Advanced Geomatics Engineering

Overview

ABOUT THE COURSE:Geomatics is one of the important tools that can help us to map and monitor the changes in the infrastructure, resources and environment on Earth. It is a multidisciplinary technology which involves the use of cartography, photogrammetry, Global Positioning System (GPS), remote sensing, Unmanned Aerial Vehicles (UAVs), Geographic Information System (GIS), geovisualization, spatial statistics, geostatistics, and other advanced tools & techniques. With the advancements in very high spatial resolution satellite images, GIS, LiDAR, UAV/Drones and other associated technologies in the recent years, applications of geospatial technology have increased in civil engg, natural resources management, disaster management, environment, geology, soil, forestry, agriculture, water management, urban, infrastructure development, smart city, 3D mapping, etc. The course contents will provide insight to understand the various tools for collection of geospatial data and emerging need of geospatial technology.PREREQUISITES:Yes basic knowledge of Surveying is essentialINDUSTRY SUPPORT:National Remote Sensing, Centre, DRDO, Ministry of Water Resources, Ministry of Agriculture, Rural Department, Telecom companies, Power sectors, Road sectors etc.

Syllabus

1. Introduction: Introduction of Geomatics Engineering and its various applications 2. Photogrammetry: aerial and terrestrial, types and geometry of aerial photograph, scale and flying height, relief (elevation) displacement, parallax, stereo-pair and stereovision, stereoscopes, 3D mapping, DEM, DSM & DTM, height determination, digital photogrammetry, photogrammetric mapping, applications of photogrammetry. 3. Remote Sensing: Basic/ Ideal remote sensing, interaction mechanism with atmospheric and earth surface, atmospheric windows, multi concept of remote sensing, spectral signatures, various platforms and sensors, various remote sensing data products, optical, thermal, microwave and hyperspectral images, visual data interpretation 4. GPS surveying: Principles and methods, applications, DGPS, error in observations and corrections. 5. UAV: Introduction, components, data collection, data types, data analysis software, applications in civil engineering 6. LiDAR: Basic principles, terrestrial and airborne LiDAR, data collection techniques, point cloud generation, analysis of data, 3D mapping. 7. Digital Image Processing: Digital image, introduction to digital image processing, preprocessing, enhancement, transformation, indies, image classification for mapping, accuracy assessment. 8. GIS: Introduction of geographic information system, vector and raster data, database creation, parameterization from DEM, buffering and overlay analysis, spatial analysis in GIS, applications. 9. Applications: Applications of Geomatics Engineering tools in various engineering projects.