PhD in Microelectronics: Security Sensors and Countermeasures for Detecting Physical X-ray Attacks Grenoble INP - Institute of Engineering in France

PhD opportunity in microelectronics at Grenoble INP - Institute of Engineering in Grenoble, France, focused on security sensors and countermeasures for detecting physical X-ray attacks. This doctoral project is part of the ANR GALAXI project (Global and Local Advanced Attacks through X-Ray Irradiation), coordinated by TIMA and involving CEA-Leti, SIMaP, LCIS, LabHC, and Mines Saint-Étienne. The project studies how X-ray attacks affect secure circuits, including combinations with other physical v...

PhD opportunity at Université Grenoble Alpes , within the Laboratoire des Technologies de la Microélectronique (LTMLab) , for a student interested in nanotechnology , microelectronics , ferroelectric devices , and neuromorphic computing . The project focuses on developing next-generation ferroelectric memcapacitors for ultra-low-power neuromorphic computing . This is a hardware-oriented research opportunity at the intersection of device physics, functional materials, and advanced computing archi...

PhD opportunity at Grenoble INP – Institute of Engineering, in Grenoble, France, focused on the security of 3D-integrated chiplets at TIMA. The thesis examines the viability of attacks against 3D chiplet systems, assesses risks, and evaluates known countermeasures, with the goal of proposing novel solutions or architectural guidelines to reduce the threat. The research will investigate information leakage models in 3D chiplet scenarios and then move into practical attack implementation in a real...

Researcher position at CNRS in Grenoble, France , focused on plasma etching for III-V lasers and silicon photonic integration . The project is carried out within the framework of IRT Nanoelec and aims to develop a 300 mm CMOS-compatible integrated photonics platform. The main scientific challenge is the plasma patterning of a complex III-V semiconductor stack, with emphasis on selective etch stopping on an InP contact layer and achieving anisotropic sidewalls without damaging the quantum wells. ...

Université de Limoges is advertising a postdoctoral position in Physics / Optics within the XLIM laboratory (Photonics Axis), working on the MULTIMOC project (funded by ANR ASTRID) and the GRAFIC project (funded by the Nouvelle-Aquitaine Region). The research focuses on developing an all-fiber laser source end component with two key functions: emitting radiation with a controlled multimodal profile and analyzing the emitted wavefront. The component is described as a thin multi-strand structure r...