About this class
i.Apply the concepts of Photogrametryand its applications such as determination of heights of objects on terrain.
ii.Understand the basic concept of Remote Sensing and know about different types of satellite
and sensors.
iii.Illustrate Energy interactions with atmosphere and with earth surface features,
Interpretation of satellite and top sheet maps
iv.Understand different components of GIS and Learning about map projection and
coordinate system
v.Develop knowledge on conversion of data from analogue to digital and working with GIS
software.
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Learning Material
Title
Volume
Unit 1: Advanced Hydrological Modeling Techniques
5.89 MB
<p>"Advanced Hydrological Modeling Techniques"</p>
Unit 2: Spatiotemporal Analysis of Watershed Dynamics
5.89 MB
<p>"Spatiotemporal Analysis of Watershed Dynamics"</p>
Unit 3: Integration of LiDAR Data in Hydrological Modeling
5.89 MB
<p>"Integration of LiDAR Data in Hydrological Modeling"</p>
Unit 4: Machine Learning Applications in Flood Prediction
5.89 MB
<p>"Machine Learning Applications in Flood Prediction"</p>
Unit 5: Multi-Sensor Fusion for Water Quality Monitoring
5.89 MB
<p>"Multi-Sensor Fusion for Water Quality Monitoring"</p>
Unit 6: Geostatistical Approaches for Groundwater Assessment
5.89 MB
<p>"Geostatistical Approaches for Groundwater Assessment"</p>
Unit 7: Remote Sensing for Urban Water Infrastructure Management
5.89 MB
<p>"Remote Sensing for Urban Water Infrastructure Management"</p>
Unit 8: Climate Change Impact on Water Resources using GIS and RS
5.89 MB
<p>"Climate Change Impact Assessment on Water Resources using GIS and Remote Sensing"</p>
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