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CENTRALE LYON - PhD position: Adaptive Sound Field Synthesis

  • On-site
    • Ecully, Auvergne-Rhône-Alpes, France
  • €25,000 - €27,000 per year
  • LMFA - Laboratoire de Mécanique des Fluides et d'Acoustique

Duration: 36 months

Starting date: Nov. 2024 - Jan. 2025 (flexible)

Salary: 25-27k€ / year before tax

Location: Acoustic Team of LMFA - École Centrale de Lyon, Écully, France

Job description

This PhD project aims at developping and testing an adaptive Sound Field Synthesis (SFS) system for human listeners, to be used for hearing aid research.

A first task will consists of a bibliographical survey of SFS techniques using a loudspeaker array for hearing aid research1234. Based on these knowledge, the candidate will developp an adaptive SFS algorithm based on state-of-the art transaural approaches4 using a loudspeaker array and a dummy head. This algorithm will be implemented and tested in real-time in the lab, in collaboration with the Postdoc researcher #1 and the help of a Master 2 intern. In a second time, adaptive SFS techniques using modal approachs (i.e. Ambisonics) will be investigated. After validation, this system will be used for speech intelligibility tests in virtual reverberant room.


We offer

  • As part of the ASFHEAR project, we offer an stimulating working environment within a research team in the Lyon area (see the team).
  • The are opportunities of teaching at École Centrale de Lyon and/or in the international MSc in Acoustics.
  • The candidate will conduct his PhD inside the doctoral school MEGA. The latter help doctoral students develop a career plan throughout their thesis, by offering a wide range of training courses, and promoting interdisciplinary work, relations with companies and international contacts.
  • Lyon city and surroundings offer rich opportunities for culture and outdoor activities.

Job requirements

Qualification requirements¶

Master degree in acoustics and/or signal processing,

Fluent oral and written communication skills in English,

Strong coding skills in Python and Matlab/Simulink,

Laboratory experimental work background,

Knowledge in psychoacoustics are not required but appreciated.

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