There is a worlwide growing interest in compact and conformable connected devices.
At the same time, electronics with a low environmental impact has become a major issue.
Our research supports this movement and uses a multiphysical approach.
1 - Design and characterization of 2D and 3D antenna systems :
Printed 3D antennas
RF and mmW radiation pattern measurements
2- Design of devices in additive and flexible 2D and 3D printed RF electronics :
Broadband and multiband conformable radiating systems
RF energy harvesting
Printed films and papers for the reduction or the increasing of ELM waves transmission
3 - Design and characterization of RF sensors for environment and biology3 :
Design and test of low energy RF devices for the bacteria growth inhibition
Impedance spectroscopy bacteria detection in complex media
Multiphysics modeling of biologic media
RF instrumentation for microbiology and soil physical studies
4 - Design and simulation of digital transmission systems :
Ultra-low power communication systems based on a software approach