Contents :
This course is an introduction to the basic concepts of Geodesy. The course provides a foundation in Geometric Geodesy, Satellite Geodesy as well as Map Projections.

Prerequisites :
None

Topics :

• Geometric Geodesy
  – Introduction
  – Shape of the Earth
  – Geodetic systems
• Satellite Geodesy
  – Introduction
  – Satellites characteristics
• Errors, Theory of least squares, and adjustments of observations
  – Measurements and types of errors
  – Propagation of errors in observations
  – Adjustment of observation
• Introduction to Map Projection
  – Shape of the earth surface
  – Plane coordinates
  – Earth coordinates
  – Map and Projection scale
  – Classification of projections
• Projection on A Plane Surface
• Projection on Conical Surface
• Projection on Cylindrical Surface

Software Covered :
None (theoretical course)

Contents :
This session provides an introduction to photogrammetry where trainees will be exposed to know the concept of photogrammetry and theoretical and mathematical models used to define the relationship between Imagery and the earth’s surface and is considered a prelude to training courses for the production of digital elevation models.

Prerequisites :

Geodesy

Topics :

1. Introduction
2. Interior orientation
3. Exterior orientation
4. Mathematical models
5. Triangulation

Software Covered :
None (theoretical course)

Contents :
This course illustrates the basic concepts of remote sensing and GIS, providing a foundation in image processing and classification, orthorectification, and classification using ERDAS IMAGINE Essential, Advantage and Professional

Prerequisites :
None

Topics:

1. Navigate around the IMAGINE Essentials and IMAGINE Advantage interfaces
2. Import digital data into the IMAGINE Environment
3. Use the IMAGINE Viewer to display imagery, vector files and other data sets
4. Create, edit and integrate Vector Layers
5. Perform spatial and spectral enhancements on multispectral imagery
6. Process multiple files using Batch Wizards
7. Assign geographical coordinates to an image to create geometrically corrected and orthorectified imagery
8. Perform a basic land cover classification using a multispectral image
9. Perform simple raster GIS functions
10. Create print-ready maps with the Map Composer
11. Create basic Spatial Models to manipulate vector and raster datasets
12. Perform GIS analysis with the Spatial Modeler

Contents :
In this intermediate, application-oriented course, students will learn the tools and functionality necessary to complete a desktop mapping project, using LPS. Instructors will explain how to triangulate a block of images, extract elevation data, and create orthorectified imagery. Data sources used include conventional aerial photographic frames and QuickBird imagery from DigitalGlobe.

Prerequisites :
Fundamentals of ERDAS IMAGINE
Photogrammetry

Topics :

1. Understand basic digital photogrammetric theory needed to use LPS
2. Input all necessary data, create and triangulate blocks of imagery
3. Use the Automatic Point Measurement tool to improve triangulation results
4. Extract elevation data to produce a Digital Terrain Model using tools in LPS
5. Display, edit and enhance Digital Elevation Models using standard ERDAS IMAGINE® tools
6. Orthorectify multiple images from a block using elevation data from multiple sources
7. Mosaic several orthorectified images
8. Visualize orthorectified imagery in a standard ERDAS IMAGINE Viewer and use the Image Drape tool to create perspective three-dimensional scenes
9. Setting Preferences for satellite image processing in LPS
10. Creating a blockfile with commercial satellite imagery
11. Internal and External Orientation with or without RPCs
12. Workflow for no GCPs
13. Point cloud

Software Covered :
LPS [Core, Terrain Extraction, Terrain Editor, Orthorectification and Mosaicking]

Contents :
Provides introductions to Stereo Analyst which enables you to create and maintain comprehensive databases of feature data using stereo visualization. Stereo visualization lets you distinguish the features in your imagery faster and more easily, and increases the accuracy of the features that you collect.

Prerequisites :
Fundamentals of ERDAS IMAGINE

Topics :

1. Principles of Stereo Viewing
2. Stereo Models and Parallax
3. Scaling, Translation, and Rotation
4. 3D Floating Cursor and Feature Collection
5. Measuring 3D Information
6. Collecting and Editing 3D GIS Data
7. Texturizing 3D Models
8. Feature Projects and Classes

Contents :
This one day training is designed to become better acquainted with the 3D View and IMAGINE VirtualGIS capabilities within the new Ribbon Interface. The training is led by an instructor, but students will have the freedom to create their own personalized worlds, ask questions, and learn shortcuts, tips and tricks in the 3D View.

Prerequisites :
Fundamentals of ERDAS IMAGINE
LPS (preferred but not mandatory)

Topics :

1. Use elevation models, raster overlays, vector data, and other GIS layers to create a customized 3D world
2. Master navigation modes for smooth and easy visualization
3. Import models and model coverage’s in various
4. Create an animated fly-through using models and camera mode
5. Record movies to share with others

Contents :
The training will be on real data for an area around Cairo Airport, the pilot project will include WorldView-2 stereo satellite images (Resolution: 50 cm, dated May 2009). Twenty Ground control points will be used to make the bundle block adjustment and a high resolution Digital Elevation Model will be generated.

Prerequisites :
Fundamentals of ERDAS IMAGINE
LPS

Topics :

1. Build bundle block model from stereo satellite images
2. Automatic Digital Elevation Model Extraction
3. Generating Orthorectified satellite image using the generated DEM
4. Generate 3D buildings (Building Heights)