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Research Assistant (with B. Saint-Bézar, A. Benedicto, and B. Brigaud)

GEOPS - Géosciences Paris-Saclay

Developed a 3D geostatistical model of radioactivity distribution from in-situ surface measurements. Designed a workflow to extrapolate surface data in depth and implemented 3D kriging interpolation to construct continuous volumetric models.

Research Assistant (with G. Delpech and J.D. Moreau)

GEOPS - Géosciences Paris-Saclay

3D photogrammetric modeling of rock samples and development of a database for storage. Conducted petrographic analyses of sedimentary, volcanic, and metamorphic rocks.

Research Assistant (with F. Schmidt and L. Martinez)

GEOPS - Géosciences Paris-Saclay

Validated a crater-counting model on the Moon using AI. Adapted an existing Faster R-CNN pipeline for automatic recognition of lunar impact craters. Wrote a report in English and gained initial research experience.

Master’s Degree

Institut de Physique du Globe de Paris (IPGP)

Geology

• Volcanic, tectonic, and geophysical field studies in the Limagne Rift and Chaîne des Puys region.
• Volcanological study of the Puy de Sancy, Mont-Dore Massif, and Cantal stratovolcano.

Bachelor’s Degree

Université Paris-Saclay

Earth & Universe Sciences

• Major in Python Modeling (19/20), Programming (19.5/20), English (19/20), Quantitative Methods in Geosciences (16.8/20).
• Sedimentary petrography assisted by A.I. (TISA) — 19.75/20.
• Impact crater modeling using Python and SageMath (EasyCraterSim).
• Field courses in Cantal (Magmatism), Morvan (Geophysics, Hydrogeology), Cotentin (Magmatism, Metamorphism), and the Alps (Tectonics, Geomorphology).
• President of AGUPS (Geology Student Association).
• VigieCiel Instructor with the Muséum National d’Histoire Naturelle (MNHN).
• VigieCratère project: validating terrestrial impact structures.

Preparatory Class

EPITA — École Pour l’Informatique et les Technologies Avancées

Engineering Sciences & Computer Science

• Full English curriculum covering mathematics, physics, and electronics.
• Training in OCaml, Python, JavaScript, C#, and SQL.
• Developed a video game as a semester-long project.

EasyCraterSim

Lightweight numerical simulation tool for impact crater formation. Developed a workflow for crater morphology analysis based on impact parameters. Open-source project intended for integration with the VigieCratère citizen science program.

• Impact modeling
• Scientific computing
• Python
• Open Science

TISA – Thin-section Image Segmenter and Analyzer

Developed an AI pipeline for automatic quantification of carbonate grains in thin sections using FastSAM. Built upon PetroSeg by F. Azzam (2024).

• Deep Learning
• Computer Vision
• Sedimentary Petrography

AGUPS (Geology Student Association of Université Paris-Saclay)

President. Organized field courses and events for students, including a 10-day geological field study in Cotentin (Normandy). Collaborated with MNHN, GEOPS, and the Earth Sciences Graduate School.

• Leadership
• Science outreach
• Event management

VigieCiel – Muséum National d’Histoire Naturelle

Instructor for meteorite recognition workshops. Designed educational kits including real meteorite samples. Funded by Université Paris-Saclay.

Junior Space Academy – Summer School

One-week summer program including conferences on planetology, cosmochemistry, and space engineering. Organized by UVSQ, IPGP, Sorbonne Jussieu, IAS, Safran, and ONERA.