Master mention physique spécialité modélisation et simulation
ObjectifsThe spectacular increase in computer performance and accessibility has led to the development of numerical modelling and simulation, a powerful new method of scientific investigation complementary to traditional experimental and theoretical approaches. The technical and economic advantages of numerical simulation are now widely acknowledged, both in academia and in industry: The necessary tools are relatively inexpensive and can be applied to apparently very different problems Accurate numerical simulation allows tedious trial-and-error design and testing to be minimised, greatly reducing costs Modelling and simulation can help forward planning by anticipating future needs and changes induced by economic, financial, environmental and even ethical presssure. While the ultimate aim of "virtual factories" might be a long way off, numerical simulation provides a very efficient way of maximizing a company's performance. There is thus a growing need to educate people in numerical simulation and the employment prospects are excellent. Numerical modelling and simulation challenges the traditional boundaries within sciences by bringing together people from different backgrounds to tackle real-world problems. The development of innovative computer-based solutions to complex problems requires a pragmatic and cross-disciplinary approach, which is not usual in most university curricula. Science graduates often do not have a strong background in computing while computer science graduates may lack the physical insight needed for scientific and technical work. Students following this multi-disciplinary training will acquire the necessary mathematical skills, physical insight and computational know-how and will learn to apply these to modelling and simulation of complex processes.
Dirigé àThree-year university education (Licence) in science: physics, chemistry, mechanical engineering, electrical engineering, geology, computer science, applied mathematics. A good command of French is required. Admission of students whose native language is not French is subject to general rules set by the University. The second year of the Master is an intensive, full-time degree programme, with 460 hours contact hours, numerous homeworks, a two month project to prepare the placement in industry, which must last at least five months. The Master degree is therefore incompatible with a part-time job.
DiplômeMaster mention physique spécialité modélisation et simulation
ContenuMaster M1mention physique (parcours physique)
découpage par semestre
Master M2 mention physique spécialité modélisation et simulation
découpage par semestre
Semestre 3
Liste des UE :
UE1 - Introduction au monde de l'entreprise (6 crédits)
UE2 - Méthodes numériques et programmation avancée S1 (5 crédits)
UE3 - Compléments de physique (7 crédits)
UE4 - Physique spécialisée (2 cours aux choix) (5 crédits)
UE5 - Modélisation et simulation en entreprise (7 crédits)
UE1 - Introduction au monde de l'entreprise (6 crédits)
UE2 - Méthodes numériques et programmation avancée S1 (5 crédits)
UE3 - Compléments de physique (7 crédits)
UE4 - Physique spécialisée (2 cours aux choix) (5 crédits)
UE5 - Modélisation et simulation en entreprise (7 crédits)