News : Electronics and microelectronics - Optoelectronics
May 30 2017
Study of potential fluctuations in thin film solar cells
ED EEATS – THESIS TOPIC 2017 : Study of potential fluctuations in thin film solar cells Start date : October 2017 Offer n° IMEPLaHC-05242017-CMNE PhD position 2017¬-2020 The application must be received before 2017, June 7th PROJECT DESCRIPTION: CuZnSnSSe (CZTS) kesterite compounds are promising candidates for third generation thin film solar […] >>
May 24 2017
Sharp-Switching Z2-FET Device: Novel applications, Scaling, Reliability and Variability
PhD Thesis : Registration DEADLINE on June 13th, 2017 Sharp-Switching Z2-FET Device: Novel applications, Scaling, Reliability and Variability Thesis co-advisors: Maryline Bawedin, IMEP-LAHC, Joris Lacord, CEA-LETI, Jacques Cluzel, CEA-LETI Sorin Cristoloveanu, CNRS, […] >>
February 02 2017
Toward a better understanding of the microbial growth inhibition by electromagnetic fields
Master thesis proposal – MARCH to JULY 2017 Toward a better understanding of the microbial growth inhibition by electromagnetic fields Keywords : Electromagnetism, microbial decontamination, growth inhibition mechanisms, numerical modeling Labs : – Institut de Microélectronique, Electromagnétisme et Photonique- Laboratoire d’Hyperfréquences et de Caractérisation (IMEP-LaHC) Minatec – 3, parvis Louis Néel, BP […] >>
January 26 2017
Toward a better understanding of the microbial growth inhibition by electromagnetic fields
PhD proposal – sept. 2017 to sept. 2020 Title : Toward a better understanding of the microbial growth inhibition by electromagnetic fields Keywords : Electromagnetism, microbial decontamination, growth inhibition mechanisms, numerical modeling Labs : – Institut de Microélectronique, Electromagnétisme et Photonique (IMEP-LAHC) http://imep-lahc.grenoble-inp.fr Minatec – Grenoble – 3, parvis Louis […] >>
November 29 2016
Plastronic Innovation Elaboration of wireless communicating functions by printing of functional inks during 3D manufacturing of plastic housing.
Subject of doctoral thesis Plastronic Innovation : Elaboration of wireless communicating functions by printing of functional inks during 3D manufacturing of plastic housing. KEYWORDS : * Materials: Rheology of complex fluids, surfaces and interfaces physico-chemistry, deposit processes, electromagnetic properties, plastic materials converting * Communication systems: Circuits for wireless communications, sensors, electromagnetism, multi-physic modeling, electromagnetic modeling. […] >>