Wor-Ease Away: Reassuring Parents by Aiding in the Identification of Childhood Viral Rashes
2020 – 2021
Developed a computer-aided diagnostic tool to assist parents in identifying childhood viral rashes using pattern recognition and symptom analysis. Conducted research on dermatological data and user experience design to improve accessibility of early medical guidance.
Python
Kotlin
Pattern Recognition
Health Technology
Portable Health Monitor
2022
Designed and built a portable device capable of monitoring vital signs such as heart rate and temperature using physics-based sensors and microcontroller programming. Integrated data collection and analysis components to create a compact, real-time health tracking system emphasizing accessibility and accuracy.
Arduino
Microcontrollers
Sensors
Real-Time Monitoring