Alumni

B. S. (2024) University of New Hampshire, Chemical Engineering
M. E. (2025) University of Virginia, Chemical Engineering

My research investigated intersection between electric fields and Brønsted acid catalysis. My passion for catalysis emerged during my undergraduate studies, where I had the opportunity to conduct research in this dynamic field. At the University of New Hampshire, alongside Dr. Nan Yi, I experimented with the Sabatier reaction. I synthesized, characterized, and activity tested nickel based and copper based catalysts for thermocatalytic and photocatalytic processes. Additionally, during the summer of 2022, I worked with Dr. John Monnier to examine bimetallic catalyst synthesis. At the University of South Carolina, I modified copper and nickel based catalysts with silver through galvanic displacement. In my free time, I like to play ultimate frisbee and binge movies.

University of Virginia, Chemical Engineering (B.S. (2028), expected)

My research involved using electric fields to accelerate the rate of reactions. Outside of school and research, I am a member of the Society of Women Engineers and enjoy playing volleyball. 

University of Virginia, Chemical Engineering (B.S. (2027), expected)

Dean's Undergraduate Research Fellow (2025)

My research involved measuring and controlling diffusion in zeolites. Outside of school and research, I enjoy hiking, animals, and listening to music.

University of Virginia, Chemical Engineering (B.S. (2026))
Next position: Washington Gas

My research on involved the synthesis of zeolites with controlled Al distributions. Outside of school and research, I'm in the fencing and ultimate frisbee clubs.

University of Virginia, Chemical Engineering (B.S. (2026))
Next position: System Safety Engineer, Naval Surface Warfare Center Dahlgren

My research involved the influence of electric fields on non-Faradaic reactions. Outside of school and research, I am a member of the UVA Clean Water Group, and play basketball and tennis. 

University of Virginia, Chemical Engineering (B.S. (2026))
Next position: Manufacturing Associate, Molson Coors Beverage Company

My research involved the synthesis of zeolites with controlled Al distributions. Outside of school and research, I am a swim instructor and lifeguard for UVA Recreation. I am from Brooklyn, NY.

University of Virginia, Chemical Engineering (B.S. (2025))
Next position: Environex

My research involved the synthesis of hierarchical zeolites. Outside of school and research, I am part of the Virginia Dance Company here on grounds and am a fitness instructor at a local cycle studio.

Bridgewater-Raritan High School (Class of 2026)
University of Illinois, Urbana-Champaign, Chemical Engineering (B.S. (2030), expected)

I worked with Zayan Akmal on a Python script based on Inverse Fourier Transformation to process IR Spectra. Outside of coding, I like to read historical fiction, go on walks, sing, and play viola.