Center for Geospatial & Environmental Solutions

This initiative is a non-commercial, non-profit initiative driven solely by the mission of supporting students, researchers, and professionals. Its resources are designed to promote knowledge sharing, research excellence, and capacity building while making high-quality geospatial and environmental education freely accessible to everyone.

The center provides tutorials and technical guidance in a wide range of geospatial and environmental tools, including, but not limited to:

• ArcGIS Desktop, ArcGIS Pro, QGIS, ENVI, and TerrSet (Geospatial Analysis, Mapping, and Modeling)

• Google Earth Engine (GEE)

• SoundPLAN (Environmental Noise Assessment and Modeling)

• AERMOD (Air Quality Assessment and Dispersion Modeling)

• ALOHA (Chemical Risk Assessment and Emergency Response Modeling)

• HEC-HMS (Hydrologic Modeling)

• HEC-RAS (River Analysis and Flood Inundation Modeling)

• SWMM (Stormwater Management Modeling)

• InVEST Ecosystem Service Models

• R and Python (Statistical Analysis, Data Science, and Geospatial Programming)

• IBM SPSS Statistics (Statistical Data Analysis)

• NVivo (Qualitative Data Analysis)

• Microsoft Excel, Word, PowerPoint, and Access (Data Analysis, Documentation, and Reporting)

• Zotero, Mendeley, and EndNote (Reference Management and Citation)

• Remote Sensing Applications, Climate Data Analysis, Land Use/Land Cover Mapping, Carbon Sequestration, Ecosystem Services, Disaster Risk Assessment, and Spatial Decision Support Systems.

In addition to educational content, the center actively collaborates with researchers and institutions worldwide to conduct interdisciplinary research related to environmental management, climate change adaptation, disaster resilience, natural resource management, social science, and sustainable development.

Goals

• Provide high-quality GIS, Remote Sensing, and environmental modeling education through tutorials and professional training.

• Build technical capacity for students, researchers, and professionals, worldwide.

• Conduct collaborative research leading to high-quality scientific publications.

• Develop innovative geospatial solutions for environmental, climate, and disaster-related challenges.

• Promote open knowledge sharing and practical learning through digital platforms.

• Build an international network of researchers, educators, and practitioners working toward sustainable development.

Vision

To become a globally recognized Centre of Excellence in Geospatial Technologies, Environmental Modeling, and Climate Research by empowering individuals and institutions with knowledge, technical skills, and innovative solutions for addressing environmental and societal challenges.

Mission