My research focuses on computational modeling of fluid–structure interaction and structural failure in ocean and marine environments. Using mesh-free methods such as Smoothed Particle Hydrodynamics (SPH), I study wave-structure interaction, hydrodynamic impact, and underwater blast loading on naval and offshore structures. A key goal is to understand structural damage, crack initiation, and dynamic failure under extreme marine conditions. My research also integrates high-performance computing and emerging data-driven approaches to develop predictive numerical tools that support safer and more resilient design of ships, offshore platforms, and coastal infrastructure.