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Visit ETS Montréal - IUT
Montreal's École de technologie supérieure (ÉTS) visits Valenciennes
Published on 05/10/2023
DETECT
Collection and analysis of communication flows for the detection of cyber attacks
Published on 04/10/2023
CERAMATHS - DMATHS seminar: presentation by Emmanuel Creusé
The CERAMATHS mathematics department seminar will host Emmanuel Creusé (CERAMATHS - DMATHS), Thursday, June 22, 2023
Published on 16/06/2023
positioning MH2 - adobe stock
Positioning
The MH2 axis, via its monitoring committee, works to synergize LAMIH's multidisciplinary skills around its societal challenges.
Published on 01/04/2022
International classes
In an era of globalized trade, the international courses offered by IUT are an asset for the professional integration of future graduates.
Published on 29/01/2022
Thomas Barège, directeur du département DeScripto (LARSH) - © UPHF
DeScripto: The art of linking disciplines and works of art
At the heart of the Université Polytechnique Hauts-de-France (UPHF), the DeScripto department of the Laboratoire de Recherche Sociétés et Humanités (LARSH) embodies a unique scientific and human adventure. Born four years ago from a reorganization of research laboratories, DeScripto brings together researchers in literature, linguistics and the visual arts around a common project: to rethink the boundaries between disciplines in order to explore new forms of creation and knowledge.
At the heart of the Université Polytechnique Hauts-de-France (UPHF), the DeScripto department of the Laboratoire de Recherche Sociétés et Humanités (LARSH) embodies a unique scientific and human adventure.Published on 21/04/2026
Optimizing and manufacturing innovative piezoelectric sensors: a coupled approach between mathematical modeling and 3D printing
The PonArcad (2026) project, led by a multidisciplinary team within the CERAMATHS laboratory, is taking place under the laboratory's own Appel à projet action incitative (ARI). The project combines the expertise of the DMATHS (mathematical modeling) and DMP (experimental manufacturing) departments. Its ambition: to design piezoelectric sensors with innovative geometries, such as bridges or arches, to reduce material consumption while optimizing their electromechanical efficiency. This approach is based on a novel coupling between theoretical modeling, numerical simulations (Python/COMSOL) and additive manufacturing (3D printing, laser cutting).
.Published on 10/11/2025
CERAMATHS seminar: when mathematics and ceramics meet
October 2, 2025 - The CERAMATHS laboratory organized an unprecedented seminar aimed at building bridges between its two branches: the Mathematics Department (DMATHS) and the Materials and Processes Department (DMP). The aim? Identify synergies between mathematicians and ceramists to stimulate innovation and strengthen interdisciplinary collaboration.
.Published on 29/10/2025
ParkinsonCom
Communication assistance software for better social inclusion of people with Parkinson's disease
Published on 28/09/2023