PhD Student (f/m/d) in Göttingen

• Design and perform multielectrode in vivo electrophysiological recordings from the inferior colliculus of the Mongolian gerbil
• Develop and validate computational and data-driven models of auditory information processing and optogenetically evoked neural responses
• Integrate experimental measurements into a digital-twin framework and assess model generalization, uncertainty and biological plausibility
• Design and optimize sound-processing algorithms that map acoustic signals to spatial and temporal optical stimulation patterns, and benchmark their performance in vivo and in silico
• Collaborate with experimental neuroscientists and engineers; present and publish scientific findings and contribute to interdisciplinary project meetings

• Completed MSc or equivalent in neuroscience, biomedical/electrical engineering, biology, physics or a related field
• Enthusiasm for in vivo electrophysiology. No prior in vivo experience is required; full training in electrophysiological techniques will be provided
• Good programming skills (preferably MATLAB/Python) and experience in signal processing, scientific computing or machine learning
• Strong analytical skills, curiosity about biological systems and enthusiasm for developing experimental and computational research
• Ability to work both independently and collaboratively in an interdisciplinary, international team; very good written and spoken English
• Knowledge of auditory neuroscience, PyTorch/JAX or computational neuroprosthetics is an advantage but not a prerequisite

• A scientifically ambitious PhD project at the interface of in vivo electrophysiology, computational modeling and optogenetic neurotechnology for future hearing restoration
• Close interaction with teams at IAN and EKFZ-OT developing optical cochlear implants, with access to complementary experimental, computational and engineering expertise
• An internationally connected Göttingen Campus research environment, opportunities for doctoral training at the Göttingen Graduate Center for Neuroscience, Biophysics and Molecular Biosciences
• Support for scientific publications, professional development and participation in collaborative research networks and training academies
• Employment and social benefits in accordance with the applicable TV-L regulations; final contract conditions to be specified

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