Human heart rate, oxygen and temperature monitoring system with IOT / Yasmin Hanim Md Yusoff

The installation of a human heart rate, oxygen, and temperature monitoring system utilizing Bluetooth technology allows for the collection and analysis of data in real-time. A monitoring system can provide health workers with more precise and timely information, improving patient outcomes. Long hospital wait times and patient monitoring are becoming major issues due to fast population increase and expensive healthcare expenses. Certain vital signs may be measured at home without visiting the hospital, but current equipment in the hospitals and clinics has limits. This issue may be overcome by implementing the technology, which allows for continuous monitoring of person’s vital sign from any place. This project aims to construct a prototype of a multifunctional health measurement gadget that can measure and monitor the critical human readings by using Arduino Microcontroller. A simulation will be conducted in Proteus simulation software. The inputs of this system are oximeter sensor and temperature sensor. The outputs of the system will be programme by an Arduino Uno. It will be displayed on LCD display and mobile phone which will be linked with a Bluetooth device. This project could display patient’s vital sign through LCD display and also phone. The system offers patients a lot of benefits because it allows patient’s to monitor their vital sign anytime and anywhere. In the future can detect glucose level on diabetic patient. This project provides a system that can be continuously controlled and monitored