GIS and Remote Sensing Department
GIS and Remote Sensing Department (GRD) is a sophisticated wing of EQMS Consulting Limited. Strong professionalism and diverse experience in applied Geoinformatics and Remote Sensing blended with youthful and dynamic team makes this department one of the most excellent in the country. This department has successfully completed a large number of significant projects, and many domestic and foreign clients highly value its professionalism. GRD has extensive knowledge and expertise applying GIS and RS technology across a wide range of industries. Spatiotemporal analysis of environmental and social components, database administration, mapping, and geophysical surveys are just a few of the areas in which GRD excels.
Geographic Information System
• Site Suitability Analysis • GPS Survey and Mapping • Network/Route Survey • Topographic Survey and Mapping • Cadastral Survey and Mapping • Spatial Data Analysis • Pattern and Trend Analysis Through Spatial Mapping • Environmental Sensitivity Assessment Mapping • Land Use Land Cover Mapping • Mapping for Environmental Impact Assessment • Mapping for Resettlement Action Plan • Scanning of Hardcopy Maps • Digitization Using Appropriate Coordinate System • Geo-referencing the Individual Maps • Digitization of Land Records • Digital Elevation Models (2D & 3D) • Flood/Inundation Risk Assessment and Mapping • Incident Mapping • Erosion & Accretion Prediction and Mapping • Network Analysis • Watershed Analysis • Spatial Modeling • Interpretation and Processing Aerial Photographs
Remote Sensing
• Satellite Image Classification • Image Correction, Triangulation • Image Enhancement/Sharpening • Satellite/Drone Image Processing • Land Use Change Detection services • Analysis and Compare of Data • Erosion and Accretion Mapping • Flood Inundation Mapping • Forest Cover Mapping • Automation of RS Tasks & Processing Chain • Atmospheric Correction and Masking • Land Use and Land Cover • Image Index Creation and Application • DEMs and Associate Products • Feature Extraction and Mapping
