about
Why markets, why models
Hey, I am Ansh. I build and test market models, and the thing I care about most is not fooling myself while doing it.
I did my undergrad at Arizona State in the Barrett Honors College, a double major in Computer Science and Mathematics, and graduated in May 2026 with a 4.0 and the Moeur Award. This fall I start the MSc in Financial Mathematics at the University of Chicago, on the trading track. The path from a CS and math kid who liked proofs to someone pointed at quant research ran through a simple realization: markets are a clean test of whether your model actually knows anything, because the feedback does not care how elegant your derivation was.
Most of what I work on sits at the intersection of Bayesian inference, stochastic processes, and careful evaluation. I am drawn to Bayesian methods because they force you to be explicit about what you believe and how much, and to regime switching and filtering problems because markets do not sit still and neither should your estimate of them. My honors thesis was about exactly this failure mode: how a Bayesian agent that has learned one regime keeps betting as if it still holds after the world changes, and what you can do to detect the shift faster and cap the damage.
The skepticism is the part I have had to learn the hard way. Early versions of my projects had numbers that looked great and did not survive contact with an out of sample test. Catching my own inflated results, understanding why they were wrong, and reporting the modest true number instead has taught me more than any clean success would have. A strategy that loses money for a reason I understand is worth more to me than one that wins for a reason I do not.
Outside of research, poker is a serious mathematical hobby I study with ranges, position, and disciplined sizing in mind. I train most days, I read a lot, and I am from Mumbai. I expect Chicago to be a demanding and useful chapter before I eventually point a lot of that learning back home.
education
University of ChicagoMSc Financial Mathematics, Fall 2026 to December 2027, Trading concentration.
ASU Barrett Honors CollegeBS Computer Science and BS Mathematics, graduated May 2026, summa cum laude, 4.0, Moeur Award.
Stochastic Time Series Modeling InternEndless Moments LLC. September 2025 to present. Built and evaluated stochastic time series models for prediction and diagnostics.
CS and Math TutorSun Devil Athletics. August 2025 to January 2026. Tutored undergraduates in calculus, algorithms, and proof oriented problem solving.
Applied Statistics Research InternMorrison School of Agribusiness. June 2025 to September 2025. Worked on applied statistics for USDA grant data, including transformations and model checks for high variance economic series.
AI Developer InternONLC Training Centers. May 2025 to June 2025. Built AI assisted training and retrieval prototypes for course operations.
Payments Automation InternAmerican Airlines. October 2024 to May 2025. Automated payments analysis workflows and improved SQL based reporting around large transaction tables.
Biocomputing ScholarASU Biodesign Institute. October 2024 to April 2025. Built Bayesian inference models for network censorship detection and uncertainty quantification.
Barrett College FellowBarrett Honors College. August 2024 to January 2025. Led motif census experiments across complex networks for publication support.
coursework depth
mathematics
Real AnalysisProbability TheoryStochastic ProcessesLinear AlgebraAdvanced CalculusDifferential EquationsNumerical AnalysisCombinatoricsAbstract Algebra
statistics and applied probability
Bayesian StatisticsTime Series AnalysisProbability and Statistics for Engineering
quantitative finance
Financial Engineering
computer science
Data Structures and AlgorithmsDesign and Analysis of AlgorithmsOperating SystemsProgramming LanguagesComputer OrganizationDatabase SystemsTheoretical Computer Science
machine learning and computing
Foundations of Machine LearningQuantum ComputationAI for Dynamical Systems