Otros Courses | Online course of drone pilot in photogrammetry and topography
Location
Panama City
Published
06/06/2024
New or Used
New
Details
He works as a professional drone pilot in photogrammetry and topography and tomato with the best European expert pilots.
You will get the knowledge necessary to perform photogramme measurements with drones and learn to process the data obtained with the most outstanding professional softwares: DIJI GS Pro, Photo Scan, Pix4D Mapper, Pix4D Capture and Pix4D Cloud.
The theoretical part of the professional course of drones in photogrammetry and topography consists of a live online training of 10 hours. Through the Aerocamaras online platform you can study from any location and you will have access to all the theoretical content and materials necessary to learn everything you need in photogrammetry and topography with drones. During theoretical training, the following concepts will be studied.
1. RPAS and sensors:
- Classification of aircraft piloted by remote control.
- Drones for photogrammetry and topography.
- Types of sensors.
2. Study of the following concepts:
- Topography concepts:
Level curves.
* Quotes.
Topographic elevations.
Planimetric lifting.
Altimetric lifting.
* MDT
- Types:
* Airline.
* Terrestrial.
Long range.
- Photogrammetry and RPAS:
* Photogrametric applications.
* Photogrammetry for topographic use.
3. Air regulations:
- Current regulations.
- Request for permissions.
The practical part of the course will be to perform practical cases that will be supervised by the instructor to apply the learned theory and check its correct application actual assumptions.
Practical cases and generation of deliverables:
- Introduction to tools available for the generation of digital and orthomosaic models.
- Introduction of data provided by support points for correct georeference of the products generated in a global reference system.
- Parameterization, configuration and calibration of the camera to be used for photogrammetry data.
* Solapes to use according to the element to model.
* Optimal GSD calculation.
Optimal flight altitude choice.
- Volumetric three-dimensional study.
- Obtaining a report that will define the characteristics of the models obtained.
- Recognition of possible errors and improvement of the technique used in order to minimize them.
Guarantee of 15 days
Certificate of completion
5 classes and 10 hours of original content
You will get the knowledge necessary to perform photogramme measurements with drones and learn to process the data obtained with the most outstanding professional softwares: DIJI GS Pro, Photo Scan, Pix4D Mapper, Pix4D Capture and Pix4D Cloud.
The theoretical part of the professional course of drones in photogrammetry and topography consists of a live online training of 10 hours. Through the Aerocamaras online platform you can study from any location and you will have access to all the theoretical content and materials necessary to learn everything you need in photogrammetry and topography with drones. During theoretical training, the following concepts will be studied.
1. RPAS and sensors:
- Classification of aircraft piloted by remote control.
- Drones for photogrammetry and topography.
- Types of sensors.
2. Study of the following concepts:
- Topography concepts:
Level curves.
* Quotes.
Topographic elevations.
Planimetric lifting.
Altimetric lifting.
* MDT
- Types:
* Airline.
* Terrestrial.
Long range.
- Photogrammetry and RPAS:
* Photogrametric applications.
* Photogrammetry for topographic use.
3. Air regulations:
- Current regulations.
- Request for permissions.
The practical part of the course will be to perform practical cases that will be supervised by the instructor to apply the learned theory and check its correct application actual assumptions.
Practical cases and generation of deliverables:
- Introduction to tools available for the generation of digital and orthomosaic models.
- Introduction of data provided by support points for correct georeference of the products generated in a global reference system.
- Parameterization, configuration and calibration of the camera to be used for photogrammetry data.
* Solapes to use according to the element to model.
* Optimal GSD calculation.
Optimal flight altitude choice.
- Volumetric three-dimensional study.
- Obtaining a report that will define the characteristics of the models obtained.
- Recognition of possible errors and improvement of the technique used in order to minimize them.
Guarantee of 15 days
Certificate of completion
5 classes and 10 hours of original content