WAAA! The conception and rapid development of a wearable for good technology

Research output: Contribution to journalArticle

Abstract

Worldwide, 1 million babies die on the day they are born and one third of all births take place without the assistance of a skilled healthcare worker (UNICEF, 2018). This case study describes the conception and development of a Wearable, Anytime, Anywhere, APGAR designed to address neonatal mortality. WAAA! was originally conceived as a part of a six hour academic innovation challenge. The event brought together impromptu teams with the brief to develop an innovation that would address maternal and/or infant wellbeing. The WAAA! team synthesized their disciplinary expertise in design, business, engineering, computer gaming and public health to conceive a soft patch surveillance system that specifically monitored APGAR signs. The WAAA! team became a finalist in
UNICEF’s Wearables for Good challenge. A two-week development and mentoring programme in conjunction with Philips, IDEO, ARM and Apple advanced the raw idea into a comprehensive system, service and product solution consisting of APGAR education materials, a gateway communication unit
and two-part wearable.
Original languageEnglish
Pages (from-to)253-265
Number of pages13
JournalDesign for Health
Volume2
Issue number2
Early online date21 Jan 2019
DOIs
Publication statusPublished - Jan 2019

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abstract = "Worldwide, 1 million babies die on the day they are born and one third of all births take place without the assistance of a skilled healthcare worker (UNICEF, 2018). This case study describes the conception and development of a Wearable, Anytime, Anywhere, APGAR designed to address neonatal mortality. WAAA! was originally conceived as a part of a six hour academic innovation challenge. The event brought together impromptu teams with the brief to develop an innovation that would address maternal and/or infant wellbeing. The WAAA! team synthesized their disciplinary expertise in design, business, engineering, computer gaming and public health to conceive a soft patch surveillance system that specifically monitored APGAR signs. The WAAA! team became a finalist inUNICEF’s Wearables for Good challenge. A two-week development and mentoring programme in conjunction with Philips, IDEO, ARM and Apple advanced the raw idea into a comprehensive system, service and product solution consisting of APGAR education materials, a gateway communication unitand two-part wearable.",
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WAAA! The conception and rapid development of a wearable for good technology. / Swann, David; Meaton, Julia; Bartys, Serena.

In: Design for Health, Vol. 2, No. 2, 01.2019, p. 253-265.

Research output: Contribution to journalArticle

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AB - Worldwide, 1 million babies die on the day they are born and one third of all births take place without the assistance of a skilled healthcare worker (UNICEF, 2018). This case study describes the conception and development of a Wearable, Anytime, Anywhere, APGAR designed to address neonatal mortality. WAAA! was originally conceived as a part of a six hour academic innovation challenge. The event brought together impromptu teams with the brief to develop an innovation that would address maternal and/or infant wellbeing. The WAAA! team synthesized their disciplinary expertise in design, business, engineering, computer gaming and public health to conceive a soft patch surveillance system that specifically monitored APGAR signs. The WAAA! team became a finalist inUNICEF’s Wearables for Good challenge. A two-week development and mentoring programme in conjunction with Philips, IDEO, ARM and Apple advanced the raw idea into a comprehensive system, service and product solution consisting of APGAR education materials, a gateway communication unitand two-part wearable.

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