• Guidage, Control & Navigation

• Conduct uncertainty quantification analyses in nuclear fusion and fission applications• Construction of surrogate models for sensitivity analysis, Bayesian inference and model reduction • Collaboration with researchers from different universities

• Completion of my doctoral research under the guidance of Pr. Éric Savin (CentraleSupélec) and Pr. Houman Owhadi (Caltech)• Development of methods to achieve robust certification of aircraft designs subject to uncertainties• Construction of surrogates of complex CFD codes using supervised Machine Learning algorithms (Polynomial Chaos Expansion and Gaussian Processes Regression) for uncertainty quantification analyses• Publication of two articles• Presentations at national and international conferences

• Title: Localization of Acoustic Sources in Random Flow• Localized sources or reflectors in a random moving medium using the empirical cross‑correlation of recorded signals with possible applications in aeroacoustics• Available on www.academia.edu/37590303/Localization_of_acoustic_sources_in_random_flows, in French• Participation in the writing of a scientific article in the peer‑reviewed journal Journal of Sound and Vibration

• Completion of a part of my doctoral research under the guidance of Pr. Houman Owhadi (Caltech)• Adaptation of the Kernel Flow algorithm developed by Pr. Houman Owhadi to robust certification in the Optimal Uncertainty Quantification framework for building surrogates• Presentation of the work at UQSay #17 (www.uqsay.org/2020/11/uqsay‑17.html).

• Completion of a part of my doctoral research under the guidance of Pr. Tim Sullivan (University of Warwick)• Development of an adaptive algorithm for the reconstruction of increasing real‑valued functions with applications to Optimal Uncertainty Quantification• Presentation of the work at UQSay #17 (www.uqsay.org/2020/11/uqsay‑17.html) and at a seminar at the laboratory MSSMAT (mss‑mat.centralesupelec.fr)• Publication in the peer‑reviewed journal Algorithms (www.mdpi.com/journal/algorithms)

• Title: Super‑resolution of Velocity Measurements by Three‑dimensional Unsteady Data Assimilation.• Further developed a method to improve the spatial and temporal resolutions of Particle Image Velocimetry measurements using a variational data‑assimilation framework relying on the full unsteady incompressible Navier‑Stokes equations.

• Title: Influence of Thermoplastic Reinforcements on Aeronautic Composites Under Mode II Delamination.• Best Student Research Project of the Year in the Department of Mechanical Engineering.• Collaborated with another student one day a week.