
Strong foundation in mathematics and physics, specializing in linear algebra and probability theory for modeling complex systems. Proven ability to translate abstract concepts into actionable solutions, emphasizing clarity and numerical intuition. Innovative finance intern with experience supporting teams and enhancing processes for monthly business analysis. Committed to applying advanced knowledge of mathematics and customer service skills in a dynamic internship environment.
I was introduced to financial markets at the age of 16 and began managing a personal brokerage account with guardian assistance before legal eligibility. Early experimentation evolved into a long-term interest in how capital is allocated, how risk is priced, and how probabilistic reasoning governs real financial outcomes. I actively study market microstructure and design systematic trading approaches focused on expected value, risk asymmetry, and long-term compounding rather than short-term outcomes.
My core interests lie in mathematics and physics as precise languages for modeling reality. I am particularly drawn to linear algebra and probability theory for their ability to describe structure, uncertainty, and optimization across diverse systems. I enjoy problems where abstract reasoning must translate into concrete outcomes, and I gravitate toward environments that reward clarity of thought, numerical intuition, and disciplined decision-making.