21 developer-"https:" "https:" "https:" "UCL" "UCL" "UCL" PhD positions at University of Amsterdam (UvA) in Netherlands
Sort by
Refine Your Search
-
arts shape children’s social development. This position is especially suitable for someone who recently completed a research-focused Master’s in psychology or a closely related discipline and wants
-
require additional information? Please contact: Dr Gabor Zavodszky, g.zavodszky@uva.nl Where to apply Website https://www.academictransfer.com/en/jobs/359563/phd-in-developing-in-silico-and… Requirements
-
, the contract will be extended to a total of 4 years, ultimately leading to the completion of a PhD. We will develop a training plan, which includes attending courses and (international) conferences. You will
-
fluctuations remain poorly understood. The project will develop a unified theoretical framework, for the first time synthetizing the dynamics of the diverse factors underlying fluctuations in cognitive abilities
-
in the brain plays an important role in development and neuronal finetuning. Frequent adolescent cannabis use (daily or near-daily) can have lasting impairments in information processing speed and
-
order. The successful candidate will develop an independent research subproject within this framework. Possible directions include: Interactions between different Christian traditions (e.g. Pentecostal
-
, they also raise critical socio-ethical, legal, and regulatory challenges. This PhD position is embedded in a European research project aimed at developing responsible, trustworthy, and compliant multi-agent
-
: The emergence of distinct emotions in human development at the University of Amsterdam. Two PhD candidates We are seeking two motivated PhD candidates with a strong interest in emotional development in early
-
to be a growing field, and there is substantial room to contribute. We are interested in developing techniques that can improve on current AI performance, model human cognition, and in using neurosymbolic
-
mixtures. This experimental foundation will inform improved risk assessment frameworks, enabling conservators to predict under which environmental conditions salt damage will occur and to develop targeted