Course Objective

§ Introduce modern systems and recent techniques in the field of surveying, photogrammetry and mapping.

Course content

§ Total Station Systems:

§ Features and function of Total Systems. 

§ Data collectors.

§ Use of Total Station Systems.                 

§ Remotely Controlled Systems

§ Global Positioning Systems design (GPS) :

§ System components.                               

§ Receiver components and design

§ Errors in the GPS.                                    

§ Positioning methods.

§ On-the-fly Ambiguity Resolution.          

§ Planning and data acquisition

§ Data Processing and analysis.                 

§ Various GPS applications.

§ Photogram metric Mapping:

§ Cameras and sensors.                               

§ Geometric analysis of images.

§ Photogram metric Triangulation.              

§ Photogram metric systems.

§ Rectified imagery and photography.

§ GPS Photogrammetry.                             

§ Satellite Photogrammetry.

§ Processing of digital images

§ Automated Photogrammetry.

§ Soft-copy stereo systems.

§ Digital Mapping & Spatial Information Systems.

§ Digital Terrain Models (DTMs) .

§ Computer-Aided Drafting ad Design.

§ Computer-Aided Mapping.

§ Data collection for digital mapping.

§ Data storage and management.

§ Spatial and geographic information systems

Who can benefit?

§ Civil and surveying engineers and qualified technicians

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