I began my PhD journey at Michigan Technological University with a desire to make healthcare more accessible through low-cost, reliable diagnostics. My research focuses on developing molecularly imprinted polymer (MIP) biosensors—customizable, shelf-stable devices designed as alternatives to traditional antibody-based systems. By tailoring the polymerization conditions and integrating nanomaterials, I aim to enhance the sensitivity and stability of these sensors for use in point-of-care applications.
This work is driven by the belief that everyone deserves access to timely medical testing. MIP sensors hold great promise for use in underserved areas, where refrigeration or specialized lab equipment may not be available. Their potential to address healthcare gaps in remote or low-resource settings is one of the most exciting parts of my research.
During my time at Michigan Tech, I have published two articles on MIP-based cortisol and lactate sensors, with a third currently pending publication. I’ve had the honor of receiving the Health Research Institute Fellowship and several presentation awards. Beyond research, I’ve served as a Graduate Student Government representative, helping organize events such as the Alumni Poster Session, 3-Minute Thesis, and Graduate Research Colloquium—experiences that have strengthened my commitment to supporting the graduate student community.
One of the highlights of my time at MTU has been serving as a teaching assistant and mentoring students in our lab. These experiences have inspired me to pursue a future career in academia, where I hope to foster curiosity and hands-on learning in the next generation of engineers.
I am sincerely grateful to the Graduate School and the Graduate Dean Awards Advisory Panel for this fellowship. I’d also like to thank my advisor, Dr. Yixin Liu, the Chemical Engineering Department, and my friends and family for their unwavering support.