Technical data collection and photogrammetric products
Drone Mapping, Photogrammetry and Topography
Learn how to convert a flight plan into a technically consistent dataset and products aligned with the project objective.
Check dates and availabilityWho it is for
- ✓Engineers, surveyors, geomatics professionals and architects
- ✓Professionals in geotechnology, environment, construction and agribusiness
- ✓Drone pilots who need to start or improve automated missions
What you can doOrthomosaics and surface models Point clouds and textured 3D models Contours, volumes and progress monitoring Documentation of land, sites and developments
Program
Content designed for the selected training time
8-hour program
- 01Project objectives and photogrammetry fundamentals
- 02Mission planning, GSD, altitude and image overlap
- 03Camera settings, speed, lighting and field conditions
- 04Safe execution, coverage, redundancy and in-field verification
- 05File organization and initial image quality control
- 06Introduction to orthomosaic, DSM, point cloud and 3D model
16-hour program
- 01All content from the 8-hour program
- 02Coordinate systems, georeferencing and control points
- 03RTK, PPK and GCP methods, use cases and limitations
- 04Photogrammetric processing and reconstruction parameters
- 05Orthomosaic, DSM, DTM, contours, volumes and 3D products
- 06Accuracy checks, quality reporting and delivery formats
- 07Introductory integration with QGIS and product analysis
- 08Case study and complete project planning exercise
Expected outcomesDefine mission parameters according to area, resolution and deliverable Assess overlap, altitude, GSD, light, wind and coverage Organize field data collection and quality control Understand processing, accuracy, limitations and delivery formats
Specialized planning
Ask about this specializationChoose 8 or 16 hours based on your experience, equipment and learning goal.
Share your objective. XDRONES recommends the eight- or sixteen-hour format and the most appropriate technical scope.
