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Ape108/README.md

About Me:

I'm currently working on:

  • Quantitative Research (Power Markets): Analyzing energy market dynamics and nodal pricing at Evergy using data-driven modeling.
  • Quantum Portfolio Optimization: Implementing a Quadratic Unconstrained Binary Optimization (QUBO) model using QAOA to optimize risk-adjusted returns (Qiskit/Python).
  • Leadership @ UMKC: Serving as President of the School of Science and Engineering (SSE) Student Council, representing 3,000+ students.
  • Cloud Architecture: Maintaining a serverless PWA on Google Cloud Platform utilizing Docker, Cloud Run, and Cloud SQL.

I'm looking to collaborate on:

  • High-performance computing (HPC) in C++, quantitative finance libraries, and open-source tools for energy market analysis or quantum simulation.

I'm looking for help with:

  • Connecting with professionals in Quantitative Trading and Commodity Research. I am focused on the intersection of stochastic modeling and high-performance system design.

I'm currently learning:

  • Energy Derivatives & Grid Economics: Understanding congestion modeling and SPP market mechanics.
  • Advanced Quant Metrics: Volatility clustering, GARCH models, and expected shortfall.
  • Cloud Engineering: Studying for the Google Associate Cloud Engineer certification to optimize model deployment.

Ask me about:

  • Languages: Python (Pandas/NumPy/Scipy), C++, C#, SQL.
  • Quantum & AI: Qiskit, QAOA implementation, and heuristic optimization.
  • Platforms: GCP, Docker, PostgreSQL, and ASP.NET Core.

Fun fact: I am the Founder and President of the Billiards Club at UMKC. 🎱

🌐 Socials:

LinkedIn email

💻 Tech Stack:

C++ Python Vercel Google Cloud Django Postgres Figma NumPy Pandas GitHub Docker

Pinned Loading

  1. Quantum_Portfolio_Optimization Quantum_Portfolio_Optimization Public

    A project demonstrating Quantum Portfolio Optimization with QAOA. This code converts a classical finance model into a QUBO to find ideal asset weights using a quantum-inspired approach.

    Jupyter Notebook

  2. BlackScholesSolver BlackScholesSolver Public

    An implementation of the Thomas Algorithm for efficiently solving Tridiagonal Linear Systems. The solution for the Black-Scholes Partial-Differential Equation is approximated using the Finite Diffe…

    C++

  3. cppTradingBot cppTradingBot Public

    A C++ backtesting engine to model a Simple Moving Average (SMA) crossover strategy as a probabilistic experiment. Calculates E[X] and Var(X) of trade returns.

    C++

  4. Dojo-PWA Dojo-PWA Public

    An interactive PWA for martial arts dojos. Review belt curriculum, flashcards, PDFs, and videos. Secure Google sign-in, admin approval, and offline support. Built with Django, PostgreSQL, and Googl…

    HTML 1

  5. USDAChatBot USDAChatBot Public

    AI-powered chatbot and analytics dashboard connecting rural Americans with USDA Rural Development resources. Built with RAG, MongoDB vector search, and real user insights.

    Python 1

  6. quantum_autoencoder quantum_autoencoder Public

    High-performance quantum autoencoder implementation achieving 99.99% fidelity in compressing a 5-qubit domain wall state to 3 qubits using Qiskit V2 primitives. Features U-V encoder architecture wi…

    Python 1