Course Outline
Introduction to Pix4D Matic and Pix4D Survey
- Photogrammetry workflows in civil and geological settings
- Strategic project planning and data prerequisites
- Navigating the interface and distinguishing features between Matic and Survey
Data Import and Image Pre-processing
- Ingesting drone imagery and defining coordinate systems
- Assessing initial image quality and refining datasets
- Establishing control points, including GCPs and checkpoints
Creating 2D and 3D Outputs in Pix4D Matic
- Photogrammetric calibration and densifying point clouds
- Generating orthomosaics and textured 3D models
- Developing digital surface and terrain models
Geospatial Analysis in Pix4D Survey
- Integrating point clouds from Pix4D Matic
- Cleaning and classifying data for geological or civil evaluation
- Manual and automated feature vectorization
Contour Lines and Volume Calculations
- Creation and refinement of contour lines
- Computing cut and fill volumes
- Applications in erosion studies, site grading, and excavation planning
Exporting Results and Collaboration
- Exporting orthophotos, DTMs, and vector layers
- Integration with CAD, GIS, and BIM platforms
- Compiling project documentation and presentations
Practical Project and Troubleshooting
- End-to-end project execution using actual geospatial data
- Addressing common errors and validating data integrity
- Best practices tailored for intermediate users
Summary and Next Steps
Requirements
- Foundational knowledge of geospatial data concepts
- Prior exposure to aerial or drone imagery workflows
- Basic comprehension of civil or geological site assessment
Target Audience
- Geologists
- Civil Engineers
- Surveying and geospatial specialists
Testimonials (3)
Learning that the QGIS and a tool that can used by other different professionals such land survey
Bame Duncan Koko - Bentel Technologies (Pty) Ltd
Course - QGIS for Geographic Information System
How to use open satellites data for real applications
Tshering Dorji - Druk Holding and Investments
Course - Advanced Geographic Information Systems (GIS)
Hands-on examples allowed us to get an actual feel for how the program works. Good explanations and integration of theoretical concepts and how they relate to practical applications.
