This thesis explores the realm of speculative design within the context of a pressing contemporary issue - the overuse of antibiotics by humans and its consequential impacts. With a specific focus on the direct connection between human bodily fluids, such as urine, and their residue of antibiotics that enter the environment, the study delves into the intricate relationship between antibiotic misuse and ecological disruption. Speculative design, as an approach, provides a unique platform for probing emerging concerns. This research delves into the potential futures that could emerge if current antibiotic misuse patterns persist, shedding light on the multifaceted repercussions on both human health and the environment. By envisioning scenarios that interweave social and environmental factors, the study challenges prevailing perceptions and stimulates discussions on the urgent need for sustainable antibiotic practices. The investigation underscores the role of human waste, particularly urine, as a conduit for antibiotic residues into the natural ecosystem. Through a speculative lens, the study projects the potential trajectory of this issue and its ecological implications, inviting contemplation on the interconnectedness of human actions and environmental balance. Furthermore, the research emphasizes the role of design in visualizing complex scientific concepts and their societal implications, fostering greater public awareness and informed decision-making. In conclusion, this thesis employs speculative design to illuminate the intricate relationships between antibiotic misuse, human waste, and environmental consequences. By engaging in imaginative futures, the study prompts critical discourse on sustainable antibiotic practices and their far-reaching impact, serving as a catalyst for dialogue, innovation, and action towards a healthier coexistence between human society and the natural world.

FLUID VISION. TRACING ANTIBIOTIC NARRATIVES

TEMPESTA, GIOACCHINO
2022/2023

Abstract

This thesis explores the realm of speculative design within the context of a pressing contemporary issue - the overuse of antibiotics by humans and its consequential impacts. With a specific focus on the direct connection between human bodily fluids, such as urine, and their residue of antibiotics that enter the environment, the study delves into the intricate relationship between antibiotic misuse and ecological disruption. Speculative design, as an approach, provides a unique platform for probing emerging concerns. This research delves into the potential futures that could emerge if current antibiotic misuse patterns persist, shedding light on the multifaceted repercussions on both human health and the environment. By envisioning scenarios that interweave social and environmental factors, the study challenges prevailing perceptions and stimulates discussions on the urgent need for sustainable antibiotic practices. The investigation underscores the role of human waste, particularly urine, as a conduit for antibiotic residues into the natural ecosystem. Through a speculative lens, the study projects the potential trajectory of this issue and its ecological implications, inviting contemplation on the interconnectedness of human actions and environmental balance. Furthermore, the research emphasizes the role of design in visualizing complex scientific concepts and their societal implications, fostering greater public awareness and informed decision-making. In conclusion, this thesis employs speculative design to illuminate the intricate relationships between antibiotic misuse, human waste, and environmental consequences. By engaging in imaginative futures, the study prompts critical discourse on sustainable antibiotic practices and their far-reaching impact, serving as a catalyst for dialogue, innovation, and action towards a healthier coexistence between human society and the natural world.
2022
FLUID VISION. TRACING ANTIBIOTIC NARRATIVES
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14253/83903