Resume & Background

Rigorous Coursework: AP Computer Science A, AP Computer Science Principles, AP Precalculus, AP World History, Honors Biology.

• Biological Anthropology (ANTH 102 & Lab ANTH 110L): In-depth laboratory study on comparative primate anatomy, human evolutionary genetics, fossil morphology, and osteological analysis.
• Biomedical Engineering Innovation (BMEI): Selected for competitive college-level engineering program centered on applying quantitative engineering models to biological systems, human health datasets, and diagnostic solutions.

• Engineered an AI-powered physics Learning Management System delivering research-grade Socratic tutoring, mathematical derivations, and cognitive scaffolding.
• Designed a novel 4-layer AI constraint architecture guaranteeing scientific reliability and hallucination suppression in complex kinematic and thermodynamic problem-solving.
• Submitted for the prestigious 2026 Davidson Fellows Scholarship .

• Architected a nationwide spatial epidemiology platform correlating ambient PM2.5 concentrations, EPA Toxic Release Inventory data, and CDC WONDER respiratory mortality across all 3,142 U.S. counties.
• Built interactive bivariate maps, Census Social Vulnerability Index overlays, and a real-time policy simulation engine projecting mortality reductions from pollutant rollbacks.

• Built an intelligent fraud detection platform evaluating NFT authenticity by synthesizing smart contract metadata, wash-trading velocity, and social sentiment metrics.
• Trained ensemble ML algorithms achieving 95%+ confidence ratings and sub-second evaluation response times via a FastAPI backend.

• Engineered a modular algorithmic platform visualizing graph traversal, A*, Dijkstra's, and recursive backtracking algorithms with CLI, GUI, and API interfaces.
• Authored clean software architecture patterns serving as an educational benchmark for computer science students.

• Provide personalized instruction in advanced mathematics (algebra, calculus) and reading comprehension, emphasizing the Kumon Method of self-learning and systematic mastery.
• Track longitudinal student accuracy and velocity, designing targeted intervention plans to build mathematical resilience and confidence.

• Dedicated 75+ volunteer hours developing and facilitating interactive hands-on STEM curriculum for underrepresented student cohorts, promoting early inquiry-based learning.

• Manage regional volunteer deployment records, logistics coordination, and event readiness across Northern Nevada.