We are seeking applicants for a Postdoc position in neuroimaging and brain connectivity analysis of the human brain. The successful candidate will be part of an European project in the group of PI Martijn van den Heuvel at the CNCR, VU Amsterdam (
www.cncr.nl). The aim of the project is to build new neuroimaging and network tools to gain insight into brain connectivity and the role of brain networks in cognition and disease.
Network neuroscienceIn the last decade advances in the field of network neuroscience has started to map and study the network architecture of brain networks, with the aim to get a better understanding of how brain connectivity plays a central role in brain function and disease disfunction. The field of disease connectomics has the specific aim to map and study how changes to the connectome may play a role in the aetiology of a variety of brain conditions, ranging from individual symptomatology to neurological and psychiatric conditions.
New technologies and data analysis techniques in the field of network science have enabled new ways to map which systems and brain connections are involved in which disorders and 'why'. The postdoc will work on models for brain disorders and network neuroscience approaches to examine how disease effects across disorders relate to each other.
You will work with people with diverse backgrounds, including, bioinformatics, artificial intelligence, neuroimaging, computational neuroscience, psychology and genetics. As a Postdoc you will co-supervise the students and work on both the team and your own projects and studies.
You have experience with working with neuroimaging data and have knowledge of programming (Matlab, Python, R, or other scientific coding/programming). Affinity with computational neuroscience, genetics, network science and/or Machine Learning is highly appreciated.
Your duties
- perform network analysis on neuroimaging data and integrate findings across datasets
- work on developing new statistical methods for network neuroscience
- work on computational modelling of network effects
- apply bioinformatic tools for integrating results from different biological resources
- think critically
- supervise MSc and PhD students
- authoring and co-authoring manuscripts submitted to high quality journals
- present work at scientific meetings
- present science on (social) media
- teaching (10-20% of time)