I'm a research engineer at the intersection of applied probability, imaging science, and machine learning. I'm currently working at Advanced Imaging Laboratory on Photoreal, a real-time, physically correct 3D render engine.
I also enjoy cybersecurity, with an emphasis on cryptography. I competed on team 42-b3yond-6ug under Dr. Yinzhi Cao in DARPA's AIxCC competition, which was awarded $2 million in the semifinals and placed 6th overall. CTF competitions also have a special place in my heart; I currently play for the Musketears.
I completed my master's degree in Applied Mathematics (Statistics) at Johns Hopkins University, where I was very fortunate to be advised by Dr. Nandi Leslie and Dr. Holden Lee. My thesis explores a novel MCMC algorithm for Neural Architecture Search. Before that, I completed my bachelor's degree in Applied Mathematics and Neuroscience from Syracuse University.
Ask me about filmmaking and photography! Few pursuits are as rewarding; I actually started college as a film major. You can find my portfolio here.
I also have a blog where I post CTF writeups, among other things.
Implementation of Metropolis Light Transport from scratch in C using GTK 4.0 for UI elements. My primary contribution was the actual MLT algorithm implementation.
This project implements an elliptic curve field that closely resembles the secp256k1 Koblitz curve, known for its use in Bitcoin. It includes essential functionalities to operate over elliptic curve groups, such as point addition and multiplication, and offers visualization of the curve/field.