Bioengineering performs research in three main focus areas in cochlear implants. The first involves computational modelling of the electrode-auditory nerve fibre interface. This includes electrode design and geometry, the electrical fields around the electrode, and the nerve fibres targeted by the electrodes. The second focus is on understanding the relationship between stimulus and perception. This is investigated through computational models of the signal processing in the normal auditory system and the electrically stimulated auditory system. The modelling work is supported by psychoacoustic experimental work involving individuals with normal hearing as well as cochlear implant users. The third area of research aims to enable normal-hearing people to listen to the sounds that cochlear implantees hear. To this end, acoustic models of cochlear implants are created. Our hope is that appropriate acoustic models may assist researchers to develop improved speech processing algorithms.
Please submit the following information in electronic format to [email protected] (Prof Tania Hanekom) or [email protected] (Prof Johan Hanekom):
Please include the words POSTDOC BIOENGINEERING in the "Subject" line. Review of applications will begin immediately and will continue until the position is filled. Please address your cover letter and any questions to Prof Johan Hanekom or Prof Tania Hanekom at the email address above.
Available upon successful application
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