Independent researcher at the intersection of quantitative finance, systems programming, and computational mathematics. I explore the boundaries between technology and financial markets, building tools and educational content that bridge theory and practice.
Algorithmic trading strategies, options pricing models, Monte Carlo simulations, statistical arbitrage, and high-frequency trading infrastructure.
Operating system development, compiler theory, memory models, emulation, and low-level computer architecture.
Reverse engineering, exploit development, binary analysis, and secure systems design.
Creating educational content in English and Spanish, building in public, and contributing to the developer community.
I'm passionate about pushing the boundaries between technology, quantitative finance, and low-level computing. Whether it's diving deep into the internals of an operating system, exploring algorithmic trading strategies, or building educational content—I thrive at the intersection of precision and performance.
My work focuses on the mathematics of markets, stochastic processes, and the computational infrastructure required for modern financial systems. I believe in sharing knowledge and building in public, which is why I maintain two YouTube channels serving different audiences and languages.
My goal is to contribute to cutting-edge projects in quantitative finance, systems programming, or compiler development—and one day, collaborate with institutions like MIT or similar research-focused organizations.
Portfolio and projects channel featuring personal research, algorithmic trading experiments, quantitative finance topics, and visualizations of advanced technical concepts.
Visit ChannelComputer science fundamentals channel with deep dives into reverse engineering, exploit development, system internals, and tutorials in C, Assembly, and OS development for Spanish-speaking learners.
Visit ChannelA comprehensive Python-based tool for visualizing and analyzing financial options strategies with interactive payoff diagrams and algorithmic generation.