Description

Former mechanical engineer (MSc), I specialised in applied mathematics (PhD) — I help companies solve complex technical problems where simulation, computation, and engineering meet.

With several years of experience in numerical modelling and scientific software development — through both a PhD and my current postdoctoral research at the University of Basel — I work with engineering teams, R&D departments, and industrial partners to turn difficult technical challenges into practical, reliable solutions.

Whether it is developing custom numerical solvers, improving simulation workflows, accelerating legacy scientific code, analysing complex datasets, or integrating AI tools into engineering processes, I provide both strategic insight and hands-on execution.

Available for part-time consulting, technical collaborations, and high-value problem-solving assignments — on-site in the Greater Basel Area or fully remote.

Langues

Français
Bilingue ou natif
Anglais
Capacité professionnelle complète
Espagnol
Notions

Préférences en matière de lieu de travail

Accepte de travailler sur site

Bâle (jusqu’à 10 km), Genève (jusqu’à 10 km), Zurich (jusqu’à 10 km), Lausanne (jusqu’à 10 km)

University of Basel
Postdoctoral researcher
CENTRES DE RECHERCHE
octobre 2025 - Aujourd'hui (8 mois)
Bâle, Suisse
Design and implementation of advanced finite elements methods for the numerical simulation of wave propagation.
Commissariat à l’Énergie Atomique (CEA)
PhD in applied mathematics
ENERGIE
octobre 2021 - juillet 2025 (3 ans et 9 mois)
Paris, France
Design and implementation of advanced finite elements methods for the numerical simulation of elasto-acoustic wave propagation.
Office National d’ Études et de Recherches Aérospatiales (ONERA)
Research Intern
AÉRONAUTIQUE & AÉROSPATIALE
mars 2021 - août 2021 (5 mois)
Toulouse, France
Implementation of Spectral Differences (SD) and a Mimetic method (CDO scheme) to solve Maxwell equations in the time domain.