Print Email Facebook Twitter Design Framework for Audible Alarms Title Design Framework for Audible Alarms: A Multidisciplinary and Integrated Approach Author Sanz Segura, R. (University of Zaragoza) Manchado-Pérez, Eduardo (University of Zaragoza) Özcan, Elif (Erasmus MC; University of Zaragoza) Date 2022 Abstract Designing alarms to address the increasing complexity of dynamic and interconnected systems in current socio-technological environments presents multi-faceted design problems that require systematic thinking and a collaborative and holistic approach. To understand the alarm design challenges better, we map out the design space for audible alarms in an applied domain, covering the alarm issues from the designers’ perspective, departing from the functional integrity of alarms, and bringing together the contribution of three major fields of expertise related to audible alarms (systems engineering, information design, and human factors). Three studies based on literature review, field observations, expert interviews, and focus groups are conducted by authors at different European Intensive Care Units. Our findings from these studies result in the definition of the components of audible alarm design, the key considerations for designing audible alarms, and a design framework for audible alarms that systematically integrates input from inter-connected disciplines that all aim for the success of a complex system that heavily relies on alarms. Subject Alarm DesignDesign for ComplexityDesign ToolsHealthcareMultidisciplinary DesignSocio-technological Context To reference this document use: http://resolver.tudelft.nl/uuid:6a1f4d8d-5b03-40d4-843d-0e6c42551d8c DOI https://doi.org/10.57698/v16i2.02 ISSN 1991-3761 Source International Journal of Design, 16 (2), 15-32 Part of collection Institutional Repository Document type journal article Rights © 2022 R. Sanz Segura, Eduardo Manchado-Pérez, Elif Özcan Files PDF 3911_14376_4_PB.pdf 3.33 MB Close viewer /islandora/object/uuid:6a1f4d8d-5b03-40d4-843d-0e6c42551d8c/datastream/OBJ/view