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Un centre de recherche en neurosciences offre un poste de chercheur postdoctoral pour développer des techniques d'analyse EEG-MEG/OPM dans le cadre d'un projet sur le fonctionnement cérébral. Le candidat doit avoir un doctorat en traitement du signal et au moins 3 ans d'expérience avec des données neuronales. Ce rôle impliquera la gestion du projet, l'analyse des données et la collaboration avec une équipe multidisciplinaire. Une bonne maîtrise de Matlab et Python est nécessaire.
The candidate must hold a PhD in signal processing, applied mathematics, computer science, or related fields with at least 3 years of experience with neural data. Programming experience with scripting languages such as Matlab or Python is required. Experience with cryogenic or OPM magnetoencephalography (MEG) will be considered a strong advantage. This is a 12-month position (with the opportunity to extend) and will be primarily supervised by Pr. Fabrice Wallois but will also involve mentorship and collaboration from Pr Sahar Moghimi and Dr. Alban Galard.
International
Not possible
The successful candidate will join the multidisciplinary research groups composed of specialists in signal treatments, engineers, neuroscientists, clinical neurophysiologists, neuropediatricians. The researcher will play a key role in managing day-to-day project needs related to recruitment, data collection, data analysis, and dissemination of results.
A fully funded postdoctoral research position is available at Inserm UMR (Research Group on the Multimodal Analysis of Brain Function, GRAMFC, University of Picardie Jules Verne, France) in the framework of the DFG-ANR funded project fMEG-OPM. The candidate will develop EEG-MEG/OPM data analysis techniques in pregnant women (fetal MEG), premature and full term neonates and healthy and epileptic children (pediatric EEG/MEG-OPM) to evaluate and characterize the spontaneous activity and auditory neural responses in the course of development. This position offers a unique opportunity to develop an expertise in combined EEG/MEG-OPM in the context of normal and pathological neurodevelopment.