Undergraduate group research (REU) to motivate a generalized shell model of turbulence, building on L’vov et. al (1998). Our work proves the existence & uniqueness of weak & strong solutions, investigates the existence of inertial manifolds, and computationally validates the model's behavior by comparing flux and energy spectra against literature

Presented at JMM 2026 (program entry & abstract) in Washington DC

REU Advisors Prof. V. Martinez, Hunter College & Prof. C. Victor, Texas A&M

Designed and coded a physics-informed neural network to decompose the capacity fade of lithium-ion batteries into specific electrochemical processes to improve interpretability of systems' health and extend usable life. Applications include EVs, consumer electronics, and grid-energy storage

Terra NYC STEM Fair 2026 - 1st Place, Engineering

Onboarded as part-time intern in a nanotech wet lab at CUNY's Advanced Science Research Center. Provided significant budget to indepdently design, procure materials, and build a machine that measures the interfacial and bulk rheological properties of mucin-based fluids. Applications include drug delivery, respiratory health, and biomaterials

Lab Advisor Professor Adam Braunschweig

Independent neuroscience research to build a proprietary stochastic gradient descent algorithm that estimates parameters of the Fitzhugh-Nagumo system of ODEs (used to model neuron dynamics) given voltage data. Applications include electrotherapy, digital prosthetics, and better cognitive modeling

Terra NYC STEM Fair 2025 - 2nd Place, Computational Biology

Research project leveraging nano-microphones to determine the location of incident sounds; project utilizes skills & insight gained from 25+ hours in QNF cleanroom fabricating and characterizing micropatterns, microfluidic devices, and quantum dots

Project Advisor Professor Gyuseok Kim, University of Pennsylvania Engineering & Co-Director of Singh Center for Nanotechnology