| Hallgató neve | Téma címe | Beadott dolgozat címe | Tanulmányok |
|---|
| Anusha Kundathil | /Artificial intelligence and data mining in spectral mapping of agricultural areas
| | 2022-Aktív |
| Gaiji Moemen | /Remote sensing-based mapping of freshwater stress and scarcity supporting initiatives in North Africa | | 2022-Aktív |
| Hajdú Edina | Különféle távérzékelési módszerek alkalmazása a földtudományi örökségvédelemben/Application of various remote sensing methods in geoheritage protection | | 2023-Aktív |
| Marzieh Bodaghi | / | | 2021-A képzést félbeszakította |
| Md Ariful Alam Qurishi
| /Geospatial-Based Analysis of Informal Settlements in Urban Areas of Bangladesh: Strategies for Upgradation
| | 2024-Aktív |
| Meriem Khelali | / Spectral Data Acquisition and Processing for Rapid Vegetation Mapping | | 2023-Aktív |
| Molják Sándor | /Multitemporális agroökológiai vizsgálatok távérzékelési módszerek segítségével | | 2024-Aktív |
| Hallgató neve | Diplomamunka címe | Záróvizsga éve |
|---|
| Ahmed Hamido | Case Study: Scenarios of Northern Nile Delta Submergence using SRTM and GEBCO Bathymetry | 2023 |
| Ali Borhan Dowajy | Multispectral satellite based urban greeness mapping
| 2022 |
| Beatriz Pereira | Present Perspectives of Remote Sensing Based Soil Moisture Mapping | 2024 |
| Mohamed Dhia Turki | Landslide delineation and classification based on InSAR deformation data
| 2021 |
| Muhammed Ahmed Sayed Abdelaal Hassaan | Satellite Image Based Interactive Web Application for Change Detection Visualization
| 2022 |
| Pietro Laba | Multispectral satellite-based water surface mapping in Nhecolândia, Brazilian Pantanal | 2023 |
| Sara Alejandra Mendoza Urrea | Comparison of the Effect of Atmospheric Correction Methods on Chlorophyll-a Estimation in Fúquene Lagoon
| 2021 |