CROMA_rubrique-evenement 2022

PhD Defense 2020


Edouard VILLEPREUX Edouard VILLEPREUX will defend on tuesday, december 8 a  DOCTORAL  thesis of the University of  Grenoble Alpes, speciality " Nano Electronic & Nano Technologies "  entitled :
" Characterization of oxygen ions in biases resistive memory by advanced TEM "



Thibault HAFFNER Flore BOYER  will defend on monday, december 7 a  DOCTORAL  thesis of the University of  Grenoble Alpes, speciality " Nano Electronic & Nano Technologies," entitled :
" Integration of CMOS  compatible contacts on III-V materials for photonic devices on silicon using 300mm platform


Habib MOHAMAD Habib MOHAMAD defended on friday, october 16 a  DOCTORAL  thesis of the University of  Grenoble Alpes, speciality " Optics & Radiofrequencies" entitled :
" Development of the differential method associated with the Fast Fourier Factorization for the modelization of photonic device: from complex optical diffraction grating to guited integrated optic structure "

Thibault HAFFNER Thibault HAFFNER defended on thursday, september  17 a  DOCTORAL  thesis of the University of  Grenoble Alpes, speciality " Nano Electronic & Nano Technologies," entitled :
" Elaboration and integration of GeSn nanowires for the realisation of low power nanoelectronic devices "

Renan LETHIECQ Renan LETHIECQ defended on wednesday, september 16 a  DOCTORAL  thesis of the University of  Grenoble Alpes, speciality "Nano Electronic & Nano Technologies " , entitled:
" Electrothermal study of innovative electronics structures in submicron technology "

Gizem SOYLU Gizem SOYLU defended on friday, july 24 a  DOCTORAL  thesis of the University of  Grenoble Alpes, speciality " Optics and Radiofrequencies ", entitled :
" Subwavelenght microscopy technics at terahertz frequencies "

JANIOUD Pierre Pierre JANIOUD defended on  friday, july 10 a DOCTORAL thesis of the University of Grenoble Alpes, speciality " Nano Electronic & Nano Technologies ", entitled :
" Thermal piezoresistive back action in suspended silicon nanowires based MEMS "