As a Ph.D. student at UCSD, my research centers on developing innovative in-ear EEG systems and exploring the integration of Ag/AgCl electrodes for electrophysiological sensing. I have led extensive investigations into the fabrication methods of dry electrodes, characterizing their performance to optimize bio-signal acquisition. This work, which has been published in Frontiers in Electronics and presented at several IEEE conferences, highlights my commitment to advancing wearable health monitoring systems.

During my time at the Army Research Laboratory, I focused on advancing the performance and fabrication techniques of Ag/AgCl electrodes for in-ear EEG applications. Working both on-site and remotely during the COVID-19 pandemic, I explored various methods to optimize electrode performance, ensuring the electrodes provided reliable, high-quality bio-signal acquisition.

A crucial aspect of my research was the development of custom-fitted earpieces, uniquely tailored to each individual’s ear. The combination of well-designed, custom earpieces and high-quality electrode fabrication significantly improved signal quality, electrode contact, and spatial resolution of the limit area of the ear. This synergy is essential for overcoming the challenges posed by the complex and unique geometry of the ear.