Geoinformatics laboratory

INTRODUCTION TO THE LABORATORY

Our laboratory serves as the venue for practical sessions and projects in Geodesy and Geoinformatics, where our students gain proficiency in the use of surveying instruments and the processing of spatial data. Alongside teaching, we are involved in the collection and processing of spatial data required for departmental and faculty research, for which state-of-the-art instruments and equipment are available.

Contact

Services

1. Horizontal and vertical detailed surveying

2. Production of base maps for planning purposes

3. Drawing up implementation maps

4. Carrying out the assigned tasks

5. High-precision measurement of motion, displacements and deformations

6. GNSS-based positioning and field data collection

7. 3D laser scanning, point cloud generation and processing

8. Three-dimensional digital documentation of buildings, works of art and infrastructure elements

9. Processing and analysis of geodetic and geospatial data

10. Support for spatial data collection and measurement tasks relating to research projects

Main Instruments
Precision Level
Description: High-precision elevation difference measurements and geodetic leveling tasks.
Robotic Total Station
GNSS Receiver
Description: Centimeter-accuracy positioning and field data collection.
GNSS Receiver
3D Laser Scanner
Description: Generation of high-precision 3D point clouds and digital modeling of spatial objects.
3D Laser Scanner
Total Station (Manual)
Description: Horizontal and vertical detail surveying, layout setting-out, and deformation monitoring tasks.
Total Station (Manual)
Robotic Total Station
Description: Horizontal and vertical detail surveying, layout setting-out, and deformation monitoring tasks.