Sound design as a therapeutic tool in pediatric hospitals: an auditory alternative
Published 2026-04-01
Keywords
- sound design,
- noise pollution,
- hospitalized patient,
- sound therapy,
- hospital stay
How to Cite

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
Abstract
The objective is to investigate how carefully designed auditory stimuli—such as soundscapes, soft melodies, or interactive sounds—can create more friendly and emotionally safe environments for hospitalized pediatric patients. This is because noise pollution in hospitals, which refers to excessive sound that disrupts normal work conditions—in this case, hospital stays—can cause health problems, such as stress, headaches, anxiety, sleep disorders, and others. This topic is studied because it is believed that design should focus not only on aesthetics but also on functionality and humanity. In pediatric hospitals, many patients experience fear, anxiety, insomnia, and stress during their treatments. Using sound as a therapeutic channel can transform their hospital stay, helping them navigate their medical processes with greater emotional well-being. It's a way to contribute through digital and sound design to a cause with a high social and emotional impact. This work seeks to suggest alternatives from the perspective of sound design and qualitative data from real patients and their companions, transforming the system into a real, useful, and beyond-the-box therapeutic resource. Its goal is to be applied in hospital settings and serve as a basis for future research and development in the field of design applied to children's health.
References
- Hearing Health Foundation. (s. f.). Keep listening | What are safe decibels? Hearing Health Foundation.
- Instituto Técnico para la Acreditación de Establecimientos de Salud. (s.f.). Estudio de la contaminación sonora en áreas críticas pediátricas. ITAES.
- Martin, P. R., Reece, J., & Forsyth, M. R. (2006). Noise as a trigger for headaches: Relationship between exposure and sensitivity. Headache: The Journal of Head and Face Pain, 46(6), 962–972.
- MiDron de Carreras. (2018, 17 de agosto). Buzzer autónomos con baterías anti pérdida para dron. MiDron de Carreras.
- OMRON Healthcare | undefined. (s. f.). https://omronhealthcare.la/mx/mi-salud/que-tipo-de-musica-es-mejor-para-relajarser
- Pinheiro, E. M., Guinsburg, R., Nabuco, M. A. A., & Kakehashi, T. Y. (2011). Noise at the neonatal intensive care unit and inside the incubator. Revista Latino-Americana de Enfermagem, 19(5), 1214–1221.
- Sociedad Española de Otorrinolaringología y Cirugía de Cabeza y Cuello. (2021, 28 de abril). ¿Qué efectos causa el ruido en la salud auditiva? SEORL-CCC.
- Farias, J. (2025, 24 febrero). El Poder Sanador del Sonido: Mejora tu Salud y Concentración. C&D Ortopedic.
- Torres, J. (2023b, febrero 26). Estímulo sonoro. Lifeder.
- Sicepa. (2021, 17 junio). Contaminación acústica en hospitales: personal no sanitario - VI Congreso Virtual SICEPA - USIPA "2025: Sanidad, un trabajo en equipo" VI Congreso Virtual SICEPA - USIPA «2025: Sanidad, un Trabajo En Equipo».
- Canal, M. F. (2023, 20 junio). ¿QUÉ ES LA TERAPIA DE SONIDO? - SONIDO TERAPÉUTICO. SONIDO TERAPÉUTICO. https://sonidoterapeutico.com/que-es-la-terapia-de-sonido/
- SientoSalud. (2025, 18 julio). ¿Por qué los sonidos de la naturaleza benefician la salud? SientoSalud.
- Rodriguez, X. (2024, 4 noviembre). ¿Qué es el diseño sonoro? Treintaycinco Mm.
- Ecoacustika. (2021, 15 diciembre). Niveles de ruido en el entorno cotidiano y su clasificación en decibeles. Ecoacústika.
