Our vision is to develop simulated users that accurately replicate human interactions with complex computing systems. These simulated users model cognition, perception, and motor control. They could be used to evaluate interactive systems long before expensive experimental user testing and to help build interactive systems that understand, predict, and adapt to human cognition and behavior. Through modeling, we aim to improve our understanding of how humans interact with intelligent interfaces and transportation systems. We plan to do so by developing new, data-driven user models and evaluation methods based on (1) supervised machine learning and (2) the theory of computational rationality and reinforcement learning. Learn more about our research here.
We are looking for a PhD student interested in advancing computational models of human behavior and applying them to the design of future interactive systems. Possible research topics include work toward “simulated users.” These models integrate cognition, perception, and biomechanics, and they learn human-like interaction behavior through machine learning and deep reinforcement learning. These models can be used to evaluate and optimize interactive systems prior to deployment. Computational design and the automated optimization of user interfaces, in which models of human behavior are used to generate, evaluate, and refine interface designs, are also within the scope of this position. Application areas include XR systems, in-vehicle interfaces, smartphones, and desktop applications.
Below are three recent, relevant papers that provide insight into our work:
All publications of our group can be found here:
We look forward to receiving your application documents by April 26, 2026 , including the following:
Please apply exclusively via our career page.
Contact Research Group
#J-18808-LjbffrVeröffentlichungsdatum:
01 Apr 2026Standort:
BerlinTyp:
VollzeitArbeitsmodell:
Vor OrtKategorie:
Erfahrung:
2+ yearsArbeitsverhältnis:
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