Research
Research and expertise
I specialize in hydrological modeling, where I focus on understanding and simulating how water moves through different environments. My expertise covers various modeling techniques, including those based on physical principles, data analysis, and a combination of both.
Using advanced tools and Geographic Information System (GIS) software, I create models that accurately represent the dynamics of rivers, groundwater, and rainfall-runoff processes. I pay close attention to details like watershed characteristics, ensuring that the spatial aspects are precisely captured.
One of my strengths lies in calibrating and validating these models, ensuring their reliability across different scenarios. Through collaborative research, I contribute to improving hydrological science by incorporating innovative approaches and refining the accuracy of models.
Whether it's managing water resources, predicting floods, or assessing the impact of climate change, my goal is to provide valuable insights using hydrological models. I'm dedicated to advancing this field, making complex water systems more understandable for practical applications in sustainable water management.
Current research activity
- Nature Based Solutions for flood risk management
- Hydrological Modelling
- Hydrodynamic Modelling
Recently completed research projects
- Statistical Significance Assessment of Streamflow Elasticity of Major Rivers