Researcher

Carolyn Schwendeman

Microneedle Ion-Selective Electrodes for Wearable Electrolyte Monitoring

Ion-selective electrodes are electrochemical sensors that monitor changes in ion concentrations under near-zero current conditions, which makes them ideal for sensitive, low-power monitoring. Our work, in collaboration with Sandia National Lab, focuses on ion-selective electrodes for continuous, wearable
electrolyte monitoring. These ion-selective electrodes will be integrated into a microneedle patch to monitor electrolytes in interstitial fluid. To enable safe, calibration-free monitoring...

Yuhan Wen

Wearable bioelectrode for electrophysiology monitoring

Yuhan's research interests include physiological and physical sensors for biosystems and system integration. She has worked on flexible potentiometric, resistive, and optical sensors for monitoring pressure, body temperature, pulse rate, and breathing patterns. Wet electrode has been the gold standard and most traditional method for monitoring electrophysiology. Yuhan's current work explores other forms of preparation-free electrode including semi-dry hydrogel electrodes for scalp EEG and dry CNT electrode for...