Smart Neonatal Nebulization and Aerosol Therapy Monitoring System with Mobile Health Integration

Neonatal respiratory disorders require careful and continuous monitoring during nebulization and aerosol therapy. This paper proposes a Smart Neonatal Nebulization and Aerosol Therapy Monitoring System with Mobile Health Integration to improve the safety and effectiveness of respiratory treatment in newborns. The proposed system combines respiratory sensing, temperature monitoring, and nebulization control in a compact monitoring unit. Sensors continuously collect important physiological parameters from the infant during therapy. A microcontroller processes the collected data and identifies abnormal conditions or changes in respiratory status. The system monitors the duration and proper delivery of aerosol medication. Real-time health information is transmitted to a mobile application for convenient remote observation. The mobile application provides caregivers and healthcare professionals with clear parameters readings and treatment status. Alerts can be generated when monitored values move beyond predefined safe ranges. The system can assist healthcare professionals in making timely decisions during respiratory therapy. Overall, the proposed system aims to enhance patient safety, treatment monitoring, and quality of neonatal respiratory care. 2025 International Conference on Decision Aid Sciences and Applications (DASA) | 979-8-3315-8859-5/25/$31.00 ©2025 IEEE | DOI: 10.1109/DASA68193.2025.11499112