Assist students in learning and debugging Python mini-projects for two three hour sessions per week after self-completing the mini-projects.

Developed back end cloud functions to process and analyze analytics data and and leveraged large language models to extract and interpret relevant information.Implemented front end custom themes features.

Contributed to Professor David Karger’s Haystack Group’s research on integrating NB, a web application for facilitating classroom discussions through inline annotations to online texts, with Sefaria, an online library of Jewish texts.Working on the integration process, using new software and web development skills.

Developed and optimized numerical methods for fracture modeling through programming and algorithms in C++.Analyzed simulation results to enhance understanding of crack physics.

Developed software and models for design of new high-performance materialsExecuted end-to-end development on new materials technology website from backend architecture and data to frontend design.Performed data analysis to implement Bayesian inference and Markov Chain Monte Carlo (MCMC) algorithm for the uncertainty quantification and propagation of various materials science models

Measured effects of structural overburden of Fermilab MINOS tunnel access shaft on muon flux, using installed and monitored cosmic ray muon detectors; experiment found that muon flux decreases as a function of distance from the access shaft in Fermilab MINOS tunnel; data collection and analysis could be used to benefit Fermilab underground neutrino detector. Publisher paper and presentation at AAPTWinkler, E., Grey, Benjamin Z. (co-lead authors), et al. (2020). “Beyond The Classroom: Profiling Muon Flux in Relation to Overburden in Fermilab’s MINOS Tunnel,” The Physics Teacher, 31 January 2022, Volume 60, Num 2