Washington University in St. Louis (WU)
My research focuses on developing advanced integrated circuits and systems for neural engineering and biomedical applications. Specifically, I design miniaturized, low-power, high-performance analog and RF chips that enable next-generation brain-machine interfaces. My work spans high-channel-count neural recording, which allows large-scale monitoring of brain activity, and minimally invasive multi-modal neural stimulation technologies which provide safer and more precise alternatives to conventional electrical stimulation. My goal is to create translational bioelectronic systems that can be deployed from the lab to clinical settings. Beyond neural technologies, I am also interested in expanding these circuit and system platforms to healthcare monitoring and disease treatment, for early diagnosis and therapy.