image_rubriques_AUTRES
logo

Open PhD positions at CEMEF

theses-cemef-2018-1.jpg


apply online

CEMEF offers a wide diversity of PhD subjects (15 to 20) every year in a large range of scientific fields: processing, mechanics, materials, biomaterials, scientific computing.
Since January 2016, PhD students receive, after defence of their thesis, the PhD diploma of PSL Research University - prepared at MINES ParisTech.

Each project responds to a need in industry and calls for fundamental scientific research in one or more disciplines.


The annual gross salary is 27k€ for the 3 years of the Ph.D, except for thesis under a CIFRE industrial agreement (in this case, Ph.D. student is employed directly by the company which fixes the wage. Annual gross salary cannot be less than 23484€).


Applications are read carefully. Most importance is given to the results, the skills and the motivation of applicants. Fill in the application form with care. The information that you will provide can make a difference as we receive hundreds of applications per recruitment campaign.


Most of the subjects are not displayed online either because in progress or for confidentiality reasons. We still suggest you apply.

Your application will be examined by CEMEF Ph.D. supervisors. If interested in your profile, they will contact you for an initial telephone interview. In case of a favourable impression, a second interview meeting will take place either at CEMEF in Sophia Antipolis or by audio/video means.



PhD thesis available at CEMEF:

update : 13/04/2018

Thermal diffusivity cartography of heterogeneous and anisotrope materials : Applicationto asteroidal surfaces.

Keywords : Asteroid, heterogeneous material, thermal diffusivity, inverse method.

Influence of grain boundary pinning on recrystallized grain size homogeneity : multiscale modelling and application to nickel based superalloys used in aeronautic industry.

Keywords : FE simulation, numerical and experimental metallurgy, HPC in materials science.

Controlled characteristics materials produced by wire + arc additive manufacturing.

Keywords : Additive manufacturing, arc + wire process, grain growth, thermo-mechanical evolution, multi-scale coupling, finite-element method.

Numerical metallurgy supporting arc welding processes: Virtual materials for mastering defects.

Keywords : Solidification, Grain growth, phase transformation, mechanic, welding NDT technologies, numerical modelling, cellular automaton and finite element simulation.

Towards a precise description of grain boundary mobility and its numerical integration in finite element modeling of recrystallization mechanisms.

Keywords : FE simulation, numerical and experimental metallurgy, HPC in materials science

"Optimisation de la microstructure du zinc allié pour Stabiliser ses CARactéristiques de formabilité."

Keywords : Zinc alloy, microstructure, anisotropy, formability
B.P. 207 - 06904 Sophia Antipolis Cedex
logo S&CC
logo Transvalor
logoCNRS
logoEcoleMinesParis
logoArmines
logoSphere
logoCarnot