Offres de thèses

Retrouvez ici les thèses proposées par les différents labos de Centrale Nantes 

Computational modeling of Human Embryonic Development

In vitro fertilization needs novel approaches to improve the pregnancy rate. The recent advent of novel technologies, such as transcriptomics, proteomics, and imaging, represents a opportunity to consider each embryo individually and to understand embryo developmental steps from a genetic and metabolic point of view. In this PhD thesis we aim to model, using logic programs, the transcriptomic data issued from Human embryos to understand their development.

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  Modélisation multi-échelles de l’influence des arbres sur le microclimat et la dispersion de polluants en milieu urbain 

Dans un contexte de réchauffement climatique et de croissance de la population urbaine, prévenir les risques sanitaires liés aux vagues de chaleur et à une forte exposition aux polluants anthropiques est un enjeu majeur. L’objectif de la thèse est d’étudier  l’impact des arbres sur la micro-météorologie urbaine et la dispersion de polluants particulaires, depuis l’échelle du quartier à celle de la rue et dans différentes conditions de stabilité atmosphérique

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Smart adaptive control scheme for a multi-sources energy system (DC4)

DENSE (Dependable Smart Energy Systems) is a 4-year Marie Skłodowska-Curie Actions-Doctoral Network (HORIZON-TMA-MSCA-DN) funded within the framework of the HORIZON EUROPE Programme. It brings together 12 partners from applied research, academia and industry in 6 different countries with the aim of implementing 12 doctoral research projects.

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Smart control and grid integration of floating wind turbines (DC12)

DENSE (Dependable Smart Energy Systems) is a 4-year Marie Skłodowska-Curie Actions-Doctoral Network (HORIZON-TMA-MSCA-DN) funded within the framework of the HORIZON EUROPE Programme. It brings together 12 partners from applied research, academia and industry in 6 different countries with the aim of implementing 12 doctoral research projects.

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Improvement of miniaturized metallic components

Candidatures jusqu'au 11 mai 2024

The necessary contribution of transport, energy or electronics industries to sustainable development leads them to lighten structures and/or reduce the dimensions of their parts, particularly in terms of sheet thickness, but also to use materials with a mechanical behavior remaining efficient, even when they are miniaturized.

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