• Engaged in research under the guidance of Dr. Eve Armstrong, concentrating on the complex behaviors and flavor evolution of neutrinos.• Ran comprehensive computational simulations and jobs on the NYIT cluster and a high-performancesupercomputer. Through these simulations, I could analyze and interpret trend data related to the flavorevolution of neutrinos.• Applied advanced Optimization techniques to accurately trace the flavor evolution occurring during the collapse of a supernova—a phenomenon that emits an abundance of neutrinos.

Over the summer, I had the privilege of working for Biobus, a non-profit organization dedicated to promoting science education and engagement among students. This position allowed me to mentor younger junior scientists and conduct research with talented community scientists from diverse backgrounds. Through my work with Biobus, I had the opportunity to mentor both high school and elementary school students.- Research and Mentorship: Over the course of the 8 weeks, I assisted a group of high school students in a self-made experiment. We worked together to formulate research questions, design an experiment, collect and analyze data, and draw conclusions on whether Oyster Mushrooms (Pleurotus ostreatus) could remediate lead and plastic-contaminated soil. - Research and Teaching: In addition to mentoring high school students, I had the opportunity to engage in my own research during the summer program. Together with a group of fellow college interns, we collaborated on developing a comprehensive curriculum that aimed at introducing elementary school children to fundamental concepts of plant life science through interactive and experiential activities.