Master's Degree in Mechanics
WAVES, ACOUSTICS, VIBRATIONS, ENGINEERING AND SOUND (WAVES) COURSE

Responsables

Aims

Fundamental prerequisites

Learning sites

Learning and research

School registration

Typical courses can be access by

Initial Formation (FI)
Ce parcours est accessible en Formation Initiale. Attention toutefois, la candidature se fait directement sur le site dédié https://application.master-waves.eu/ avec une campagne de recrutement ouverte entre novembre et janvier. Informations sur les modalités de candidature sur https://www.master-waves.eu/waves-applications-menu/waves-applications-2

Professional skills to be acquired

Internships and supervised projects

Offsite teaching

Seeked careers

Icons and colors significations

Button to show more informations...
Button to show more informations (no-datas)...
UE mutualized (shared/used by others courses)
Others features
[languages] Teaching languages list
Research method - common requirement label
texte réglementaire...
Research scientist method label
Disciplinary Dream label
Integrative Dream label
Transversale Dream label
Dream-U...
Working insert label
International special label
^intro Research initiation / dissertation
^L International reforcement - Labellisation label
^T International reforcement - Transformation label
^L World Social & Economics reinforcement label
^T World Social & Economics reinforcement transform
Tiger...
^L Research reinforcement - Labelisation label
TPR 2024...
^T Research reinforcement - Transformation label
Apprenticeship program - « alternation »
^[En] Apprenticeship program in English
Apprenticeship program - « apprenticeship »
Apprenticeship program - « continous learning »
Apprenticeship program - « professional contract »
Intensive program
Regular program
Support program
UE - introduction to research / dissertation
Mentored project or dissertation
Taught in all others languages (except french)
Internship
Student Commitment
^En Taught in English
^En+Fr Taught partially in English
Professional integration course
Conducting a research project using a scientific approach course
University Work Method course
Student guidance course
Accesible to students on international exchange program
Accesible at distance
CSR and Sustainable development
Apprenticeship program - « apprenticeship »
Apprenticeship program - « alternation »

