An Innovative Embedded Ventilator for Accessible and Intelligent Respiratory Support

• DOI: 10.32996/jgcs.2025.6.1.14
• Publication Date: 2025-02-15T19:45:00Z
• Authors: Dipta Paul; S M Aliuzzaman; MD Fahim Khan; MD Tanvir Shakil; MD. Meraj Ali; Ahatesham Rabbi

Breathing issues affect people of all ages and worsen during emergencies like pandemics, making them a serious worldwide health concern. In order to provide effective, timely, economical respiratory assistance, mechanical ventilators are essential. Even though industry leaders developing smart ventilator technologies, there is still pressing need for accessible, reasonably priced, easy-to-use solutions, especially in environments with limited resources. this study, simulated model an affordable innovative internet things (IoT) capabilities presented. The gadget, which was made affordability ease use mind, can save important data, assess patient characteristics, allow real-time monitoring. It’s IoT connectivity enables smooth communication mobile platforms web apps, giving family members caregivers immediate access data. Improved results, quicker medical answers, remote monitoring possible by connectivity. Advanced features including anomaly notifications, automated airflow modifications based on demands, secure data encryption protect privacy included the suggested ventilator. Furthermore, its ability work telemedicine systems increases usefulness consultations lessens strain institutions. By prioritizing low-cost, intelligent design, research aims democratize technology underserved regions. proposed has potential significantly improve healthcare capacity, natural disasters, or other crises. This underscores transformative role biomedical engineering addressing global challenges enhancing care.