About Me

I am a chemical engineer interested in the intersection of soft matter, fluid mechanics, polymer physics, and interfacial science. My research is driven by a broader interest in understanding how interactions at molecular and microscopic scales govern the macroscopic behavior of complex materials and fluid systems.

My work spans complex fluids, colloids, polymers, rheology, droplet and interfacial phenomena, and water treatment. Across these areas, I am particularly interested in how particle–polymer interactions, fluid flow, interfaces, and material structure influence phenomena such as aggregation, viscoelasticity, droplet dynamics, and separation. I enjoy approaching these seemingly different systems through the common physical principles that govern their behavior.

A major motivation behind my research is connecting fundamental scientific understanding with meaningful engineering applications. From understanding the behavior of soft and viscoelastic materials to developing more efficient water-treatment and separation processes, I am interested in research that combines scientific curiosity with practical relevance. Moving forward, I hope to continue exploring complex materials and fluid systems while contributing to technologies for smarter materials, cleaner water, and more sustainable processes.