Chemistry + Computer Science
I'm a rising senior at American High School in Fremont, California, headed toward a double major in Chemistry and Computer Science with a minor in Applied Mathematics.
A little about me: I've been writing code since the seventh grade! It started with making games, which is still where a lot of my creative energy goes. As I went through high school, my interest in the physical sciences grew and shaped a lot of the projects I work on today. These days I spend most of my time in the space where chemistry, biology, and computing overlap: cheminformatics, small independent research projects, and the occasional hackathon.
Updated August 2026
Updates on research, projects, and school.
I'll be giving updates on my academic work and life here, regarding projects, school, interests, and much more.
Journal of High School Science (JHSS) · Volume 10, Issue 2 · 2026
Awarded the Certificate of Excellence in Scholarship for the best original manuscript of the issue.
Journal of Cheminformatics · 2026
My entry for the Regeneron Science Talent Search. Code, data, and the analysis protocol — frozen and hashed before any held-out modeling — are publicly archived on Zenodo.
Journal of High School Science (JHSS) · 2026
Journal of High School Science (JHSS) · 2026
Journal of High School Science (JHSS) · 2026
Independent research · manuscript in preparation · 2026
Manuscript in preparation · not yet released · 2026
Independent research, mostly computational. More papers are in preparation; the code for every project that is public lives on GitHub.
The code and experiments behind my published JHSS paper: a study of grokking and generalization that asks how the geometry of structured label noise decides how efficiently a limited audit budget can relabel data and recover clean performance.
A controlled experiment on what actually fixes false positives in machine-learning detectors of strong gravitational lenses — and a preregistered follow-up that was stopped by its own kill-switch when it missed the bar it had set for itself.
A network-science look at the Online Encyclopedia of Integer Sequences, modeling sequences and their cross-references as a graph to surface hidden structure across mathematics.
A mobile app that helps seniors keep track of and remember their medications, built from scratch for the 2025 Congressional App Challenge. It is now getting a complete revamp — rebuilt and expanded end to end — as my entry for the 2026 Challenge.
A reproducible computational medicinal-chemistry comparison of eight antischistosomal compounds, recomputing every descriptor with RDKit, cross-checking against PubChem, and applying only published drug-likeness rules (Lipinski, Veber, QED, PAINS/Brenk) — no invented scoring.
A run at the classic Traveling Salesman Problem, mentored by Aniket Sadashiva during my UC Berkeley internship, where I picked up a lot of dynamic programming.
A MediaPipe app that reads external symptoms to flag possible disease early. Scrapped until further notice — parts of it may resurface inside the PillPal rebuild.
An app to help overloaded students stay on top of school and their workload. No longer happening — the PillPal rebuild took its place.
A couple dozen more — games, ML experiments, and early web builds — live on GitHub. See all on GitHub ↗
My portfolio! 12+ games built with and for the American High community through the Game Development Club, plus game jam entries.
Sitting / awaiting scores: Physics C: Mechanics, Physics C: Electricity & Magnetism, Macroeconomics, U.S. Government, Computer Science Principles, Biology, Statistics, Environmental Science (2027).