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Bachelor of Science

Stanford University, GPA: 3.976

Computer Science, Theory Track

• Linear Algebra and Matrix Theory
• Causal Inference
• Probability for Computer Scientists
• Mathematical Foundations of Computing
• Multivariable Calculus
• Matching and Market Design
• Algorithmic Game Theory
• Design and Analysis of Algorithms
• Theory of Computation
• Quantum Computing
• Operating Systems
• Programming Abstractions

Research Assistant

Stanford MS&E Department

Using LLMs to simulate realistic human economic behavior in multi-agent games. Built LLM-powered agent-based model of network congestion, represented LLM agent decision process as a graph. Improving doctor-patient messaging using LLMs, part of Stanford Medicine’s 4T study. Created pipeline to generate messages, evaluate reading level and sentiment.

• Advised by professor Ramesh Johari and mentored by Ph.D. candidate Rachel Guo.

Supervised Undergraduate Research

Computer Science Research, Stanford

Built benchmark to assess LLMs in model building and experiment design; implemented probabilistic models in Python, built LLM-powered applications.

Federal STEM Education Funding Advocate

Student Association for STEM Advocacy

Presented to the offices of US Representative Chip Roy and Senator Ted Cruz. Advocated increased funding for Student Support and Academic Enrichment Grants (Title IV-A) of the 2022 appropriations bill; Title IV-A funding increased $85 million over the 2021 fiscal year following SASA conference.

Co-Founder

Kerrville Robotics Alliance

Co-founded 501(c)3 educational non-profit supporting 17 robotics teams, 50+ volunteers, and 200+ students. Fundraised and secured grants totaling over $35,000, organized two robotics competitions at Schreiner University.

Team Captain & Lead Programmer

Fellowship of the Robot, FTC 13072

Led a robotics team to international competitions. Advanced to FIRST International Championship in Houston twice, ranked 27 out of 7000 worldwide. Implemented PID control systems in Java.