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The team
The project is led by a multidisciplinary team, engaged in the legal, economic and territorial analysis of mission-based enterprise models and alternative forms of governance.
.Published on 02/02/2026
MIGRAFISC
"Migration infrastructure and privileged mobilities in tax havens"
Inter-MSH 2023 call for projects
Project led by Thomas PFIRSCH, Senior Lecturer HDR
Published on 14/11/2023
Erasmus + Program
The Polytechnic University Hauts-de-France, in line with the Erasmus+ 2014-2020 program, and with the aim of achieving the objectives of its institutional strategy, is participating in several actions of the new Erasmus+ 2021-2027 program.
Published on 04/01/2022
Ultrasonic Transduction & Sensors
Published on 05/04/2022
Popularization
The members of CERAMATHS - DMATHS give talks at local secondary schools, and organize meetings at universities, for students, their teachers and sometimes the general public.
Published on 16/03/2022
Contact
Published on 18/09/2024
Research topics - Mechanics
Scientific research in the mechanical engineering department revolves around two main themes associated with 5 scientific activities: MFVSI and MSPRO.
Published on 31/01/2024
Mechanical engineering department partners
Published on 09/02/2024
A look back at Mardi des Chercheurs 2023
The scientific event attracted more than 150 visitors and rewarded a dozen doctoral students.
Published on 14/06/2023
Research areas - Automation
Historically, the department is structured into two themes: CIS "Cooperating Intelligent Systems" and ROC "Robustness & complexity" depending on the type of complexity considered.
The ROC theme considers a first type of complexity intrinsic to the system, and the SIC theme, a second type arising from interaction and cooperation between intelligent entities. The difference between the two themes lies mainly in the tools implemented to apprehend this complexity: in ROC the focus is mainly at the operational level, with tools coming from control theory and observation of dynamic systems, whereas in SIC the focus is rather at a decision-making level, with tools for knowledge modeling, classification, event-driven simulation and optimization.
The ROC theme considers a first type of complexity intrinsic to the system, and the SIC theme a second type coming from the interaction and cooperation between intelligent entities.
Published on 29/01/2024