GIS & Remote
Sensing Training.

• GIS concepts, applications, and spatial data types
• Vector and raster datasets, GIS file formats, and geodatabases
• Coordinate reference systems (CRS) and map projections
• ArcMap interface, Catalog, folder connections, and data management
• Adding, organizing, and visualizing spatial datasets
• Attribute tables, attribute queries, and field calculations

Put it into practiceCreate a GIS project, organize spatial datasets, and explore geographic information using ArcMap.

• Introduction to geoprocessing tools and their applications
• Buffer analysis for proximity zones
• Clip spatial data to a defined study area
• Intersect and Union for spatial overlay analysis
• Merge and Dissolve to integrate and simplify spatial datasets
• Spatial selection, attribute queries, and geographic feature extraction
• Apply geoprocessing tools to spatial planning problems

Put it into practicePerform proximity and overlay analysis using road networks, settlements, and administrative boundary datasets.

• Remote sensing fundamentals and applications
• Combine raster datasets with Mosaic
• Extract raster data with Extract by Mask
• Digital Elevation Models (DEM) and their practical applications
• Generate slope maps from DEM data

Put it into practiceProcess DEM datasets, generate slope maps, and prepare raster layers for spatial analysis.

• Map layouts, page setup, and data frame configuration
• Coordinate grids and grid systems
• Scale bars, north arrows, and legends
• Export maps in different formats
• Develop professional study area maps with cartographic elements

Put it into practicePrepare a professional study area map for academic research, technical reports, and project presentations.

• GIS-based site suitability analysis and its applications
• Select criteria for road accessibility, settlement proximity, and terrain
• Prepare and process vector and raster datasets
• Reclassify raster layers using suitability criteria
• Apply weighted overlay for multi-criteria spatial analysis
• Identify suitable locations and interpret the final suitability map
• Present findings, join technical discussions, and receive facilitator feedback

Put it into practiceComplete a GIS-based suitability analysis, prepare a final map, and present findings for evaluation and technical feedback.