About Me

Hi! I am a graduate student in Department of Chemical and Biomolecular Engineering, University of California Los Angeles working at the intersection of fluid mechanics, materials science, and polymer physics. My research journey centers on understanding and manipulating complex fluid behaviors to address real-world challenges — particularly in water treatment, soft materials, and interfacial phenomena.

Over the course of my research, I have explored smart water pretreatment technologies, droplet impact dynamics, gels, and soft matter systems. A key focus of my work has been the development of a deeper understanding of how droplets interact with engineered surfaces and how viscoelastic materials respond to mechanical agitation. In the context of water treatment, I am working on designing advanced pretreatment strategies to enhance membrane performance in reverse osmosis systems — aiming to reduce fouling and improve efficiency in clean water production.

This learning journey has not only sharpened my experimental and analytical skills, but also deepened my appreciation for how fundamental science can inform solutions to pressing global problems. As I move forward, I’m excited to continue bridging scientific curiosity with practical impact — contributing to cleaner water, smarter materials, and more sustainable technologies.