I am an Assistant Professor who works across rainfall–runoff and watershed modeling, climate and land‑use impacts on water resources, groundwater recharge, and soil–water/irrigation management. Combines physics‑based and data‑driven models with uncertainty analysis to inform agriculture and flood resilience. Specialized in smart groundwater management, integrating real-time sensor networks (soil moisture, piezometric pressure, and subsurface flow) with predictive modeling for dynamic water balance and stability assessment. My work on IoT-based monitoring systems, managed aquifer recharge (MAR), and injection well design provides directly transferable capabilities for analyzing groundwater movement and enhancing geotechnical stability in complex mining environments.