My researcher specializing in Remote Sensing, Geo-AI, Geospatial Data Science, Machine Learning, and Environmental Modeling. My research integrates artificial intelligence with Earth observation technologies to develop advanced solutions for environmental monitoring, sustainable resource management, and geospatial decision support. My major research directions include optical and Synthetic Aperture Radar (SAR) remote sensing, digital image processing and interpretation, UAV and terrestrial/aerial LiDAR data processing, hyperspectral remote sensing, vegetation analysis, precision agriculture, hydrological and numerical modeling, and spatial analytics. My work applies AI-driven approaches, including machine learning, deep learning, and cloud computing platforms such as Google Earth Engine, to crop mapping and yield estimation, drought and flood monitoring, groundwater assessment, land use and land cover change analysis, urban expansion, forest dynamics, wildfire assessment, and ecosystem sustainability.