One of my research areas focuses on marine energy, particularly in ocean current power generation. I have extensive experience studying ocean currents' utilization for electricity generation. Additionally, I have qualified by the national's exam as a Professional Hydraulic Engineer and possess expertise in ocean engineering. During my career at The Sixth River Management Office, Water Resources Agency, MOEA, I conducted primary research on coastal erosion, sediment transport, wave-current interactions, and coastal protection structures. I supervised both engineering projects and field investigations, accumulating a decade of practical experience in coastal protection and engineering. Furthermore, I have specialized knowledge in river hydrology and hydraulic analysis. I contributed to establishing flood warning systems and data assimilation processes, amassing ten years of experience in flood forecasting systems. During my career at the Ocean Affairs Council, I dedicated myself to formulating and planning national marine science and technology policies and developing key technologies related to ocean currents power generation. This five-year experience enhanced my expertise in the field. My comprehensive understanding of river systems, nearshore environments, and offshore dynamics allows me to provide a more holistic elucidation of the processes involved in transmitting flood from river channels to estuaries and adjacent coastlines and subsequently the transport of sediment to continental shelves. Consequently, I specialize in resolving the complex mechanical interactions occurring near river mouths, focusing on the intricate dynamics of estuarine and adjacent areas by numerical models.