Simulating Hurricane Risk to Price Insurance Losses
Published:
A probabilistic catastrophe model that simulates 10,000 years of hurricanes against a synthetic $39.01B coastal property portfolio to price insured losses.
Projects
C-Star: Predicting unresolved variables in dynamical systems
Published:
Universal Dynamic Equations (UDEs) that uncover hidden drivers of ecosystem collapse from observable data alone—delivering superior early-warning capability for regime shifts with less data than conventional methods.
GEPC: Making AI Decisions Understandable Through Part-Based Explanations
Published:
Scalable Explainable AI framework achieving 84% label-transfer accuracy across 158 ImageNet categories, reducing annotation effort by 85%. Transforms opaque neural network predictions into human-readable part-based explanations.
Hybrid HAB: Digital Twins for Predicting Harmful Algal Blooms
Published:
Digital twin models that predict dangerous harmful algal blooms before they happen, combining watershed simulation, hydrodynamic modeling, and machine learning. Funded by U.S. Army Corps of Engineers.
NL2SQL: LLM-Powered Natural Language to Database Query Engine
Published:
Multi-stage LLM pipeline achieving 91% accuracy that converts plain-English questions into optimized SQL queries, cutting query fulfillment from days to under 3 seconds. Built during AI/ML internship at Seagate Technology.