focuses on the study and prototype development of bioreceptive tiles through computational design to improve the propagation of lichens and mosses for their use as air quality biosensors.
L’urgenza di soluzioni sostenibili sta spingendo molti settori, tra cui la ricerca sul design, verso approcci innovativi transdisciplinari. L’ultimo decennio è stato caratterizzato da una crescente interazione tra design e discipline scientifiche, consolidata nell’approccio del biodesign. Il contributo si concentra sullo studio e lo sviluppo prototipale di piastrelle biorecettive attraverso il computational design per migliorare la propagazione di licheni e muschi per il loro utilizzo come biosensori della qualità dell’aria.
Generative and Bioreceptive Design
davide paciotti
Ultimo
2023-01-01
Abstract
The urgency for sustainable solutions is driving many sectors, including design research, towards innovative transdisciplinary approaches. The last decade has been characterised by an increasing interaction between design and scientific disciplines, consolidated in the Biodesign approach. The contribution focuses on the study and prototype development of bioreceptive tiles through computational design to improve the propagation of lichens and mosses for their use as air quality biosensors.File | Dimensione | Formato | |
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D43_01_Pollinietal.pdf
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