Design, Optimization, and Implementation of Patch Antennas for Biosensors Oriented to the Detection of Skin Moisture, Blood Glucose, and Breast Cancer Biomarkers

This research project addresses the need for advanced, compact, and energy-efficient biosensors for health monitoring. Given the limitations of conventional biosensors, the use of patch antennas is proposed, offering high sensitivity and versatility for portable and wearable applications. The primary focus is the design and optimization of patch antennas using thin films, integrating Energy Harvesting systems to improve energy autonomy and embedded systems for real-time data processing. The project targets three critical applications: non-invasive skin hydration measurement, continuous blood glucose monitoring, and early breast cancer detection using microwave imaging. The methodology is experimental and quantitative, combining advanced electromagnetic simulations with laboratory testing and real-world validation. The expected results are intended to contribute significantly to the advancement of biomedicine, facilitating faster and more accurate diagnostics, and promoting technology transfer to the biomedical industry to improve personalized healthcare.<br/><br/><b>Goal</b>: <br/>To design, optimize, and implement patch antennas for biosensors aimed at detecting skin moisture, blood glucose, and breast cancer biomarkers. The project integrates Energy Harvesting technologies and embedded systems into flexible wearable devices.<br/><br/><b>Research lines</b>: <br/>Signal processing and prediction algorithm