Developmental Computational Psychiatry Group Company Logo at Max Planck UCL Centre London,United Kingdom

PhD and Postdoc Fellows – Decision Neuroscience and/or Computational Psychiatry

 

Join the Lab

Are you interested in the neural and computational bases of decision making and psychiatric disorders? Do you want to better understand how neural decision processes can go awry? Then join our lab!

 

We are constantly looking for talented people at every career stage to join the Developmental Computational Psychiatry group at Max Planck UCL Centre for Computational Psychiatry and Ageing Research.

 

Postdoctoral Fellows

If you are interested in decision neuroscience and/or computational psychiatry – join the developmental computational psychiatry lab as Postdoc. We are looking for great lab members, so please contact Tobias directly if you are interested in pursuing a Postdoc in our lab.

Benefit from a unique scientific environment, the best neuroimaging facilities and plenty of bright people to collaborate with. Tobias is happy to discuss job opportunities or to discuss potential grant applications to come and work with us.

 

PhD Students

Do you want to pursue a career in computational psychiatry and/or decision neuroscience? Then you should join our lab for a PhD. You will have the chance to conduct your own projects under Tobias’ supervision and to work with world-class experts in computational psychiatry and cognitive neuroscience at our Centre.

Also consider applying for other PhD programs at UCL, such as the Wellcome PhD programme in Mental Health, the UCL-Yale-PhD programme, or the Birkbeck-UCL MRC DTP.

Tobias is happy to discuss lab rotations and potential projects.

 

MSc students

Are you pursuing a MSc at UCL? Then come join us for your Master’s thesis. We have a wide range of clinical and non-clinical projects and we can discuss which of these would suit your skills and interests best. You will be able to take part in the rich scientific life at our Centre and learn new experimental, computational and methodological skills in computational neuroimaging.

 

Please click here to learn more.

 

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