Robu - India's Innovative Electronics Community

For a healthcare-related Arduino project, I built a patient monitoring system to track vital signs such as heart rate and temperature in real-time. Arduino played a crucial role in integrating sensors like the pulse sensor and temperature sensor (LM35) with an LCD display for easy readouts. It also allowed me to use a Wi-Fi module (ESP8266) to send the data to a cloud platform, enabling remote monitoring for caregivers. The main challenge was ensuring accurate data transmission and processing, but Arduino’s flexibility made it possible to handle these issues effectively.

I worked on an Arduino project aimed at monitoring air quality in my city. I used MQ-135 sensors to measure pollutants and an ESP8266 Wi-Fi module to send data to the cloud. With Arduino, I could easily collect and analyze data in real-time.
Additionally, I created a simple web application to display the results on a map. This allowed residents to see how air quality varied across different parts of the city. The project not only raised awareness about pollution but also helped with local eco-friendly initiatives.