Streamlines legislative tracking for the Texas Legislature bills, providing quick access to bill information, reducing administrative burden for policy analysts, and helping activists coordinate.

Built an interactive data exploration using JavaScript and D3.js to illustrate how to compare statistical models for voter targeting. The interactive visualization walks users through key evaluation metrics, helping to demystify how to assess and compare models.

Website which visualizes how personal identities can shape political values. Users have the option to select which values and identities they are interested in. These selections are sent to a predictive model to better understand the relationships between them. The website renders this complex data in an easily understandable way, developing an intuitive yet detailed platform that can be used by both laymen and seasoned political scientists.

This project was designed to generate a graph of movies from a movie review database using Graph Analysis Algorithms to find relationships between movies. I implemented Dijkstra's algorithm and the Floyd-Warshall algorithm to generate movie recommendations based on similarity scores. I created an efficient interface that allowed users to gain insights into the graph, navigating the similarities between movies. As part of this project, I wrote a visual representation of the graph with D3.js, which was designed to give users a visual understanding of the movie relationships.

I recently completed my capstone research project creating generative-adversarial neural networks to generate artificial birdsong. To evaluate the efficacy of this method, my teammates and I explored recurrent neural network and transformer GAN Architectures trained on birdsong scalagrams.

This JOGL model displays a three-dimensional solar system with lighting, shadows, and realistic textures. It is created using Phong Shading which gives it a more natural, realistic look. The orbits of the planets are represented around the sun, with the planets constantly spinning as they travel along their trajectories. The Solar Body textures, lighting, and size are described by the given .sol file, which can easily be varied.

My senior politics capstone research on political bias in Large Language Models. I built and implemented a sentiment analysis model to analyze the political bias of the large language model GPT-3. My research furthers understanding of the potential societal biases represented in large language models and provides a means of measuring and understanding of these biases.