Photogrammetry Training – Aerial Photogrammetry and Digital Twins
Introduction to photogrammetry and data analysis
Our educational programs provide a comprehensive insight into the use of aerial photogrammetry for data collection and analysis.
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2D analysis
We will show you how to collect high-precision, geocoded photographs with drones using the NADIR method. This method enables precise 2D terrain analysis.
3D analysis
As part of more complex projects, you will learn how to capture images from multiple angles to create 3D models and perform advanced analyses.
Digital twins and flight planning
We will explain the steps for creating digital twins, including flight planning, equipment selection, photo signaling, and georeferencing. These data enable real-time precise mapping and measurement, which is crucial for GIS tool analysis.
Our training services
SkyNomads offers training that covers all aspects of photogrammetry, from data collection to processing into high-quality orthophoto imagery and other useful results. You will learn how to use drones optimally for various applications.
1. Photogrammetry principles – Introduction to the basics and applications of photogrammetry.
2. Drone operation for data collection – Learning methods for precise data collection using drones.
3. Basics of data collection – Collecting data according to photogrammetric standards.
4. Introduction to data processing – Basics of processing collected data for photogrammetric analysis.
1. Advanced data collection – Detailed methods for collecting high-precision data.
2. Quality control – Ensuring high-quality and accuracy of the data.
3. Data processing – Using software tools for advanced data processing.
4. Modeling – Creating 3D models based on collected images.
5. GIS integration – Using data in GIS tools for detailed analysis.
1. Post-incident mapping – Rapid data collection for emergency services.
2. Decision support – Using data for making strategic decisions.
3. Search and rescue operations – Applying photogrammetry in SAR operations.
4. Monitoring changes – Monitoring field changes through periodic imaging.
1. Practical education – Tailoring training to real-world situations.
2. Scenario-based education – Working on real scenarios for specific applications.
1. Practical sessions – Field sessions to apply theoretical knowledge.
2. Expert support – Training under expert guidance.
3. Continuous education – Regular training for continuous knowledge improvement.
4. Customer support – Consulting on specific user challenges.
We ensure that users can utilize drones and collected data for precise and efficient analyses.
