A researcher in urban hydraulics with a strong academic background in hydraulic engineering has focused extensively on modeling and optimization of urban drainage systems. Their work emphasizes the integration of numerical modeling, GIS tools, and MATLAB-based rainfall analysis to assess and manage flood risks in urban environments. Key research contributions include sewer network modeling, rainfall hazard assessment, and predictive modeling of stormwater flow behavior. Their doctoral research explores the impacts of climate change on urban drainage infrastructure, aiming to modernize flood zone management through digitization and advanced simulation techniques. Active participation in international conferences and specialized training programs has strengthened expertise in integrated water resource management and scientific communication. Recognized for innovation, their projects have received awards for addressing rainfall extremes and enhancing urban flood mitigation strategies. Their research outputs demonstrate growing academic impact, contributing to sustainable and resilient urban water management solutions.