Sort by
Refine Your Search
-
Planning and Management 1. Context and Summary a- Context Recent advancements in Artificial Intelligence (AI) have showcased the transformative potential of transformer-based architectures, driving
-
, for the remainder. There will be opportunities to work with English water sector companies and eNGO’s, thus providing the candidate opportunities to experience how chalk rivers are managed. Where to apply E-mail
-
Research Agency (ANR) and led by Professor Isabelle Bosse-Platière. The aim of the research, carried out under the supervision of the project leader, is to examine the EU’s ability to preserve and promote
-
of the proposal by the European Commission. The successful candidate will work closely with the supervisor to co-develop (from April 9th, 2025 to September 10th, 2025) and submit the funding application, which will
-
concerns the automatic optimisation of vehicle performance, and reduction of environmental impact, based on high-fidelity numerical simulation. To reduce the cost associated with the large number
-
), with partners linked to the veterinary world (ANSES/AFVAC). Considerable field work, so travel in the Paris region is to be expected. The person recruited will be associated with the UMR Triangle (Action
-
» Materials engineering Environmental science » Natural resources management Technology » Nanotechnology Neurosciences » Other Physics » Applied physics Researcher Profile First Stage Researcher (R1) Recognised
-
associations (equivalent to a work council) • Accessibility to the campus by tram and bus or DIVIA bicycles • Sustainable mobility package • Partial coverage of mutual insurance • Numerous catering outlets
-
chlorination, ozonation, and ultraviolet (UV) irradiation—rely heavily on large-scale facilities and stable energy supplies. These processes often demand considerable capital and operational expenses, making
-
mechanical properties at the pore scale involving a few grains. This work will involve both experiments and numerical simulations and will be divided into three parts: Microstructure: 1.1. Experimental