Heart Rate Visualizer

Overview:

The Heart Rate Visualizer project was undertaken to create a biomedical engineering solution that displays real-time heart rate data with high accuracy. The system was designed with educational and clinical applications in mind, aiming to enhance the understanding and monitoring of cardiac functions.

Creation Process:

The project integrated multiple engineering disciplines, employing mechanical engineering for the hardware assembly, 3D printing for component fabrication, and sophisticated data analysis. Remote control functionality was incorporated into the system, utilizing SolidWorks for structural design and custom software for data processing and visualization.

Results:

The Heart Rate Visualizer achieved clinical-grade accuracy, measuring heart rates with a precision within 98% of professional medical equipment. This accuracy significantly enhanced the tool’s utility in educational settings, providing reliable data for academic and medical professionals to better understand and teach cardiac functions.