Résumé

Updated August 2026 · Download the PDF

Education

The Pennsylvania State University

Expected May 2028

B.S. Computer Science, Minor in Physics, AI · Schreyer Honors College

University Park, PA

  • GPA: 3.71 / 4.00

Research

Independent · PyTorch · LessWrong

  • Explained the one architecture Linsefors & Bushnaq left unresolved in their memorization challenge: a training-dynamics failure, not an expressivity limit — a fact whose hidden units all die has its gradient gated to exactly zero
  • Split their conflated bias flag for the discriminating experiment — an out-projection bias rescues completely (1024 facts), an in-projection bias not at all (488) — overturning the published account; a transplanted 672-fact witness rules out expressivity outright

Independent · PyTorch, TransformerLens · LessWrong

  • Disconfirmed two of my own hypotheses — quotation and parenthesis grammar — with targeted QK attention-pattern controls
  • Trained a 6-block character-level transformer and isolated a copying head via OV-circuit eigenvalues and copying scores
  • Found the OV circuit encodes bracket completion while the QK circuit stays blind to it: a half-built mechanism

Independent · TransformerLens

  • Recovered the IOI circuit (Wang et al.) with direct logit attribution, activation patching, and path patching, each hand-implemented

Penn State Multi-Campus REU · advised by Prof. Asif ud-Doula · Python

  • Built a Monte Carlo scattering atmosphere feeding a general-relativistic pulse-profile model (Schwarzschild light-bending, Doppler) to quantify the systematic from the isotropic-emission assumption in neutron-star mass–radius measurements
  • Validated against Chandrasekhar's exact H-function (reduced χ² = 0.70) and Bogdanov et al. waveforms (0.11% peak error)
  • Showed the systematic routes between pulsed fraction and waveform shape; first-author paper in preparation

Experience

Nittany AI Advance Internship Program

Dec 2025 – Present

Application Specialist · Client: Penn State Office of the Physical Plant

State College, PA

  • Scoped ambiguous client requirements into technical documentation for the Docfinity system
  • Prototyped evaluation protocols for generative and OCR-derived content; drove requirements to consensus ahead of launch

Penn State Department of Physics

Aug – Dec 2025

Physics Learning Assistant · PHYS 211

University Park, PA

  • Taught calculus-based mechanics in problem sessions, labs, and exam prep

Projects

CrashAI — Crash-Risk Analysis Platform

Feb – Jul 2026

Founder & Technical Lead · Scoped with PennDOT safety staff · Python, TypeScript

  • Built a crash-severity model — XGBoost over 81 roadway and behavioral features — with per-site SHAP attribution and what-if simulation
  • Led a team across the stack: a 33-tool agent reasoning loop, RAG over agency engineering manuals, a hash-verified artifact pipeline, and an eval harness

Skills

ML & Research: Python, PyTorch, HuggingFace Transformers, TransformerLens, NumPy, Scikit-learn, Git

Interpretability: Transformer circuits, induction heads, OV/QK analysis, activation and path patching, direct logit attribution

Methods & Tools: Monte Carlo simulation, numerical validation, linear algebra · Java, JavaScript / React, SQL, Flask