Recent advances in EEG technology have addressed some crucial challenges, focusing on developing more advanced monitoring devices. However, finding a balance between comfort, aesthetics, recording efficiency and adaptability to different contexts, such as home and paediatric settings, remains an open challenge. It is known that children can be sensitive to uncomfortable or invasive devices; therefore, the article examines innovation scenarios in paediatric neuro- physiology. The research at Meyer Children’s Hospital in Florence proposes an entirely new vision of the EEG monitoring device to ensure a more user-friendly and familiar system for children. Thanks to the application of Human-Centred Design and User Experience methodologies, it was possible to analyse the cur- rent critical issues and define the requirements of Cosmos+. This new system was developed to improve the experience of young patients, reduce discomfort and promote personalised monitoring even at home, representing a new frontier in paediatric neurophysiology.

Challenges and Future Trends of EEG: Application of the Human-Centred Design Approach in the Paediatric Field / Ester Iacono, Salvo Andrea Denaro, Francesca Tosi. - ELETTRONICO. - 41:(2025), pp. 189-194. (Intervento presentato al convegno Better Life Ergonomics for Future Humans (IEA 2024) tenutosi a South Korea) [10.1007/978-981-96-9330-6_27].

Challenges and Future Trends of EEG: Application of the Human-Centred Design Approach in the Paediatric Field

Ester Iacono
;
Salvo Andrea Denaro;Francesca Tosi
2025

Abstract

Recent advances in EEG technology have addressed some crucial challenges, focusing on developing more advanced monitoring devices. However, finding a balance between comfort, aesthetics, recording efficiency and adaptability to different contexts, such as home and paediatric settings, remains an open challenge. It is known that children can be sensitive to uncomfortable or invasive devices; therefore, the article examines innovation scenarios in paediatric neuro- physiology. The research at Meyer Children’s Hospital in Florence proposes an entirely new vision of the EEG monitoring device to ensure a more user-friendly and familiar system for children. Thanks to the application of Human-Centred Design and User Experience methodologies, it was possible to analyse the cur- rent critical issues and define the requirements of Cosmos+. This new system was developed to improve the experience of young patients, reduce discomfort and promote personalised monitoring even at home, representing a new frontier in paediatric neurophysiology.
2025
Proceedings of the 22nd Congress of the International Ergonomics Association, Volume 3. Better Life Ergonomics for Future Humans (IEA 2024)
Better Life Ergonomics for Future Humans (IEA 2024)
South Korea
Goal 3: Good health and well-being
Goal 9: Industry, Innovation, and Infrastructure
Goal 10: Reduced inequalities
Goal 17: Partnerships for the goals
Ester Iacono, Salvo Andrea Denaro, Francesca Tosi
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Descrizione: Recent advances in EEG technology have addressed some crucial challenges, focusing on developing more advanced monitoring devices. However, finding a balance between comfort, aesthetics, recording efficiency and adaptability to different contexts, such as home and paediatric settings, remains an open challenge. It is known that children can be sensitive to uncomfortable or invasive devices; therefore, the article examines innovation scenarios in paediatric neurophysiology. The research at Meyer Children’s Hospital in Florence proposes an entirely new vision of the EEG monitoring device to ensure a more user-friendly and familiar system for children. Thanks to the application of Human-Centred Design and User Experience methodologies, it was possible to analyse the current critical issues and define the requirements of Cosmos+. This new system was developed to improve the experience of young patients, reduce discomfort and promote personalised monitoring even at home, representing a new frontier in paediatric neurophysiology.
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1437558
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