Features

• Measuring heartbeat
• Measuring SpO2
• Send data to the local server using Wifi
• Notifying the patient's doctor or nurse in emergency situations
• Exclusive android application

Description

Contributed to the design and development of an advanced smart health watch tailored for hospital environments. Engineered the device to accurately measure patient heart rate and blood oxygen levels, facilitating real-time emergency notifications to medical staff. Integrated WiFi connectivity for seamless data transmission to a server and designed an Android app to empower hospital personnel with patient insights and timely alerts.

Key Accomplishments

• Device Innovation: Played a crucial role in conceptualizing and creating a smart health watch optimized for hospital settings, revolutionizing patient monitoring and emergency response.
• Vital Sign Monitoring: Developed a robust system enabling accurate measurement of patient heart rate and blood oxygen levels, providing healthcare professionals with vital insights for swift medical interventions.
• Emergency Alert System: Implemented real-time notification capabilities, ensuring immediate alerts to doctors and nurses in critical situations, enhancing patient safety, and minimizing response times.
• WiFi Connectivity: Designed and integrated WiFi functionality into the device, establishing a reliable communication channel with hospital servers for seamless data transmission and remote monitoring.
• Android App Development: Led the creation of an intuitive Android app exclusively for hospital staff, enabling them to access patient information, receive alerts, and make informed decisions promptly.

More technical Info

The main component of this device are:

1. STM32F103VET6 (CPU)
   
2. MAX30100 (SpO2 and heartbeat module)
3. TFT LCD 2.4"
   
4. ESP8266 Wifi module
   

The code is written in C using Keil IDE. For the graphical user interface, I used emWin library.