PhD Student

The performance of AI technologies relies on access to large datasets of good quality and on the training of an accurate model. This dependence on large data makes AI systems vulnerable to privacy attacks that can leak privacy-sensitive information, to adversarial attacks that can manipulate inputs or model parameters in order to tamper with the training process, and to fairness attacks that aim to modify the existing behavior of the model to induce some bias.

Join our team within the ERC Consolidator Grant CARAVEL, a cutting-edge project focused on developing next-generation tools for extracting, modeling, and analyzing the brain vessel tree to study neurovascular aging. We seek a highly motivated PhD candidate to contribute to creating a computational spatio-temporal atlas of the neurovascular tree to study the effects of aging.

Join our team within the ERC Consolidator Grant CARAVEL, a cutting-edge project focused on developing next-generation tools for extracting, modeling, and analyzing the brain vessel tree to study neurovascular aging. We seek a highly motivated PhD candidate to contribute to creating a novel framework for segmenting vessels from diverse neurovascular imaging modalities.

EURECOM's Communication Systems Department, one of Europe's premier research labs in communications and networking, invites applications at PhD levels. The position is to be filled ASAP. The position is as part of the Networks of the Future PEPR supported by the French National Agency for Research (ANR) with a focus on the Foundations of Communication Networks.

In the context of a running Horizon Europe project, CoreNext https://www.barkhauseninstitut.org/en/corenext-trustworthiness-and-sustainability-for-6g, EURECOM is engaged alongside academic and industrial partners to devise EU-sovereign computing and communications technologies for 5G/6G disaggregated networking components.