ERS

Implemented and designed a Health Monitoring System.

Our product can measure a patient’s SpO2, heart rate, body temperature, ECG, and Environmental Temperature and Humidity.

The project’s core is based on Raspberry Pi 4 while using Arduino Uno as the ADC for some of the sensors. It features a complete monitoring system that can be viewed on smartphones, desktop monitors, and small monitors that could be connected to the Raspberry Pi. Our product can send the collected data to a central server for further analysis. It is noteworthy that our team designed the project’s packaging, and its prototype was produced using a 3D printer.

Technologies used: Raspberry Pi and Arduino for the core hardware part, React Native for the front end of the application, Django for the server, and Docker as the containerization platform.

The course in which we did this project was taught by Dr. Alireza Ejlali and Amin Fos’hati at Sharif University of Technology.

In this course, we implemented a real-time Clock management system using threading capabilities of Realtime Java, alongside a minimalistic GUI using Swing.

The course in which we did this project was taught by Dr. Mohsen Ansari at Sharif University of Technology.