Quantitative Decision Modeling
Advanced optimization and decision analysis case studies using Linear, Integer, and Non-Linear Programming with Excel's Analytic Solver.
Quantitative Finance & Analytics
Undergraduate at Baruch College majoring in Statistics and Quantitative Modeling, with a concentration in Data Science and minors in Mathematics and Economics. Coursework emphasizes predictive analytics, risk modeling, and data-driven decision-making.
3.94
GPA / 4.0
2027
Expected Graduation
Statistics & Quantitative Modeling
Major
Mathematics & Economics
Minor
3.94
GPA / 4.0
2027
Expected Graduation
Statistics & Quantitative Modeling
Major
Mathematics & Economics
Minor
About
I’m interested in applying statistics and programming to analyze data, build models, and solve complex quantitative problems. I enjoy working through uncertainty, designing analytical approaches, and translating results into clear, actionable insights.
Through coursework and projects, I’ve developed a strong quantitative toolkit that’s well suited for tackling data-driven challenges, including those that arise in financial and economic contexts. I’m motivated by problems that require careful reasoning, clean implementation, and thoughtful interpretation of results.
Zicklin School of Business
BBA in Statistics and Quantitative Modeling with minors in Mathematics and Economics
Academic Excellence
Maintaining a 3.94 GPA while pursuing rigorous quantitative coursework and working full-time as a real-estate field inspector
Predictive Analytics
Leveraging predictive and descriptive statistical research to explore risk and financial analytics
Data Science
Proficient in Python, R, and statistical modeling techniques
Portfolio
A collection of data science projects and statistical research exploring predictive modeling, analytics, and interactive data visualization.
Advanced optimization and decision analysis case studies using Linear, Integer, and Non-Linear Programming with Excel's Analytic Solver.
A comprehensive technical library of 7 case studies covering core and advanced statistical algorithms, from Regression to Machine Learning theory.
Logistic regression model estimating cardiovascular mortality risk using 12 clinical features. Analysis performed using JASP software, achieving 85.6% accuracy with AUC of 0.897.
Statistical analysis examining how offensive and defensive metrics impact team wins, with franchise comparisons and trend analysis from 1990-2023.
Interactive dashboard comparing sports rankings across six countries with CRUD operations, multiple chart types, and Wikipedia API integration for sport information lookup.
Contact
I'm actively seeking quantitative finance and risk analytics internship opportunities. I'd love to connect and discuss how my skills in statistical modeling and data analysis can contribute to your team.