Abstract:
This project proposes a novel Internet of Things (IoT)-based health monitoring
system specifically designed for seafarers, aiming to improve their well-being
and facilitate proactive healthcare management in the isolated maritime
environment. The system utilizes an Arduino Uno microcontroller platform to
acquire vital health data, including heart rate and body temperature,
continuously through integrated sensors embedded in a wearable device. This
data is then wirelessly transmitted via an ESP8266 Wi-Fi module to a central
server for remote monitoring and analysis. By providing real-time insights into
the health status of seafarers, the system enables timely interventions and
preventative measures, contributing to a safer and healthier maritime
workforce. The study involves the collection of heart rate and body
temperature data from 10 participants using a temperature sensor and pulse
sensor, with measurements taken every 4 hours throughout a single day,
resulting in a total of 240 data points per individual. This comprehensive data
collection allows for thorough analysis and the identification of potential health
concerns, paving the way for improved healthcare practices within the
maritime industry.
