Drone Photogrammetry and Topography Course
The Drone Photogrammetry and Topography Course at UMILES University is designed for those seeking to enter the field of drone-assisted surveying. This 40-hour course combines theoretical knowledge with practical training, covering essential areas such as remote sensing, photogrammetry, and thermal and multispectral imaging. Students will learn to model 3D land surfaces, generate plans, and perform accurate measurements to determine lengths, areas, and volumes. As a Certified Drone Pilot Course recognized by AESA, it encompasses a comprehensive curriculum taught by experienced professionals, ensuring participants gain the competencies needed to operate successfully as certified drone pilots. The training does not require participants to own their own drone equipment, as all necessary tools for learning are provided on-site at UMILES University's Madrid location. Graduates of this course will acquire the skills and certification required to excel in a growing industry.
Duration
This drone topography, photogrammetry and remote sensing course lasts for 40 hours, with classes spread over 2 weeks.
Goals
On successfully completing the course, students must be able to take aerial measurements using drones, obtain areas, volumes, and surfaces, reflect the information on plans, and model 3D terrains.
The course structure has been segmented into a theoretical stage and a practical stage:
Theoretical module
The theoretical part of the course covers all necessary knowledge for students to obtain professional skills in the field of photogrammetry, remote sensing, and thermal imaging, so that they are able to work as a professional in:
- Mapping.
- Photogrammetry.
- Geodesy.
- Use of software for data processing, and the generation of plans and 3D models.
Practical module
During this stage, students must demonstrate the skills acquired in the theoretical part, and put the knowledge into practice in order to obtain the necessary skills to work as a professional.
- Photogrammetric flight planning.
- Topographic surveys with a drone.
- Generation of 3D models using photogrammetry.