About

I am a doctoral student in Water Engineering and Management at the Asian Institute of Technology (AIT), Thailand. My research examines compound flooding in low-lying coastal regions, where coastal, pluvial, and fluvial drivers interact and their combined effect can exceed what each would produce alone. I am particularly interested in how climate change alters the frequency, magnitude, and joint occurrence of extreme hydrometeorological events. My goal is to develop integrated risk assessment frameworks that turn this understanding into actionable evidence for climate-resilient infrastructure design and adaptive flood risk policy.

Career Type:

Student

Organization Type:

Universities and Academia

Expertise Fields/Interests:

Compound Flood Modeling (Coastal and Riverine Flooding); Climate Change Impact Assessment; Integrated Flood Risk Assessment; Storm Surge and Sea-Level Rise Analysis; Geospatial Analysis

Major Achievements:

Developed an integrated flood risk assessment framework that combines storm surge, sea-level rise, and fluvial discharge to evaluate compound flooding risks in low-lying coastal regions under climate change scenarios. This research contributes to more resilient infrastructure design and evidence-based policy development for climate adaptation in vulnerable coastal areas.