Research Associate position in Neurophysiology Research Group

The Neurophysiology Research Group investigates the neural basis of hearing and communication in mice and other small mammals (e.g., naked mole-rats). Using electrophysiological, behavioral, anatomical, and molecular biological methods, we explore the function of brain structures involved in processing complex acoustic signals. Another focus is the acoustic communication of these animals in various behavioral contexts. We
are particularly interested in changes in brain function and behavior in mice with Fragile X syndrome, a form of autism spectrum disorder. These animals, similar to affected humans, exhibit heightened acoustic sensitivity and impairments in acoustic communication.
Furthermore, the research group is involved in organizing and conducting teaching in the fields of animal physiology (Bachelor’s) and neurobiology (Master’s). A particular emphasis is placed on supporting and mentoring Bachelor’s and Master’s students from diverse academic and cultural backgrounds.
 
Responsibilities include:
• Contributing to research and teaching in the fields of neurobiology and animal physiology.
• The central task is to investigate the neural basis of hearing and communication in mice and other small model organisms.
• Supervision within the research group, acquisition of external funding, and active participation in teaching activities.
• Teaching activities include, among others, introductory courses in animal physiology and advanced courses in neurobiology.
• The position serves the candidate’s own academic qualification (Habilitation).
 
Requirements:
• Completed university degree (Master’s, Diploma, or equivalent) in biology or a related field.
• Completed PhD in Biology (e.g., Neuroscience) (or a related field) Desired: • Experience in animal experimental research in the field of neurobiology • Methodological expertise in modern neurophysiological, behavioral, and/or anatomical/molecular biological methods • Very good quantitative and analytical skills, including scientific programming (R, Python, Matlab) • Interest in integrative research approaches that combine findings from human and animal models • Publication experience in international peer-reviewed journals

Further information

Applications, including relevant documents and quoting the reference number , should be submitted electronically in PDF format (preferably as a single document) via email to Prof. Dr. Ursula Koch: ursula.koch@fu-berlin.de or by post to:
 
Freie Universität Berlin,
Department of Biology, Chemistry, Pharmacy,
Institute of Biology,
Neurophysiology,
Prof. Dr. Ursula Koch,
Takustr. 6,
14195 Berlin (Dahlem).
 
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