Serge-Henri CACHIA

– Simulations du flux sanguin au niveau des valves aortiques avec interaction fluide/structure (CFD, FEA, IMGA). – Numerical simulations of blood flow near aortic valves (CFM/FEA, IMGA, fluid structure interaction). – Python, Rhino3D. – Dossier et rescrit CIR + discussion expertise

– Aider les actuaires à mettre en place un outil de calcul de métriques (Python) à partir d'un outil existant sur Excel et de nouvelles règles métier répondant aux normes internationales.

– Accompagner des équipes dans la mise en place de pipeline de déploiement jusqu'à la mise en production avec XL release.

– Industrialiser des pocs de maintenance predictive. Développer des APIs Flask, ETL. Dashboarding KPIs calculés a partir de données d'un outil de ticketing (Service Now). – Industrialise data science POCs. Develop Flask APIs. ETL. Dashboarding KPIs calculated thanks to data from a ticketing tool (Service Now).

– Développer un poc sur une méthode innovante d'inventaire de jeu de cartes à collectionner basée sur la reconnaissance d'image. – The aim of this mission was to research and develop an innovative inventory methodology for a trading card game based on image recognition. – Web scrapping [Beautiful Soup], logistic regression, CNN (keras) at [py]tesseract (ocr).

– The aim of this work was to coordinate a team of volunteer entrepreneurs in Chengdu, China, to organize a networking between Western and Chinese companies in the city. – I also had the opportunity in this period to provide help to these entrepreneurs to optimize the processes in their business (especially high quality fast food business).

– Thesis title: Molecular dynamics simulations of water transport properties and magnetic resonance relaxation in cement nanopores. – Water transport properties in cement are important for the cement industry. At the nanoscale, a nondestructive experimental method, 1H nuclear magnetic resonance [NMR] relaxometry, can be used to quantify these properties. However previous results have proven difficult to reconcile with the understanding of cement. The purpose of this work was to use molecular dynamics [MD] simulations to better understand water dynamic properties in cement and hence to better interpret some of the NMR data. – This work was part of the TRANSCEND european project composed of 15 PhD students around Europe and financed by Marie Skłodowska-Curie Actions. – Technologies used: FORTRAN, C++, DL_POLY (MD) software

– This internship purpose was to understand in a better way how a carbochloration reactor worked and which input parameters could be changed in order to optimize the reaction. This was performed thanks to numerical simulations and the analysis of the output data.