Professional Summary
A dedicated geospatial Data Expert with a Ph.D. in Geographic Information Systems (Ain Shams University, 2023), specializing in environmental impact assessment, urban development analysis, and climate change applications. My research leverages advanced GIS, remote sensing, and spatial modeling techniques to address pressing environmental and urban sustainability challenges. I have contributed high-impact scholarly work published in peer-reviewed journals such as The Egyptian Journal of Remote Sensing and Space Science and presented findings at international conferences hosted by King Saud University and other prominent institutions.
Core Research Expertise:
* Environmental Monitoring & Assessment: Utilizing satellite data and geospatial analytics for comprehensive environmental quality evaluation.
* Urban Heat Island (UHI) Analysis: Investigating the thermal dynamics of urban areas and anthropogenic influences on local climate.
* Sustainable Development: Applying Multi-Criteria Decision Analysis (MCDA) and Spatial Decision Support Systems (SDSS) for evidence-based planning.
* Land Use/Cover Change Detection: Analyzing spatiotemporal patterns through multi-temporal satellite imagery to assess environmental transformation.
* Air Quality Monitoring: Employing NASA remote sensing data (OMI, MODIS, VIIRS) for atmospheric pollution tracking and health risk assessment.
* Geospatial Modeling: Designing optimization models for infrastructure routing, resource allocation, and environmental planning.
Key Research Contributions:
* Developed geospatial models for optimal connectivity in archaeological site management.
* Conducted environmental quality assessments integrating spectral indicators and field observations.
* Pioneered studies on urban heat island effects in Egyptian metropolitan areas.
* Developed methodologies for coastal zone and land resource monitoring using satellite-derived indices.
* Explored spectral indicators for early warning systems in disease vector surveillance.
International Research Experience:
Visiting Researcher at the Centre for Environmental Remote Sensing, Chiba University, Japan (2019), where I engaged in cross-cultural scientific collaboration and advanced training in cutting-edge remote sensing methodologies, enhancing my global research perspective and technical rigor.
Publications & Knowledge Dissemination:
Author and co-author of multiple peer-reviewed publications in high-impact journals, with active participation in international conferences. Committed to open science and sharing research outcomes with academic and policy-making communities.
Technical Competencies:
* GIS: ArcGIS Pro/ Desktop (all extensions), QGIS, Global Mapper, geodatabase design, network analysis, and cartographic visualization.
* Remote Sensing: ENVI, ERDAS Imagine, Google Earth Engine, eCognition; expertise in image classification, atmospheric correction, vegetation indices (NDVI, EVI), LST retrieval, and change detection.
* Analytical Tools: MATLAB, TerrSet, R (spatial packages), Power BI, AutoCAD.
* NASA-Certified Training: Proficient in Google Earth Engine for land monitoring, climate change applications using NASA resources, MODIS-to-VIIRS transition, and air pollution measurement techniques.
Commitment to Academic & Professional Growth:
Active participant in international geoinformatics events, including Esri conferences (Saudi Arabia, 2023–2024), NASA ARSET training programs, and academic workshops on research methodology and scientific writing. Member of interdisciplinary networks fostering collaboration between academia, government, and industry.