Projects
Research with an impact – for better hearing in everyday life
Our projects combine scientifically sound research with practical relevance. Our aim is to develop solutions that are dedicated to improving hearing and form the basis of our products – innovative, forward-looking and with real added value for hearing acoustics, audiology and clinical practice.
Independent research for audible progress
Current projects at a glance
HörWerk combines science and practice to develop innovative solutions for hearing acoustics. Become part of our community and help shape the future of hearing!
INNO-KOM mobile hearing system fitting
Library development of our processes
With this project, we are bringing proven audiological tests to mobile devices and creating the basis for flexible hearing system fitting through platform-independent solutions.
IMFIT
– Innovation network for individualized, model-based hearing aid fitting
By combining laboratory data, everyday life and modeling, this project lays the foundation for noticeably better everyday communication for the hearing impaired.
INNO-KOM OLFIT
In this project, we are developing a software prototype for binaural, loudness-based hearing aid fitting based on the research results of trueLOUDNESS and revoloud.
EASYLI – EASY LISTENING
PhD Project 5 | Horizon Europe Doctoral Network Project
In this project, we are developing realistic test scenarios to better predict and understand the consequences of hearing strain.
Transfer project:
Balancing loudness and speech intelligibility in hearing aid fitting for better care in everyday life
The aim of the project is to transfer findings from the Oldenburg hearing research into the fitting methods for hearing aids in order to make the fitting process more efficient, simpler and more effective in everyday life.
Cluster of Excellence Hearing4all
Under the motto "The future of hearing", the cluster is working towards the goal of developing personalized hearing aids and diagnostics that improve communication for everyone.
Collaborative Research Center SFB 1330
Hearing acoustics: perceptual principles, algorithms and applications
Within this project, we are researching the principles of speech communication and the promotion of the population's ability to communicate through improved hearing aids.