News : Electronics and microelectronics - Optoelectronics

Doctoral thesis 2025-2028 at CROMA and LEGI                       Development of a ZnO nanowire piezoelectric microsensor for measuring wall friction in hydrodynamic flows   Detailed subject : In the field of fluid mechanics, hydro and aerodynamicists are looking for disruptive sensor technologies that can be used to measure aerodynamic or hydrodynamic flows. The complexity of the Navier-Stokes […] >>

                    POSTDOCTORAL : Study on substitution of silver and indium in solar cells     1- POSITION IDENTIFICATION : Type of contract : Postdoctoral Category (A,B or C) : A Contract/project period : 18 months Expected date of employment : 01/10/2025 Proportion of work : full time Workplace : ICube, D-ESSP departement, MATISEN team Desired […] >>

                                   HyperAI : Solutions Edge-AI pour la Caractérisation en Temps Réel des Matériaux en Hyperfréquence Context: The electrical characterization of materials at hyperfrequencies is essential for understanding their intrinsic electronic  structure and charge carrier dynamics. Permittivity and dielectric losses are a major concern in this field, as they directly impact signal  integrity and propagation within […] >>

Towards a universal optoelectrical microsensor: Microdevice for viscosity monitoring in liquid media. Key words: Integrated photonics, sensors, device characterization. Location: CROMA Lab (UMR 5130). Supervisors: Elise Ghibaudo, Olivier Lavastre (CROMA) and Leticia Gimeno Monge (G2Elab). Period and length: Spring 2025, 6 months. Contact: Elise Ghibaudo, Olivier Lavastre (CROMA) and Leticia Gimeno Monge (G2Elab). Additional information: […] >>

New approach to develop selective surfaces for biosensors. Application to life sciences.     Keywords: Biosensor, Sensitive surface, Functionalization, Microelectronics, Optics, Nano, simulation  and characterization of components. Location: CROMA laboratory (UMR 5130). Supervisors: Olivier Lavastre, Edwige Bano (CROMA) and Valérie Stambouli (LMGP). Period and duration: Spring 2025, 6 months (for M2) or 3 months (for […] >>