PUPrinceton University
An Introduction to Compound Flood Modeling
Hands-on material introducing the interacting physical drivers, conceptual frameworks, and modeling strategies behind compound coastal flooding.
Teaching
Learning through coastal systems, data, and decision-making.
Teaching materials, interactive resources, and practical tools spanning compound flooding, explainable AI, reliability analysis, and coastal engineering.
Educational resources
Hands-on material for coastal and environmental modeling.
Lectures, practical examples, interactive learning tools, and open engineering resources developed through teaching and academic training at Princeton University and The University of Alabama.
UAThe University of Alabama
Explainable AI with SHAP: Applications in Environmental Data Analysis
Educational material demonstrating how SHAP can be used to interpret machine-learning predictions and explain feature contributions in environmental datasets.
UAThe University of Alabama
Risk and Reliability Analysis in Coastal Engineering Designs
An introduction to probabilistic design, failure probability, and reliability-based analysis for evaluating coastal engineering systems and infrastructure performance.
UAThe University of Alabama
Seawall Defender Educational Game
A browser-based educational game where players explore wave behavior, interpret coastal conditions, and select defenses to help protect a seawall.
GHOpen coastal-engineering tool
Linear Wave Theory Calculator
An Excel-based educational tool implementing Airy wave theory to calculate wavelength, celerity, group velocity, water-depth regime, shoaling and refraction effects, wave-height transformation, and breaking-wave parameters.
Airy wave theoryWave transformationWave breakingExcel tool