

Course Content
1. INTRODUCTION TO THE PHOTOGRAMMETRIC PROCESS
OBJECTIVE to understand the basic principles of applied photogrammetry.
CONTENT
- General Metashape structure
- Pre-processing configuration
- Strategies for aerial triangulation
2. INDIRECT REFERENCING
OBJECTIVE to apply control points in the photogrammetric process with the aim of determining the intrinsic parameters of the camera.
CONTENT
- General theory of aerial triangulation
- Intrinsic camera parameters
- Extrinsic camera parameters
- Coordinate system definition
- Photo import
- Photo alignment (aerial triangulation)
- Definition and photo-identification of control points
- Camera optimization
- Export of calibration file
3. DIRECT REFERENCING
OBJECTIVE to apply camera pose determination, either complete or incomplete, in a photogrammetric process.
CONTENT
- Coordinate system definition
- Photo import
- Camera pose import
- Camera calibration import
- Photo alignment (aerial triangulation)
4. OBTAINING PHOTOGRAMMETRIC PRODUCTS
OBJECTIVE to obtain orthophotos and point clouds.
CONTENT
- Dense reconstruction (point cloud generation)
- Point cloud classification
- Surface reconstruction for projection
- Orthophoto generation
- Delimitation of the area of interest
- Export to a variety of formats
INSTRUCTOR
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GEOMENSURATION EXECUTION ENGINEER
APPLICATION ENGINEER | UNMANNED AERIAL SYSTEMS GEOCOM
Minimum requirements to participate
Computer with the following specifications:
- RAM: 16 GB (or higher)
- Hard drive with minimum 30 GB free space
- Dedicated graphics card 1 GB (or higher)
- Windows 7 operating system (or higher)
$178.500
Av. Salvador 1105, Providencia

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GEOCOM Course | Calculation and Adjustment of Geodetic Networks in TBC