Training structure
Faculty of Science
Language(s) of instruction
French
Presentation
Sound environment management and noise reduction are a rapidly expanding market with a pool of institutional and private jobs involving expertise, urban and environmental mapping, and the implementation of dedicated noise reduction measures. In recent years, there has been an increase in regulations that require greater consideration of acoustic comfort and thus lower noise levels, which is creating a wealth of job opportunities. Today, 50% of the population says they are affected by noise pollution at work and at home.
The expansion of sound diffusion equipment has taken place over the last few years, mainly due to the reduction in their cost associated with new technologies. Currently, many premises are equipped with permanent devices from the moment they are designed or renovated.
This cross-disciplinary professional degree in acoustics covers sound engineering, broadcasting, sensors and acoustic metrology, acoustic signal processing, room acoustics, and noise pollution, with the use of related software. It covers a wide range of existing and future jobs without interfering with Master's and Engineering programs that are more focused on design and research. The need for field personnel trained in all of the above-mentioned aspects, without placing too heavy a financial burden on the company, is perfectly suited to our society. Continuing education and the validation of prior learning also make it easier to ensure their social advancement.
The numerous contacts made with manufacturers in the various sectors concerned have enabled us to develop the content of the courses, which remain closely aligned with professional requirements while maintaining a solid foundation.
For example, engineering firms (currently the sector recruiting the most) are actively involved in training: they share their expertise with students by providing some of the teaching, taking on interns, and participating in the development council.
The sustainability of the training program is also ensured through its promotion by professional associations in which the partners play an important role (as administrators or presidents).
The program also draws on the expertise of an acoustics research team and benefits from the latter's industrial exchanges in the sector, which also provides students with career opportunities.
Objectives
The theme of this professional degree program is based on societal issues, combining audio techniques used in musical acoustics in the broad sense, including speech, with those used in sound environment management and solutions that can be applied to noise pollution in both urban planning and building architecture.
The range of jobs targeted is relatively broad, from audio technicians for sound recording and sound systems in buildings, including the relevant instrumentation, to sound expertise in buildings and listening or rest areas. Noise pollution regulations will be central to this issue, and passive and active solutions will be developed.
Know-how and skills
The training offered is cross-disciplinary and covers a wide range of sectors:
- Sound environment management, noise reduction
- Regulatory impact studies and report drafting
- Characterization of equipment noise and vibration
- Performance analysis of acoustic correction elements
- Improvement of room acoustics
- Dedicated electroacoustic equipment instrumentation
- Audio signal processing
The field of knowledge concerned is therefore quite broad, but highly consistent:
- Electroacoustics and signal processing
- Sound diffusion and acoustics in rooms
- Sound absorption and insulation materials
- Industrial acoustics
- Quantification and classification of sound levels
- Acoustic metrology
- Building acoustics, sound insulation
- Computer simulation of acoustic response in rooms, environments, and buildings
Required skills:
- Propose solutions for the installation of electroacoustic equipment that meets the requirements of the desired usage properties.
- Map and analyze a sound environment
- Propose solutions for implementing measures to correct and/or improve the acoustic properties of rooms and outdoor spaces.
- Take into account the constraints associated with implementing the selected measures, considering:
o Regulations and legislation in force
o Costs incurred by these measures
o Professional civil liability
- Communicate and work as a team.
- Read, understand, and speak English.
Organization
Knowledge assessment
Continuous Monitoring
Program
The training program, which lasts one year, includes classes and practical work (40% of which is taught by industry professionals), a supervised project lasting approximately 130 hours, and a four-month internship.
This training can be completed either in:
- Initial training
- Apprenticeship or professional training contract
English and Communication
5 creditsAcoustics, Physics, and Perception
5 creditsElectroacoustics and Signal Processing
10 creditsRefresher course
Room Acoustics and Environment
10 credits
Internship
10 creditsBuilding Acoustics and Industry
10 creditsSupervised project
Admission
Admission requirements
French and European students: follow the "eCandidat" procedure on the website: https://ecandidat.umontpellier.fr/ecandidat/
Target audience
Admission based on application for:
- Second year of undergraduate studies
- BTS
- technical university degree
- Preparatory classes for the grandes écoles
In the following fields: EEA, physics, mechanics, civil engineering, mathematics, computer science.
And after
Professional integration
Business sectors:
Holders of the professional license may be required to work:
- within large industrial groups or multinationals in the relevant sectors
- within regional SMEs or micro-enterprises
- within the design office
- in public control services (local and regional authorities, police services, forensic experts, etc.)
Types of jobs available
- Assistant Engineer
- Senior technician
- Technical framework
- Researcher
- Inspector
Typical occupations:
Sound engineer; stage manager (sound recording, sound system); sound designer; sound recordist (digitization); editor (processing); designer of speakers, microphones, amplifiers; industrial acoustic quality control engineer; new techniques (earplugs, transmission, and communication); technician/assistant engineer: manufacturing methods, expertise, pollution.