5SMQ - Master Mécanique Formation for 120 credits value
Volume: 824h
Working insert label
- SMQ5AJ - Mas Méca : Waves, acoustics, vibrations, engineering & sound Cursus for 120 credits value
  Volume: 824h
  [Anglais]
  ^intro Research initiation / dissertation
  Research method - common requirement label
  ^L International reforcement - Labellisation label
  ^[En] Apprenticeship program in English
  - SMQ4C4W - M1 Méca : Waves, acoustics, vibrations, engineering & sound Year for 60 credits value
    Volume: 568h
    - SMQASC4 - Sem 1 M1 Mécanique : WAVES Semester for 30 credits value
      Volume: 211h
      - SMQAU20 - Acoustics and vibrations in buildings and their envelopes Teaching unit for 6 credits value
        Volume: 42h (CM: 42h)
        ^En Taught in English
      - SMQAU21 - Advanced strategies: sound insul, noise & vibration control Teaching unit for 4.5 credits value
        Volume: 32h (CM: 31.5h)
        ^En Taught in English
      - SMQAU22 - Computational modelling Teaching unit for 3 credits value
        Volume: 21h (CM: 21h)
        ^En Taught in English
      - SMQAU23 - Instrumentation and acoustic and vibration measurements Teaching unit for 4.5 credits value
        Volume: 32h (CM: 17.5h, TP: 14h)
        ^En Taught in English
      - SMQAU24 - Strategies for acoustic and energetic building rehabilitat° Teaching unit for 6 credits value
        Volume: 42h (CM: 42h)
        ^En Taught in English
      - SMQAU25 - Sustainable construction and materials Teaching unit for 6 credits value
        Volume: 42h (CM: 42h)
        ^En Taught in English
    - SMQBSC4 - Sem 2 M1 Mécanique : WAVES Semester for 30 credits value
      Volume: 357h
      - SMQBU31 - Computer assisted design applied to acoustic engineering Teaching unit for 3 credits value
        Volume: 30h (CM: 10h, TD: 10h, TP: 10h)
        ^En Taught in English
      - SMQBU32 - Electroacoustic systems Teaching unit for 4.5 credits value
        Volume: 50h (CM: 28h, TD: 7h, TP: 15h)
        ^En Taught in English
      - SMQBU33 - Musical acoustics Teaching unit for 2 credits value
        Volume: 20h (CM: 5h, TD: 5h, TP: 10h)
        ^En Taught in English
      - SMQBU34 - Programmable instrumentation Teaching unit for 2 credits value
        Volume: 20h (CM: 5h, TD: 5h, TP: 10h)
        ^En Taught in English
      - SMQBU35 - Psychoacoustics Teaching unit for 2 credits value
        Volume: 20h (CM: 9h, TD: 5h, TP: 6h)
        ^En Taught in English
      - SMQBU36 - Room acoustics Teaching unit for 3 credits value
        Volume: 30h (CM: 10h, TD: 10h, TP: 10h)
        ^En Taught in English
      - SMQBU37 - Simulation techniques in acoustics Teaching unit for 2 credits value
        Volume: 20h (CM: 5h, TD: 5h, TP: 10h)
        ^En Taught in English
      - SMQBU38 - Sound systems Teaching unit for 3 credits value
        Volume: 40h (CM: 20h, TD: 10h, TP: 10h)
        ^En Taught in English
      - SMQBU39 - Synthesis and audio processing Teaching unit for 2 credits value
        Volume: 30h (CM: 12h, TD: 10h, TP: 8h)
        ^En Taught in English
      - SMQBU40 - Ultrasounds Teaching unit for 2 credits value
        Volume: 22h (CM: 8h, TD: 14h)
        ^En Taught in English
      - SMQBU41 - Underwater acoustics Teaching unit for 2 credits value
        Volume: 50h (CM: 15h, TD: 30h, TP: 5h)
        ^En Taught in English
      - SMQBU42 - Research seminars Teaching unit for 2.5 credits value
        Volume: 25h (CM: 25h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
  - SMQ5C4W - M2 Méca : Waves, acoustics, vibrations, engineering & sound Year for 60 credits value
    Volume: 256h
    - SMQCSC4 - Sem 3 M2 Mécanique : WAVES Semester for 30 credits value
      Volume: 256h
      - SMQCU79 - Acoustic imaging Teaching unit for 4 credits value
        Volume: 36h (CM: 10h, TD: 14h, TP: 12h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
      - SMQCU80 - Metamaterials Teaching unit for 4 credits value
        Volume: 40h (CM: 30h, TD: 10h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
      - SMQCU81 - Nonlinear dynamics Teaching unit for 4 credits value
        Volume: 40h (CM: 20h, TD: 15h, TP: 5h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
      - SMQCU82 - Projects Teaching unit for 4 credits value
          Mentored project or dissertation
          Professional integration course
        ^En Taught in English
          UE - introduction to research / dissertation
      - SMQCU83 - Professional project Teaching unit for 2 credits value
        Volume: 20h (CM: 10h, TD: 10h)
        ^En Taught in English
      - SMQCU84 - Aero-vibroacoustics Teaching unit for 4 credits value
        Volume: 40h (CM: 20h, TD: 20h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
      - SMQCU85 - Environmental acoustics Teaching unit for 4 credits value
        Volume: 40h (CM: 12h, TD: 4h, TP: 24h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
      - SMQCU86 - Waves in continuum media Teaching unit for 4 credits value
        Volume: 40h (CM: 30h, TD: 10h)
        Conducting a research project using a scientific approach course
        ^En Taught in English
    - SMQDSC4 - Sem 4 M2 Mécanique : WAVES Semester for 30 credits value
      - SMQDU05 - Stage M2 UE Stage for 30 credits value
        Internship
        Conducting a research project using a scientific approach course
        ^En Taught in English

Typical course list

Further information

TO BE SELECTED ON MASTER 1

SUBMIT AN APPLICATION

Discilpine : Science and Technology
Departement : Faculty of Science
Credits : 120
Web site

Registration fees

Initial training fees : 250 €
Fee rate : plus d'informations...
Differentiated fee rate for non-EU students : plus d'informations...
Continuing education fees : plus d'informations...

ORIENTATION CONTACT

SUIO d'Aix-Marseille University service

COURSE CATALOGUE 2024 - 2025

Master's Degree in Mechanics WAVES, ACOUSTICS, VIBRATIONS, ENGINEERING AND SOUND (WAVES) COURSE

Responsables

Aims

Fundamental prerequisites

Fundamental prerequisites

Learning sites

Learning and research

School registration

Professional skills to be acquired

Internships and supervised projects

Offsite teaching

Seeked careers

Typical course list

Further information

Master's Degree in Mechanics
WAVES, ACOUSTICS, VIBRATIONS, ENGINEERING AND SOUND (WAVES) COURSE