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Savitribai Phule Pune University, Maharashtra (SPPU), Civil Engineering Semester 6, Remote Sensing and GIS Syllabus
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Unit - 1 Remote Sensing
Unit 1
Remote Sensing
1.1 Definition and scope history and development of remote sensing technology electromagnetic radiation EMR and electromagnetic spectrum
1.2 EMR interaction with atmosphere and earth surface atmospheric window
1.3 RS platforms elements of remote sensing for visual interpretation viz. Tone shape size pattern texture shadow and association applications in civil engineeringtown planning
Unit 1
Remote Sensing
1.1 Definition and scope history and development of remote sensing technology electromagnetic radiation EMR and electromagnetic spectrum
Remote Sensing
Unit 1
Remote Sensing
1.1 Definition and scope history and development of remote sensing technology electromagnetic radiation EMR and electromagnetic spectrum
1.2 EMR interaction with atmosphere and earth surface atmospheric window
1.3 RS platforms elements of remote sensing for visual interpretation viz. Tone shape size pattern texture shadow and association applications in civil engineeringtown planning
Unit 1
Remote Sensing
1.1 Definition and scope history and development of remote sensing technology electromagnetic radiation EMR and electromagnetic spectrum
1.2 EMR interaction with atmosphere and earth surface atmospheric window
1.3 RS platforms elements of remote sensing for visual interpretation viz. Tone shape size pattern texture shadow and association applications in civil engineeringtown planning
Unit - 2 Remote Sensing Satellites and Sensor Characteristics
Unit 2
Remote Sensing Satellites and Sensor Characteristics
2.1 Types and their characteristics types of sensors orbital and sensor characteristics of major earth resource satellites
2.2 Indian remote sensing satellite programs introduction to various opensource satellite data portals global satellite programs sensor classification applications of sensor
2.3 Concept of Swath Nadir resolutions digital image
2.4 Introduction to spatial resolution spectral resolution radiometric resolution and temporal resolution visual image interpretation
Unit 2
Remote Sensing Satellites and Sensor Characteristics
2.1 Types and their characteristics types of sensors orbital and sensor characteristics of major earth resource satellites
2.2 Indian remote sensing satellite programs introduction to various opensource satellite data portals global satellite programs sensor classification applications of sensor
2.3 Concept of Swath Nadir resolutions digital image
Unit 2
Remote Sensing Satellites and Sensor Characteristics
2.1 Types and their characteristics types of sensors orbital and sensor characteristics of major earth resource satellites
2.2 Indian remote sensing satellite programs introduction to various opensource satellite data portals global satellite programs sensor classification applications of sensor
2.3 Concept of Swath Nadir resolutions digital image
Unit 2
Remote Sensing Satellites and Sensor Characteristics
2.1 Types and their characteristics types of sensors orbital and sensor characteristics of major earth resource satellites
2.2 Indian remote sensing satellite programs introduction to various opensource satellite data portals global satellite programs sensor classification applications of sensor
2.3 Concept of Swath Nadir resolutions digital image
2.4 Introduction to spatial resolution spectral resolution radiometric resolution and temporal resolution visual image interpretation
Unit - 3 GPS and GNSS
Unit 3
GPS and GNSS
3.1 Introduction to GNSS and Types IRNSS GPS GPS components differential GPS types of GPS tracking application of GNSS in surveying mapping and navigation
Unit 3
GPS and GNSS
3.1 Introduction to GNSS and Types IRNSS GPS GPS components differential GPS types of GPS tracking application of GNSS in surveying mapping and navigation
Unit 3
GPS and GNSS
3.1 Introduction to GNSS and Types IRNSS GPS GPS components differential GPS types of GPS tracking application of GNSS in surveying mapping and navigation
Unit - 4 Image Processing and Analysis
Unit 4
Image Processing and Analysis
4.1 Digital image visual image interpretation image interpretation keys
4.2 Concept of spectral signatures curve digital image processing preprocessing and post processing image registration image enhancement image transformations digital image classification supervised unsupervised
4.3 Digital elevation model DEM and its derivatives triangular irregular network model TIN and other models their applications
Unit - 5 Fundamentals of GIS
Unit 5
Fundamentals of GIS
5.1 Geographic information system definition spatial and nonspatial data data inputs data storage and retrieval data transformation
5.2 Introduction to cloud computing types applications data reporting advantages of GIS essential elements of GIS hardware software GIS data types thematic layers and layer combinations difference between drafting software’s and GIS
5.3 Fundamentals of cartography and map design applications of RS and GIS in civil engineering hydrogeology engineering geology surveying and mapping
Unit 5
Fundamentals of GIS
5.1 Geographic information system definition spatial and nonspatial data data inputs data storage and retrieval data transformation
5.2 Introduction to cloud computing types applications data reporting advantages of GIS essential elements of GIS hardware software GIS data types thematic layers and layer combinations difference between drafting software’s and GIS
5.3 Fundamentals of cartography and map design applications of RS and GIS in civil engineering hydrogeology engineering geology surveying and mapping
Unit 5
Fundamentals of GIS
5.1 Geographic information system definition spatial and nonspatial data data inputs data storage and retrieval data transformation
5.2 Introduction to cloud computing types applications data reporting advantages of GIS essential elements of GIS hardware software GIS data types thematic layers and layer combinations difference between drafting software’s and GIS
5.3 Fundamentals of cartography and map design applications of RS and GIS in civil engineering hydrogeology engineering geology surveying and mapping
Unit - 6 GIS Data and Applications
Unit 6
GIS Data and Applications
6.1 GIS data types and data representation data acquisition georeferencing of data projection systems raster and vector data raster to vector conversion attribute data models and its types remote sensing data in GIS GIS database and database management system
6.2 Case studies demarcation of dam catchment and command area
6.3 Application in reservoir sediment analysis application in land measurement work for land record department applications of land use and land cover pattern application in urban planning applications in irrigation planning and scheduling application in smart cities planning and development
Unit 6
GIS Data and Applications
6.1 GIS data types and data representation data acquisition georeferencing of data projection systems raster and vector data raster to vector conversion attribute data models and its types remote sensing data in GIS GIS database and database management system
Unit 6
GIS Data and Applications
6.1 GIS data types and data representation data acquisition georeferencing of data projection systems raster and vector data raster to vector conversion attribute data models and its types remote sensing data in GIS GIS database and database management system
Unit 6
GIS Data and Applications
6.1 GIS data types and data representation data acquisition georeferencing of data projection systems raster and vector data raster to vector conversion attribute data models and its types remote sensing data in GIS GIS database and database management system
6.2 Case studies demarcation of dam catchment and command area
6.3 Application in reservoir sediment analysis application in land measurement work for land record department applications of land use and land cover pattern application in urban planning applications in irrigation planning and scheduling application in smart cities planning and development
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