A bit About Me

She is a Ph.D. student and Graduate Research Assistant specializing in coastal resilience, flood-risk assessment, hybrid modeling, and geostatistics. Her research explores how coastal hydrodynamics, sea-level rise, and extreme weather interact to create compound hazards in vulnerable regions. Using physics-based simulations, statistical methods, and deep learning with historical floods, remote sensing, and high-performance computing, she develops high-resolution flood maps and resilience assessments.

Her work informs practical strategies to help communities anticipate, withstand, and recover from flooding while supporting adaptive planning and sustainable coastal development. She values continuous learning, collaborative science, and interdisciplinary partnerships, bringing strong project- and time-management skills to real-world problem solving.

Research Interests

Coastal Resilience and Risk Assessment, Coastal Hydrodynamics, Compound Coastal Flooding, Hybrid Modeling (Physics-Based and ML/DL), Ensemble Methods, Extreme Value Analysis, Sea-Level Rise Impacts, Data Assimilation for Coastal Applications

Education