I am an Assistant Professor of Civil Engineering at Inonu University, specializing in hydraulic structures, and water resources management. With a Ph.D. in Civil Engineering, I have developed a robust academic and research background in areas such as sediment transport, local scour, and hydrological modeling.A significant part of my research focuses on leveraging cutting-edge technologies such as Artificial Intelligence (AI), Machine Learning, and Deep Learning to solve complex problems in civil engineering. I have applied AI algorithms to optimize hydrological models, improve drought forecasting accuracy, and enhance flood hazard assessments. By integrating these advanced computational methods with traditional engineering practices, I aim to push the boundaries of predictive modeling in hydraulic systems and water resource management.Throughout my career, I have focused on combining traditional civil engineering practices with innovative technologies to enhance the accuracy and efficiency of water resource management and hydraulic system design. My research efforts have led to significant publications in high-impact international journals, particularly on topics like drought forecasting, flood hazard mapping, and sediment transport modeling.I have also played a key role in mentoring students, developing cutting-edge research projects, and conducting experiments in both lab and field environments. My aim is to advance civil engineering by integrating modern computational methods into traditional practices, helping to solve the critical water-related challenges of today and tomorrow.If you share an interest in the intersection of civil engineering, AI, and environmental sustainability, I would love to connect.