I am a marine renewable energy researcher specializing in the numerical modeling of oceans and oceanic processes to support sustainable energy development and resilience in a changing climate. My work focuses on the assessment of resource dynamics—particularly tidal, wind, and wave energy—by identifying viable energy sites, evaluating spatial-temporal variability, and analyzing long-term accessibility and complementarity. I use high-resolution hydrodynamic models such as CROCO, DHI MIKE, and DIVAST on high-performance computing platforms to simulate complex coastal systems. In parallel with my research, I design and lead educational programs in marine and coastal engineering to inspire students and promote ocean literacy.
Interactive learning activity on marine protection and sustainability
View projectHands-on challenge for exploring wind energy and turbine behavior
View projectOcean literacy starts with one powerful idea: the ocean connects us all.
Coming soon! This section will contain information about courses I have completed, including: