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Master - Master 2 Acoustical Engineering

Objectif

The Acoustical Engineering curriculum in the Master of Mechanics at Paris-Saclay offers French and international students the scientific knowledge needed to tackle current acoustical problems, in industrial and academic environments. Courses are focused on fundamental acoustics and acoustical engineering. By means of fundamental and applied research projects, the students have the opportunity to learn about different fields including:

  • structural acoustics and fluid-structure interaction,
  • wave propagation in solids and non-destructive testing,
  • signal processing and signal synthesis in acoustical situations,
  • aeroacoustics and wave propagation in inhomogeneous moving media,
  • experimental techniques and psychoacoustics.

domaines Saclay

Mention Mécanique.

niveau requis

Admission to the Masters program at the M2 level is open to students with at least 4 years of higher education studies in  Mechanics, Physics, Electrical Engineering or Applied Mathematics from an internationally recognized University.

compétences acquises

The objective of the Acoustical Engineering curriculum is to provide students with the ability of analyzing an acoustical problem, whether academic or industrial, finding the relevant bibliographical sources and identifying the methods that will yield solutions or answers. Specifically, students will be able to associate several viewpoints: physical and mechanical modeling (experimental, theoretical and numerical aspects) with signal processing and perceptual perspectives or needs. In view of the research activities in the Saclay area, an emphasis is put on the industrial situations (noise, control) and on the sounds created and listened to by people

débouchés

Acoustics is a multidisciplinary field at the borders between Mechanics, Signal Processing, Cognitive Sciences and Biology. Typical jobs for the graduates of this curriculum are R&D engineer-positions in companies or research centers and PhDs in Acoustics. The main fields of application are the transportation industry (ground, air and maritime transportation), energy production and transformation, urbanism and architecture, communication, and imaging in geosciences, structural health monitoring and biology.

Parcours

Unités d'enseignement

UE Type d'enseignement Domaines Catégorie d'UE Volume horaire Responsables Site pédagogique
AE-01 Acoustic propagation in inhomogeneous moving media Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-02 Aeroacoustics Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-03 Sound synthesis and real time processing Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-04 Acoustical signal processing Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-05 Experimental techniques in acoustics Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-06 General acoustics Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-07 Propagation et diffraction dans les guides d'onde Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-08 Psychoacoustics Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-09 Structural Acoustics Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-10 Non Destructive Testing Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-11 Interaction fluides-structures Enseignement spécifique des masters 30 Benjamin COTTÉ
AE-12 UE d'ouverture 1 Enseignement spécifique des masters Benjamin COTTÉ
AE-13 UE d'ouverture 2 Enseignement spécifique des masters Benjamin COTTÉ
AE-stage M2 -AE - stage Stages
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