News : Engineering science

October 27 2023

Photonic physical unclonable functions for secure neuromorphic accelerators.

PHOTONIC PHYSICAL UNCLONABLE FUNCTIONS FOR SECURE NEUROMORPHIC PHOTONIC ACCELERATORS Application deadline  : FRIDAY 3 NOVEMBER 2023 The rising needs of processing information at the edge for low latency, high speeds, and energy efficiency purposes leveraging edge-computing as well as IoT devices (75 billion expected by 2025) for data collection and processing demands for more robust […] >>

November 19 2021

Measurement system for millimeter-wave antenna characterization

Master 1 training period / 2022 Measurement system for millimeter-wave antenna characterization at IMEP-LAHC Laboratory: IMEP-LaHC – MINATEC – Grenoble     Supervisors / contacts: Pascal XAVIER (scientific supervisor) pascal.xavier@univ-grenoble-alpes.fr Phone: 04 56 52 95 69 Nicolas CORRAO (technical support) nicolas.corrao@grenoble-inp.fr Phone: 04 56 52 94 69 Context and objectives: The constant development of communication […] >>

March 26 2021

Dynamic sensing methods using microelectronic devices: from an experimental exploration to the development of a new ‘dynamic’ sensor

          Dynamic sensing methods using microelectronic devices:     from an experimental exploration to the development of a new    ‘dynamic’ sensor Deadline for application: the 1st of June 2021, beginning of contract: the 1st of Oct. 2021 Laboratory / group: IMEP-LAHC/CMNE Advisors: – Christoforos THEODOROU (christoforos.theodorou@grenoble-inp.fr) –  Irina IONICA (Irina.Ionica@grenoble-inp.fr) In the wide family of […] >>

March 11 2020

Development of a 3D modeling tool to modelize integrated optical structure with complex profile

PHD subject, duration 36 months Development of a 3D modeling tool to modelize integrated optical structure with complex profile Contact: Alain MORAND alain.morand@univ-grenoble-alpes.fr Start date : 1st September 2021 Photonic devices can be developed in different substrates (Silicon, Nitride, Glass …). To design integrated optic functions, numerical modelling tools are necessary as FDTD, FMM, BPM […] >>

December 02 2019

Improvement of the determination of the physical profile of a soil, resulting from a measurement with a radiofrequency probe, by an optimized inverse calculation and machine learning

IEPT or Master’s Internship – 2020 Title : Improvement of the determination of the physical profile of a soil, resulting from a measurement with a radiofrequency probe, by an optimized inverse calculation and machine learning Keywords: Machine learning, Databases, electromagnetism, material characterization, physical models Location : IMEP-LaHC Minatec – 3, parvis Louis Néel, BP 257, […] >>
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