DEVELOPMENT AND EVALUATION OF A SMART HEALTH MONITORING SMARTWATCH FOR MULTI PARAMETER PHYSIOLOGICAL TRACKING, PHYSICAL ACTIVITY MONITORING, AND STRESS MONITORING

Abstract

This project presents a smart health monitoring smartwatch designed to support individuals particularly those with chronic health conditions or elderly populations in managing their health more effectively. The device continuously records essential physiological parameters and transmits the data directly to hospital information systems, enabling healthcare professionals to access patient health information at any time without requiring hospital visits.The smartwatch incorporates integrated miniature sensors to monitor eight key parameters: blood glucose level, body temperature, movement (including tremors), blood pressure, heart rate, respiratory rate, daily physical activity, and stress level. These indicators are highly relevant for the management of medical conditions such as diabetes, cardiovascular disease, and respiratory disorders. The system also evaluates physical activity levels and detects stress, contributing to overall health maintenance.One of the most notable features of the system is its ability to transmit health data to hospitals in real time. Each smartwatch is linked to the user’s personal medical record, allowing physicians to review current data, compare it with historical records, and identify potential health concerns before symptoms manifest. When abnormal or potentially dangerous conditions are detected such as a rapid heart rate or low blood glucose levels, the device immediately issues an alert to both the user and the nearest hospital. This capability can be lifesaving in emergency situations, particularly when the individual is alone or unable to seek help.In addition to emergency alerts, the smartwatch provides continuous health monitoring, allowing healthcare professionals to observe gradual changes in a patient’s condition over time. By using the patient’s own medical history, the system delivers personalised health insights rather than generalised warnings. All data transmissions are secured through encrypted communication to ensure patient privacy and confidentiality. The smartwatch is lightweight, ergonomically designed, and easy to operate, making it suitable for daily use. It is intended to integrate seamlessly into everyday life while promoting better health outcomes and enabling healthcare providers to deliver more effective patient care.