PhD Studentship Opportunity in Audio for hearables: sound analysis for context-aware rendering – Surrey University

Closing Date
22 January 2020

Project Description

Join us to develop machine listening to drive the next generation of hearables.

InHEAR Project

“Hearables” – in-ear headphones with built-in microphones and signal processing capability – offer new opportunities to reproduce audio content in a way that adapts and responds to the listening context, e.g. background noise and personal preferences. The InHEAR project (Intelligent Hearables with Environment-Aware Rendering) will develop new algorithms to maximise the listener’s experience regardless of their listening context. The project is a collaboration between the University of Surrey, Bang & Olufsen and Aalborg University. You have a genuine opportunity to influence future generations of B&O products as well as to produce world-leading publishable and patentable research.

Your PhD

Your PhD in machine listening is based in CVSSP and focuses on the characterisation of the listening environment using signals from the in-ear microphones. We are interested to extract actionable information for adapting the user’s auditory display, building on expertise developed within the Centre, e.g., in binaural localisation, sound classification and audio tracking. Therefore, experience in programming (e.g., C++, Python, Matlab) is essential, and experience in acoustical signal processing or machine learning with applications to audio is highly desirable. Opportunities to advance the state-of-the-art for the selected use-cases will be identified and exploited. Scientific contributions will be disseminated at appropriate international conferences and meetings with the scientific research community.

About us

The Centre for Vision, Speech and Signal Processing (CVSSP) is a world-class research environment bringing together research on computer vision, graphics, machine listening and signal processing. The centre is a national hub for research in audio-visual media and maintains strong collaborative links with the UK creative industries (e.g., film, games and broadcast). You will work closely with another student based in the Institute of Sound Recording (IoSR), and with colleagues in research and development at B&O.

About you

You will have a strong interest in audio and demonstrate a high level of academic achievement in relevant subject areas and a clear aptitude for research. We will need to be happy that you have the necessary background subject knowledge and the necessary research skills to begin your doctoral training.

You will have a 1st or 2:1 BSc/BEng degree (or equivalent) and either an MSc/MEng in a relevant engineering or scientific discipline or equivalent specialist experience. You will be able to demonstrate excellent mathematical, analytical and computer programming skills. Advantage will be given to applicants with experience in one or more of: mathematics, programming, acoustics, psychoacoustics, signal processing, statistical analysis. You will have advanced research skills evidenced by a significant Bachelors/Masters research project, involving experimental research, appropriate use of the literature and/or computer-based simulations, and a formal dissertation-style report.

How to apply

Applications should be made through the PhD course page: Applications for April 2020 will be processed on a rolling basis in view of an earlier start if possible. If in doubt, please contact us. Please use your research statement to explain how your skills meet the person specification outlined above.

Funding Notes

The studentship is for 42 months full-time study commencing between January—April 2020.
In addition to covering UK/EU tuition fees and a tax-free stipend of £15k/year, you will have access to a generous travel budget (to support attendance at academic conferences, for example) and will have opportunities to undertake research at Bang & Olufsen’s headquarters in Denmark.

This is the link to the original advert.

Posted on 19th December 2019 in Job Opportunities in Acoustics