Abstract
In this study we investigated characteristics for designing soundscape augmentations within Intensive Care Units (ICUs). We introduced soundscape perception and fundamental needs as the basis of design strategies for augmenting sound-scapes experienced by critically ill patients. We used results of a previous study, where in interviews regarding current ICU soundscapes, patients revealed four concerns and underlying needs. They found that ICU soundscapes were alienating, unvaried, unfamiliar, and disruptive. These insights were used as contextual inputs in a collaborative workshop with ICU nurses, resident doctors, and researchers. In separate groups, they developed three system concepts named Smart Environmental Assistant, Patient Soundscape Dashboard, and Familiar Wake-ups. Based on qualities of these concepts, we found five characteristics for designing effective soundscape augmentation systems for ICUs: personalized, user-friendly, integrated, humanized, and familiar. These characteristics, rooted in perspectives of various ICU experts, are essential for reshaping the ICU soundscape into a more positive listening experience.
Keywords
soundscape augmentation; intensive care; co-creation; patient-centered
DOI
https://doi.org/10.21606/drs.2024.792
Citation
Louwers, G., Pont, S., Van der Heide, E., Gommers, D., and Özcan, E. (2024) Augmenting soundscapes of ICUs: a Collaborative approach, in Gray, C., Ciliotta Chehade, E., Hekkert, P., Forlano, L., Ciuccarelli, P., Lloyd, P. (eds.), DRS2024: Boston, 23–28 June, Boston, USA. https://doi.org/10.21606/drs.2024.792
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Conference Track
Research Paper
Included in
Augmenting soundscapes of ICUs: a Collaborative approach
In this study we investigated characteristics for designing soundscape augmentations within Intensive Care Units (ICUs). We introduced soundscape perception and fundamental needs as the basis of design strategies for augmenting sound-scapes experienced by critically ill patients. We used results of a previous study, where in interviews regarding current ICU soundscapes, patients revealed four concerns and underlying needs. They found that ICU soundscapes were alienating, unvaried, unfamiliar, and disruptive. These insights were used as contextual inputs in a collaborative workshop with ICU nurses, resident doctors, and researchers. In separate groups, they developed three system concepts named Smart Environmental Assistant, Patient Soundscape Dashboard, and Familiar Wake-ups. Based on qualities of these concepts, we found five characteristics for designing effective soundscape augmentation systems for ICUs: personalized, user-friendly, integrated, humanized, and familiar. These characteristics, rooted in perspectives of various ICU experts, are essential for reshaping the ICU soundscape into a more positive listening experience.