Research Associate/PhD in Child and Adolescent Psychiatry and Psychotherapy (m/f/d)

The project investigates the interaction of neuronal oscillations over time and frequency, the flow of information between brain regions and the role of transient EEG states in supporting adaptive behavior. The site is ideal for candidates who are inspiring for the interface between experimental psychology, cognitive neuroscience, computer-assisted EEG analysis and translational neurotechnology. The focus is on the question of which dynamic EEG states represent meaningful markers for cognitive control and how these markers could enrich future approaches in the areas of adaptive neurofeedback, neuromodulation or closed loop monitoring of brain states. The doctoral project will investigate these questions using EEG data and modern methods of signal analysis. It investigates how oscillatory coupling and directed information flow change depending on the requirements for cognitive control and how these dynamics are related to behavior, variability and adaptive performance. Depending on the interest, the project can also comprise a translational component, for example with reference to ADHD, instability of cognitive control, neurofeedback or adaptive neuromodulation. The project is therefore excellent for people who want to combine deep mechanistic questions on human cognition with modern computer-assisted EEG methods and translational perspectives of adaptive neurotechnology. Investigation of the neuronal mechanisms of cognitive control using EEG data Analysis of dynamic EEG states as marker adaptive behavior Research into the interaction of neuronal oscillations on time and frequency levels Investigation of the targeted flow of information between brain regions Application of modern methods of computer-assisted EEG signal processing and data analysis Analysis of the relationships between neuronal dynamics, behavior and performance variability Development and evaluation of potential biomarkers for cognitive control Participation in the further development of translational approaches, for example in the areas of neurofeedback, adaptive neuromodulation or closed-loop systems Possibility to process translational questions, for example in the context of ADHD or the instability of cognitive control Presentation and publication of scientific results at national and international conferences and publication in journals

We are looking for a highly motivated doctoral student who wants to explore how the human brain dynamically coordinates perception, action and cognitive control. Master degree or equivalent degree in Psychology, Neuroscience, Cognition Science, Biomedical Sciences, Computational Neuroscience, Data Science or a related discipline Curiosity, motivation, scientific creativity and the willingness to acquire advanced methods in a cooperative environment Strong interest in human cognitive neuroscience and brain dynamics Outstanding interest in human cognition, cognitive control, action control or neurotechnology Interest in EEG, neuronal oscillations and the analysis of brain signals Good programming skills or a strong motivation to acquire them (e.g. in Python, MATLAB or R) Ability to work independently as well as to work in an interdisciplinary team Very good communication skills in English Experience with EEG, time-frequency analysis, cross-frequency coupling or source analysis is advantageous, but not absolutely necessary

As of 1 November 2026 in parttime employment with 26 hours (65%) the job is to be fixed for 12 months. However, in the course of the further development of your individual professional interests, we would be pleased to examine the possibility of long-term cooperation. Remuneration is carried out in accordance with the classification rules of the public service collective agreement (TV-L) and is possible in the case of personal conditions in the E13 remuneration group. We offer an intellectually stimulating research environment at the interface of cognitive neuroscience, clinical neuroscience and neuronal technology. You will be part of a dynamic research group that has well-founded expertise in human action management, EEG, neuronal oscillations, cognitive control, neurodevelopment and clinical neuroscience as well as advanced analysis of brain dynamics. Promotion: Possibility of promotion (Dr. rer. nat. or PhD) Projects: A clearly defined promotional project with scope for individual scientific development Training: Training in the most modern methods of EEG analysis and Computational Neuroscience Network: Integration into local, national and international research networks Remuneration: according to TV-L in the remuneration group E13 plus Annual special payment, in the event of personal conditions Holiday: 30 days Recreational holiday Continuing training: Extensive internal and external continuing and continuing training opportunities to continuously strengthen your skills Corporate culture: We focus on transparency, team spirit and common successes. Celebrate with us at joint events or at sporting events such as the Rewe Teamchallenge Mobility: Grant to the job ticket to make your work path environmentally friendly and convenient Health: We promote your well-being with modern sports and exercise offerings in our health center, mental health programs and comprehensive occupational health management Benefits: Benefit from staff rebates at our Klinikapotheke, exclusive corporate benefits and other shopping portals Work-Life-Balance: Our family office supports you with questions about Kita courses, holiday programs and care of relatives. We also offer flexible working models