THESIS DEFENSE of Pitambar MUKHERJEE - October 21, 2026
Terahertz phase imaging provides access to refractive-index variations that are poorly captured by intensity-only methods. This work develops advanced computational approaches to improve THz phase reconstruction and spatial resolution. A quasi-Newton...
THESIS DEFENSE of Antoine GAIGNARD - October 20, 2026
The decarbonization of transport and energy systems relies heavily on lithium-ion batteries, whose aging makes remaining useful life (RUL) estimation necessary to anticipate maintenance and replacement. This thesis proposes and compares two approaches....
THESIS DEFENSE of Joan CAPDEVILA - October 16, 2026
Photovoltaics is now a mature technology, largely dominated by crystalline silicon, but single-junction devices are approaching their theoretical efficiency limit. Tandem architectures offer a promising solution by combining materials with complementary...
THESIS DEFENSE of Simon BERTRAND - October 6, 2026
Autonomous navigation systems rely on inertial navigation systems whose errors accumulate over time, leading to drift in the estimated trajectory. In the absence of GPS, terrain-aided navigation provides an alternative for correcting this drift by registering...
Double award recognition for the IMS Laboratory’s Bioelectronics research group at BioEM 2026
Bernard Veyret received the d’Arsonval Award, the most prestigious distinction from the BioEM Society This award recognizes Bernard’s outstanding achievement in research in bioelectromagnetics and practical application of electromagnetic fields for...
Diabetes is a major public health challenge, and understanding it largely depends on studying pancreatic islets, which play a central role in glucose homeostasis. In this context, microphysiological systems offer new experimental opportunities, but they...
This thesis, conducted in partnership with the IMS laboratory and Thales Research & Technology, focuses on electronic packaging. It is structured around two main research axes and deals with the implementation and evaluation of novel protection solutions...
The objective of this thesis is to develop innovative control strategies for electromechanical active suspensions of Connected and Autonomous Electric Vehicles (CAEVs). These strategies are based on Fractional-Order Systems in order to generalize and...
Automotive FMCW radars face growing challenges from interference and strong reflections, requiring receiver architectures with enhanced robustness. This PhD proposes a novel mmWave receiver front-end integrating a reconfigurable N-path filter that attenuates...
Faster-Than-Nyquist (FTN) signaling is a promising technique for increasing the spectral efficiency of modern communication systems by transmitting symbols beyond the conventional Nyquist limit. This PhD research develops novel turbo equalizers based...
