Job description
How do memory, attention, and decision making change as we age, and how can technology help us better understand and support these processes? The Brain & Cognition Team at Erasmus University Rotterdam offers two fully funded PhD positions to study the aging brain through innovative cognitive neuroscience experiments and AI-based methods.
Job description
The Brain & Cognition Team at Erasmus University Rotterdam seeks applicants for two fully funded PhD positions in the field of cognitive neuroscience of aging. The successful candidates will join an interdisciplinary research team studying how aging affects key cognitive domains such as memory, attention, and decision making, using advanced experimental, neuroimaging and AI modeling techniques.
Both projects are part of a broader research program on the aging brain in complex cognitive contexts, focusing on risky decision-making and spatial navigation. The first project investigates how the aging brain influences risky decision-making and how adaptive strategies, including AI tools, can enhance decision quality in later life. The second project examines how the aging brain navigates space and memory using VR methodology, and how factors such as GPS use may shape these processes. Together, the projects aim to advance understanding of brain plasticity and resilience in the context of emerging technologies and their societal impact.
The positions will be supervised by Muhammet Ikbal Sahan, Katinka Dijkstra and Janna Cousijn. Both individual Brain & Cognition team members and the team as a whole have conducted research in aging and cognitive neuroscience. Dr. Muhammet Ikbal Sahan studies the interaction between spatial cognition and working memory, focusing on neural mechanisms underlying memory search. Prof. Dr. Katinka Dijkstra develops and evaluates training programs to improve cognitive functioning in older adults and employees, and examines resilience, text comprehension, and stress in later life. Prof. Dr. Janna Cousijn investigates how the brain in interaction with the environment shape mental health across the lifespan. Together, their expertise reflects the team’s broad approach to cognition and behavior, combining neurobiological, cognitive, and social dimensions with theory development, collaboration, and societal impact.
The PhD candidates will design, implement, and analyze behavioral and cognitive neuroscience experiments, contributing to both lab-based and web-based research. They will work with state-of-the-art methodologies, including eye-tracking, EEG, and fMRI, to investigate neural and behavioral mechanisms underlying cognitive processes in the aging brain. The projects involve AI-based modeling and VR environments to study cognition in complex and ecologically valid contexts. Both positions will require strong analytical and methodological skills. Candidates will handle data preprocessing and analysis, ideally with proficiency in Python, R, or MATLAB. Collaboration within a multidisciplinary team is essential, as both PhD students will contribute to shared research outputs such as conference presentations, reports, and publications. They are also expected to communicate their findings to non-academic audiences and to contribute to the development of tools or policy-relevant outcomes that can be implemented more broadly.
Applicants should hold a Master’s degree in Experimental Psychology, Cognitive Neuroscience, or a closely related field, and demonstrate a strong interest in cognitive neuroscience and research methods. Proficiency in Dutch is required for one of the positions and strongly recommended for the second position. Prior experience with AI modeling, neuroimaging (e.g., fMRI and/or EEG) or behavioral experimental tools is an advantage. Experience working with aging or elderly populations is also considered as an advantage.
Department
Department of Psychology, Education & Child Studies (DPECS)Team Brain and CognitionThe mission of our team Brain and Cognition is to explore and investigate fundamental questions about brain and cognition conform the principles of open and responsible science. Our strengths lie in both fundamental and applied research, covering topics of memory, language, and perception as well as artificial intelligence, large language models and their effects on human cognition. Our team offers future-proof, engaging courses about the brain and cognition within the bachelor’s programme
Psychology and the master’s specialisation
Brain and Cognition. These courses also address relevant societal issues, such as conspiracy thinking, stereotypes, and spatial navigation, aligning with our university's strategy for tangible societal impact.
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