IoT-Enabled Real Time Intravenous Monitoring and Alert System for Healthcare Management

This paper presents the design and implementation of a Smart-drip Infusion Monitoring System incorporating various sensors and IoT technologies. The system aims to enhance intravenous infusion monitoring by providing precise control and timely alerts during the infusion process. The load cell sensor measures fluid volume, while the air bubble detection sensor detects air bubble status in the intravenous line, ensuring accurate and safe medication delivery. The Arduino Uno coordinates sensor data acquisition, processing, and infusion control, dynamically adjusting the solenoid valve to maintain the prescribed infusion rate. Additionally, the buzzer alerts healthcare providers to critical events such as dose completion or system malfunctions. This integrated approach offers a comprehensive solution for optimizing intravenous therapy, enhancing patient safety, and improving healthcare outcomes.