Projects
A curated selection of what I'm working on.
Sortable by date and type.
Gene Therapy for OTOF-Mediated Genetic Hearing Loss
The science and story behind the first-ever FDA-approved gene therapy for hearing loss
NHL Moment-to-Market Intelligence Lab
A public NHL intelligence lab that uses game events, Wikipedia activity, and earned-news coverage to study the attention that follows major hockey moments.
NHL Player Durability Lab
A public NHL availability review queue built around the record, the role, the cap, and the uncertainty.
Quantifying an NHL Player's "Play Style"
Using game-by-game advanced stats to quantify a player's playing style.
OtoSketch Studio
A structured otology visualization tool for clinic discussions, postoperative education, and teaching with synthetic cases and review checkpoints.
Hearscape — Hearing Therapy Intelligence
A source-backed guide to hearing-loss therapies, the wider device market, and likely insurance coverage that keeps uncertainty visible.
Hearing Loss Gene Therapy Registry
An overview of human hearing loss gene therapy trials, including target populations, therapy design, inner-ear delivery methods, and supporting evidence.
The Faceoff Moment Economy in the 2025-2026 NHL season (so far)
A mid-season(ish) analysis of how faceoffs, turnovers, and restarts shape short-term momentum and shot generation in NHL games.
Halal Alpha
My journey of dipping into the Islamic finance world by attempting to build a fully sharia-compliant novice quant trading algorithm
Faceoff Momentum Windows in the NHL
An analysis of how faceoffs, turnovers, and restarts shape short-term momentum and shot generation in the 2024–2025 NHL season.
Boston Museum of Science 'Hearing Well' Exhibit
I advised on accessibility features for a new hearing loss exhibit at the Boston Museum of Science, and contributed personal perspective on what helps vs what's performative.
Udemy Course: Structural Biology 101: A Beginner's Guide
A free structural biology course that has reached 3,500+ students and teaches beginners how to analyze protein structures, use tools like Chimera and PyMOL, build homology models, run docking workflows, and shape a disease-focused research project.
Udemy Course: Conducting Introductory Computational Biology Research
A free, beginner-friendly course that has reached 6,000+ students and walks learners through precision medicine thinking, disease selection, public data, GEO2R, Gene Ontology, KEGG pathways, and research conclusions.