Awarded in 2025
Home Department: Mechanical Engineering
Faculty Advisors: Juan Santiago (Mechanical Engineering) and Eric Shaqfeh (Chemical Engineering and Mechanical Engineering)

Research Title: Basic Study of Single-Molecule DNA Trapping and Its Application to High-Throughput Genomic Analysis

Kunlin’s research involves manipulation and control of individual DNA molecules using micro/nanofluidic chips, and optical tools. By combining single-molecule experiments with theoretical modeling of polymers and ions, Kunlin will investigate how DNA behaves under confinements and interacts with other polymers, oxides and metal-made sensing components. In the long run, Kunlin aims to develop a high-throughput platform technology that enables high-volume, high-resolution genomic analysis for multiple use. His research integrates cutting-edge semiconductor technologies, polymer physics and micro/nanoscale transport theory to enable new technologies for diagnostics and bring us closer to precision health and point-of-care.