Certificate Course On:
Advance of GIS and Remote Sensing”
🕒 Duration: 3 Month
👥 Batch Size: 10 Students per Batch
🎯 Training Format: 1-on-1 Personalized Sessions
💻 Mode: Online/Offline Batch
Become an expert in GIS and Remote Sensing with our comprehensive Master Training Program, designed to equip you with advanced knowledge and practical skills in geospatial technology. This intensive course covers key areas such as spatial data analysis, satellite image processing, geospatial mapping, and the use of industry-standard GIS software. You’ll learn how to apply remote sensing techniques across various sectors, including urban planning, environmental management, disaster monitoring, and agriculture.
Through hands-on projects and real-world case studies, the program ensures you gain practical, job-ready expertise to thrive in the geospatial industry. Master GIS, unlock new career opportunities, and position yourself at the forefront of geospatial innovation.
What is GIS?Applications of GIS in several fieldsHistory of GISComponents of GISCoordinate system and projectionsData formats and typesIntroduction of GeoreferencingImportance of GeoreferencingGCP Points and it’s importanceRectificationGeneral introduction of ArcMap 10.8 & installation guideQGIS and Installation guideArcgis pro and installation guideIntroduction of CAD DrawingGeoreferencing of CAD data in ArcGIS ProIntroduction of DigitizationShapefile and it’s importanceDigitization using Points, lines and polygons featuresEditing toolsAttribute table creationHow to crate geodatabaseFeature datasetFeature classSchema of geodatabaseHow to store data in databaseGeneral IntroductionUnsupervised ClassificationSupervised ClassificationCreating of signature FileLand Use & Land Cover MapGeneral IntroductionDigital Elevation Model (DEM)Slope MapHill shadeContouringTerrain Profile and cross section creationViewshed AnalysisIntroductionUnsupervised Image classificationSupervised Image classificationCreation of Signature fileIntroduction to GEESign up for GEEExplore datasets in GEEGEE explore for satellite data analysisRead in Display Single Band Raster DataRead in Display Multi Band Raster DataStart with image CollectionsVisualize vector DataUpload ShapefilesClipping a Raster Using a FeatureRaster to Vector conversionVector to Raster ConversionExport Raster DataExport Data in CSV FormatIntroduction of PythonPython development environmentVariables, data typesStatementsArcpy script and basic ObjectsFeature counting with ArcpyFeature Selection with arcpyAdd layer with arcpyExporting Map JPEG/PDF with ArcpyGIS analysis with ArcpyHow to make a LayoutTitle, North arrow, Scaling, LegendsCoordinates representation in map layoutsExport in JPEG, PDF or .tiff formatsIntroductionNew RouteNew Service AreaNew Closest FacilityNew OD Cost MatrixNew Location–AllocationHow to Make LayoutNorth ArrowScaleLegendGriddingExport as JPEG, PDFChoropleth MapDot density mapHeat MapBuffer Zone CreationSpatial JoinInterpolationHotspot AnalysisIntersectNear AnalysisRater to VectorVector to RasterCoordinate system conversionConvert into kml, kmzConvert into excelExcel to VectorTerrain visualization3D modelling3d view of BuildingsIntroductionWhat is watershed?Types of watershedFlow DirectionFlow AccumulationCreation of watershedMorphometric AnalysisGroundwater potential Zone MappingFlood Risk Zone MappingChange DetectionLand surface TemperatureSoil and rainfall mappingNDVI (For Crop health analysis)NDWI (For water resources)NDBI (For Built-up Index)Create Buffer around feature CollectionCreate a categorical DEM MapTopographic Products from Elevation DataCreate a Landsat CompositeUnsupervised ClassificationSupervised ClassificationApplication: Delineation of forest loss using GEE