Projects

Digitizing Centuries of History with Computer Vision

Developed a sophisticated computer vision pipeline to transcribe and digitize centuries-old handwritten records from the 18th century for the Hampden County Registry of Deeds. Our solution transformed 300-year-old documents into an easily searchable digital format, unlocking invaluable historical information.

Tags: Computer Vision OCR Digital Humanities Data Engineering

AI-Powered Chest X-Ray Analysis for Enhanced Diagnostics

Developed a cutting-edge computer vision model for interpreting chest X-rays, achieving an impressive average AUC-ROC of 0.85 (ranking second on Papers With Code) and a leading macro F1 score of 0.39. This publicly accessible tool provides radiologists with an efficient and accurate aid for timely patient diagnoses.

Tags: Bioinformatics Medical Imaging Deep Learning Healthcare AI

Empowering Education Through Technology: Website and Database for Volunteer Tutors

Designed and built a comprehensive website and database platform for a volunteer organization dedicated to teaching underserved students. This platform streamlines operations, connects tutors with students, and facilitates effective learning.

Tags: Web Development Database Design Education Technology Full-Stack

Interactive Data Visualization for Federal Grant Distribution Analysis

Created an interactive web application for Senator Edward Markey’s Office to analyze over $10 billion in federal grant distributions across Massachusetts. This tool enables in-depth exploration and visualization of complex data, supporting informed decision-making and policy analysis.

Tags: Data Visualization Public Policy Interactive Dashboards Data Analytics

A Prospective Analysis of Vasoreactivity and Mortality in WHO Group 3 Pulmonary Hypertension

This study examined patients with WHO Group 3 pulmonary hypertension (i.e., lung disease-related PH) to evaluate whether acute vasoreactivity testing—specifically changes in pulmonary vascular resistance (PVR) or mean pulmonary artery pressure (mPAP) during inhaled nitric oxide—predicts survival. The key finding was that a larger **drop in PVR** during the vasodilator challenge was associated with *worse* survival in this population, contrary to expectations, whereas changes in mPAP were not predictive. These results suggest that the vasoconstrictive component in lung disease–related PH may signal more advanced remodeling and poorer prognosis, and that the typical criteria used for vasoreactivity in PAH may not apply in Group 3 PH. (Strick et al., 2025)

Tags: Pulmonary Hypertension Clinical Research Biostatistics Vasoreactivity Testing