Working Student (m/w/d) – Evoked potentials (ECAP) signal processing for cochlear implant applications

12.04.2024, Studentische Hilfskräfte, Praktikantenstellen, Studienarbeiten

The Experimental Audiology Lab (exalab, Klinikum rechts der Isar/TUM) is looking for a motivated working student in the field of digital signal processing and artifact reduction for cochlear implant applications.

Cochlear implants are implantable neuroprostheses capable of restoring hearing in deafened individuals. Such devices work by directly stimulating the auditory nerve via electrical pulses generated with a small-scale electrode array placed inside the cochlea, the human hearing organ. In the scope of our research, we aim to derive objective biomarkers for neural health from Evoked Compound Action Potentials (ECAPs), a synchronized response generated by a group of auditory nerve fibers triggered by electrical stimulation.
Before clinical interpretation, it is crucial to clear the raw ECAP signals of any undesired signal components such as drifts and artifacts. In this context, we’re looking for a working student with an interest in digital signal processing and biomedical applications to assist us in the ECAP preprocessing and artifact reduction.
Your tasks:
- Implementation of state-of-the-art as well as novel algorithms for artifact detection and reduction
- Development and implementation of well-funded artifact models
- Investigation of possible correlation between artifacts and neural status of the inner ear
Your profile:
- Student (Bachelor's or Master's) in the field of biomedical engineering, electrical engineering or a similar area
- Solid knowledge of signal processing, experience is a plus but not mandatory
- Programming skills in either Python or Matlab
- Interest in biomedical applications and scientific curiosity
We offer:
- Salary based on student rate
- Flexible working hours (8-16 hours per week)
- Opportunity to work in a new research group at the interface between medicine and technology (www.exa-lab.org)
- Continuous and intensive supervision including regular work meetings
- Working in the heart of Munich at Max-Weber-Platz with very good accessibility by public transportation
We are looking forward to receiving your application!
Contact: Julia Veloso de Oliveira | julia.veloso@tum.de | Experimental Audiology
Apply easily by e-mail with the following details:
The reference number 24_04_023
your application documents (e.g., CV and transcript of records),
and your possible start date.

Kontakt: Julia Veloso de Oliveira (julia.veloso@tum.de)

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