Master Theses

Each year, the EOSystM Lab hosts master's students who actively contribute to ongoing research through collaborative projects and original investigations. Below is a list of recent master’s theses completed at EOSystM:

• Quentin Van Den Spiege (Master in Geomatics-Faculty of Sciences)—Research project: Implementation of Random Volume over Ground (RVoG) Model Inversion for Forest Height Estimation Applied to SAOCOM Data. A Case Study in Tunalito and Bell Ville, Argentina (2022).
• Alice Baudhuin (Master in Space Sciences-Faculty of Sciences)—Research project: Deep Learning in ArcGIS Pro using Lidar data for automatic detection of archaeological structures (2023).
• Céline Petit (Master in Geomatics-Faculty of Sciences)—Research project: Use of UAS-based LiDAR and multispectral data for estimating vegetation parameters (2023).
• Florence Micelli (Master in Geomatics-Faculty of Sciences)—Research project: Geometric Corrections of PRISMA Hyperspectral Satellite Images for Forest Ecosystem Monitoring (2023).
• Cadwal Borremans (Master in Geomatics-Faculty of Sciences)—Research project: Tree Inventory Identification from UAV-mounted LiDAR Point Cloud Using Deep Learning: Application of VoteNet from Torch Points3D for 3D object detection purposes (2024).
• Augustin Martinet (Master in Geomatics-Faculty of Sciences)—Research project: Assessing building damage after a seismic event using unsupervised change detection with Sentinel-1 imagery (2025).
• Adèle Hanin (Master in Global Change-Faculty of Sciences)—Research project: Modélisation des dommages structurels et analyse de facteurs de risque sismique lors des séismes de février 2023 dans le sud de la Turquie (2025).
• Charlotte Gilon (Master in Global Change-Faculty of Sciences)—Research project: Suivi spatio-temporel de l’activité du castor et de ses impacts éco-hydrologiques sur deux sites situés sur la Chavanne (Belgique) par imagerie drone et mesures hydrométriques (2025).
• Tim Brams (Master in Environmental Sciences-Faculty of Sciences-UAntwerp)—Research project: Similarity analysis of sun-induced fluorescence over tropical forests with in-situ and spaceborne data (2026).
• Sami Boisbourdin (Master in Aerospace Engineering-Faculty of Applied Sciences)—Research project: Active layer depth characterization using UAV-based hyperspectral remote sensing (2026).