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Boaxes/README.md

Hey, I'm Brandon :)

New graduate mathematician from Western Washington University with a strong background in computational mathematics, mathematical modeling, scientific computing, and applied problem-solving.

Selected projects include:

• Built a Python backend tool for a fictional reptile company featuring a KPI dashboard, CRUD-based database management on a GCP-hosted SQL server, automated CI/CD pipelines with GitHub Actions, and an AI chatbot powered by GPT-4o and LlamaIndex that performs RAG on markdown care sheets and executes SQL queries in natural language.

• Conducted a year-long faculty-led research project using the Finite Element Method (FEM) and the Poisson–Boltzmann equation to model cellular ion channels with Python and FEniCSx.

• Developed a Python/Pygame simulation package to model the spread of invasive tegus in the Florida Everglades.

• Participated in the 2025 Mathematical Contest in Modeling (MCM), developing a Python-based model to help tourism-dependent regions balance economic growth and environmental sustainability.

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  1. Reptile-Central-Database Reptile-Central-Database Public

    Full-stack CRUD web app for a fictional reptile supply business - Streamlit, MySQL, Google Cloud Run, with an AI chatbot (RAG + natural language SQL) powered by GPT-4o mini and LlamaIndex.

    Python 2

  2. Finite-Element-Ion-Channel-Modeling Finite-Element-Ion-Channel-Modeling Public

    Numerical experiments solving the Poisson and Poisson-Boltzmann equations via the Finite Element Method (FEniCSx), applied to ion channel electrostatics modeling.

  3. Modeling-Invasive-Tegu-Populations Modeling-Invasive-Tegu-Populations Public

    An agent-based simulation of invasive tegu spread across a habitat graph in the Florida Everglades.

    Python

  4. Tourism-Tax-Optimization-for-Sustainability Tourism-Tax-Optimization-for-Sustainability Public

    Simulation-based optimization model for balancing tourism revenue against environmental impact, using Juneau, Alaska as a case study.

    Python