A substantial part of the centers research is carried out by our PhD students. The research group was established in 2003 and 42 PhD theses have since been completed. Most of the PhD projects are supported by the hearing-aid industry, the Danish Research Foundation, private foundations and DTU.
We currently have 22 running PhD projects. Each student has his/her own project, but since we all do research within hearing, there are great opportunities to discuss ideas, approaches and results with other students and colleagues. Besides being financially supported by the industry, there are also possibilities to collaborate with national and international industrial partners and hospitals. Hearing research is a very multidisciplinary field and we provide a large and high-quality international network to other research groups. We are involved in several formalized European networks and it is common for our students to spend some time abroad (typically in Europe or the U.S.A) as a part of their studies. You may search for more projects and further descriptions in DTU's research database ORBIT - Online Research Database In Technology.
Scott Aker
Electro-tactile hearing: Using tactile stimulation to improve music perception in cochlear implant users
Florine Bachmann
Speech processing in hearing impaired Chinese
Chiara Casolani
Objective correlates of tinnitus and cochlear synaptopathy
Juan Camilo Gil Carvajal
Modeling audiovisual speech perception
Sinnet Greve Bjerge Kristensen
Simultaneous electrophysiological measurements with auditory narrow-band stimuli: investigation of clinical consequences of interactions at the level of the auditory pathway
Pernille Holtegaard
Perceptual consequences of noise-induced neural degeneration in humans
Thirsa Huisman
The influence of vision on spatial hearing of hearing-impaired and aided hearing-impaired listeners
Hyojin Kim
Physiological correlates of the audibility of masked signals at supra-threshold levels
Aleksandra Koprowska
Auditory-training strategies to improve speech intelligibility in hearing-impaired listeners
Mie Lærkegård Jørgensen
Exploring innovative hearing aid techniques for tinnitus treatment
Naim Mansour
Assessing hearing device benefit using virtual sound environments
Sarantos Mantzagriotis
Investigating novel pulse shapes through computational modeling of the neural-electrode interface and psychophysics experiments
Paolo Attilio Mesiano
Characterizing consequences of hearing impairment and hearing-aid processing on speech perception in competing-talker scenarios
Jonatan Märcher-Rørsted
Behavioural and electrophysiological correlates of synaptopathy
Charlotte Amalie Emborg Navntoft
Improving cochlear implant performances with new pulse shapes: a multidisciplinary approach
Mihaela Beatrice Neagu
Evaluation of pupillometry as a diagnostic tool for hearing-aid fitting
Niels Overby
Scene-aware compensation strategies for hearing aids in adverse conditions
Nicolai Pedersen
Audio-visual learning
Jonathan Regev
Measures and computational models of amplitude modulation processing and perception in hearing-impaired listeners
Raul Sanchez Lopez
Clinical auditory profiling and hearing-aid fitting strategies
Anna Josefine Sørensen
The effect of hearing loss and noise on conversational dynamics
Rasmus Malik Thaarup Høegh
Probabilistic deep learning for hearing aid speech separation