Geoinformatics Laboratory
| Head of laboratory: | Hegyi Pál |
| Phone: | +36-96-503-400 extension: 3119 |
| Mobile: | - |
| E-mail: | hegyip##kukac##sze.hu |
| Website: | https://kep.sze.hu/laborok/geoinformatika-laboratorium |
| Address: | 9026 Győr, Egyetem tér 1., L4/1. |
INTRODUCTION OF THE LABORATORY
The main profile of the Geoinformatics Laboratory is geodetic and GIS activities related to research in the field of transport infrastructure and traffic safety. We are using GIS data collection and high-precision geodetic measurements with modern instruments and tools.
INTRODUCTION OF TESTS
| Name of the test | The standard on which the test is based | Accredited test Y/N | Short description |
|---|---|---|---|
| Horizontal and vertical detail measurement | M.2. Engineering geodesy design aid | Y | Coordinate determination (to 1-2 cm accuracy). |
| Mapping | M.2. Engineering geodesy design aid | Y | Vector stock, EOV projection system, elements grouped by layers. |
| Detail measurement by digital photogrammetry | M.2. Engineering geodesy design aid | Y | Production of orthophoto and surface models and coordinate mapping of feature entities (to an accuracy of 10-40 cm). |
| Status quo mapping | M.2. Engineering geodesy design aid | y | Realisation of a site plan. |
| Movement tests, displacements and deformations | M.2. Engineering geodesy design aid | Y | Changes in position, deformation or deformations of installations or parts of the terrain in relation to their surroundings are movements of parts of installations in relation to other parts. |
| Land surveying for land registration purposes | AM Decree 8/2018 (29.VI.) | Y | Building survey, preparation of change sketches, land conversion. |
If you have not found the right test or you would like to request a customised test, please contact us!
Hegyi Pál
E-mail: hegyip@sze.hu
Phone: +36-96-503-400 extension: 3119
INTRODUCTION OF THE EQUIPMENTS
| Name of the equipment | Parameters, test range | Inquiries/tests |
|---|---|---|
| Leica HDS6200 laser scanner | - range: 80 m At a distance of 10 metres: - 2 mm point density - 5 mm accuracy |
Dense point cloud creation. |
| Leica 1201 calibrated robot measuring station | - angle measurement: 1" - distance measurement: up to 3000 m, accuracy 2mm+2ppm |
Survey, pinpointing. |
| Leica GS10 and GS15 geodetic GPS receiver | - accuracy: 1-3 cm | Determination of coordinates. |
| Leica DNA03 calibrated top-end digital level | - accuracy: 0,3 mm - range: 110 m |
Determining height differences. |
| Phatom 3 Standard drone | - camera: 12 megapixels - weight: 1.216 kg |
Orthophoto, surface model and point cloud production. |
OTHER PROFESSIONAL COMPETENCIES/DEVELOPMENTS
| Geodetic qualifications: GD-T, Real Estate Surveyor certification, MMK and MFTTT membership. |
COLLEAGUES
| Name | Position | Scope of duties, main activities |
|---|---|---|
| Hegyi Pál | Head of laboratory | Running the laboratory, practical training, R&D activities. |
| Magyari Zsófia | laboratory engineer, instructor | Practical training, R&D activities. |
REFERENCES
| 2016 - winery laser scan survey (Mór) 2015, 2019 - geodetic measurements as part of bridge surveys 2019 - Győr, test load of pedestrian bridge over M19 motorway (Győrszentiván) 2019 - design base map for stormwater drainage (Szárliget) 2019 - Gólyarét street design base map (Győrszentiván) |
