- Development, implementation, and deployment of data and algorithm strategies,- Construction, implementation, and deployment of algorithmic governance,- Scientific and Technological due diligence on (deep) tech startups, novel technologies, or products,- Construction and deployment of a scientific and technological communication strategy,- Evaluation of algorithmic biases and technology discrimination, on a given technology, model, or product,- Benchmark scientific and technological analyses on products,- ...

A fellowship on algorithmic governance under the supervision of Prof. Mark Esposito.

Every Thursday I write about a news from a scientific and technological perspective and angle, not or less explored in other media, providing readers with some key insights, analyses, and facts that allow them to capture the underlying ins and outs.Chaque jeudi je prends la plume pour traiter d'un sujet d'actualité sous un angle scientifique et technologique pas ou peu exploré dans les médias, en fournissant aux lecteurs les clés de compréhension, les analyses et les faits qui leur permettent de capturer les tenants et aboutissants.

Every two months on average, I write about a news in science and technology, and more precisely on its influence and impact on French and global society and economy.Tous les deux mois en moyenne, j'écris sur une actualité en sciences et en technologie, et plus particulièrement de son influence dans la société et l'économie française et mondiale.

- Data & Sport, la révolution (w/ Yannick Nyanga) (2023)- Résistance 2050 (w/ Amanda Sthers) (2023)- Les Algorithmes font-ils la Loi? (2021)- L'apprentissage fait la force (2020)- De l'autre coté de la Machine (2019)

- Algorithmes, bientôt maîtres du Monde? (2023)

Every Tuesday morning at 7:56 am, I talk for 3 minutes about one single idea on sciences and technology in order to provide France Culture listeners with some key insights, explanations as well as facts, to be able to capture the ins and outs.Chaque mardi matin à 7h56, j'aborde pendant 3 minutes une idée sur les sciences et les technologies afin de fournir aux auditeurs de France Culture des éléments clés, des explications mais aussi des faits, pour pouvoir en saisir les tenants et les aboutissants.

Independent board member of the supervisory board.

Weekly column on science and technology.

I worked as an advisor to BCG’s research into emerging technologies, working with the team of Antoine Gourevitch, a senior partner at BCG.

I was a Senior Financial Software Developer in Engineering (formerly R&D) at Bloomberg in NYC. From May 2016 to June 2017, I was working in the Equities, Earnings & Estimates team. From June 2017 to September 2017, I was part of the Key Insight team where I developed models and analyzed data in economy and finance, for computer-automated news.

I was conducting my postdoctoral research under the supervision of Prof. Raul Radovitzky at the ISN (Institute for Soldiers Nanotechnologies) at MIT. I was interested in modeling the mechanical response of tissues and organs under extreme conditions such as blast or impact by modeling/simulating their (micro)structure. My research focused on brain tissue response under blast to better understand the outcomes from traumatic brain injury, and spongious bone multi-scale tissue response under impact. In addition, I was interested in quantifying the biomimicry of existing human tissue surrogates, i.e how these synthetic tissues can mimic the mechanical response of human tissue.To this end, I co-developed a scalable Finite Element code in C++ and Python dedicated to large-scale problems in Mechanics of Materials. - Large-scale explicit dynamic Finite Element simulations- Discontinuous Galerkin with cohesive zone models for fracture- Biomimicry computer analysis- Image-based meshing and modeling- Implementation (C++, Python)- Co-developer of a parallel FE solver for large-scale problems in Solid Mechanics

I was part of the team in charge of the Structural Mechanics undergraduate class and Computational Mechanics of Materials graduate class taught by Prof. Radovitzky in the Aero Astro department at MIT.

- Development in C++ of a computational framework for large scale simulations in solid mechanics- Development in Python of the GUI (Graphical User Interface) of applications- Analysis in Python of large data

I conducted my postdoctoral research under the supervision of Prof. George C. Engelmayr, Jr. on the mathematical modeling of scaffolds in cardiac tissue engineering for myocardium infarction. More precisely, I was interested in better understanding the structural-mechanical coupling of scaffolds, cardiomyocytes and collagen matrix to form eventually an engineered myocardium with the morphological and mechanical native healthy tissue properties.- Image Analysis- Morphological Modeling- Microscopy Observations (Scanning Electron Microscope and Confocal Fluorescence/Reflectance Microscope)- Mammalian Cell Culture (cardiomyocytes, skin fibroblasts) and Collagen gel-based Tissue Engineering- Multi-scale Finite Element simulations- Homogenization Methods- Implementation (C++, Matlab, Python)(3 publications, 1 in preparation)

"Rubber with carbon black fillers: from the nanoscopic structure to the macroscopic behavior" under the supervision of Profs. Dominique Jeulin and Samuel Forest in collaboration with Michelin Company.I defended my PhD Thesis on the multi-scale modeling of the behavior of rubber with carbon black fillers dedicated to tire fabrication. More precisely, I was interested, by using 3D morphological modeling and numerical homogenization, in simulating the influence of the nanoscopic structure of carbon black fillers within the rubber matrix on the macroscopic behavior of the composite.- Image Analysis- Morphological Modeling - Optimization - Image based Meshing - Homogenization Methods- Large scale Parallel Finite Element simulations- Implementation (Python, Matlab, C++)PhD's defense committee: Prof. Philippe Pilvin (Universite Bretagne Sud), Prof. Christian Rey (ENS Cachan), Prof. Peter Wriggers (Leibniz Universitat Hannover), Prof. Andreas Wiegmann (Fraunhofer Institute), Regis Schach (Michelin), Samuel Forest (Mines ParisTech) and Dominique Jeulin (Mines ParisTech). (2 publications)

While conducting my PhD at Ecole des Mines de Paris (Mines ParisTech), I was employed by Michelin as a Research Engineer. Michelin co-funded my PhD research.

I worked with the CEA DAM and the ENS Cachan on the development of a mathematical model for small-scale crack propagations within brittle materials using the discrete finite element method.

I conducted a summer internship under the supervision of Prof. Yunping Xi, at the Department of Civil, Environmental, and Architectural Engineering, on the wick action with chloride ions in concrete materials. Precisely I was involved in both, the development of an experimental set up to observe the diffusion of chloride ions within the pores of concrete materials and, the development and the implementation in matlab of a model for diffusion in porous materials with local crystallization of chloride.-Implementation: Matlab.-Compressive tests on concrete samples.