Welcome!
Welcome!

Neuromotor behavior and exercise

Welcome to the Department of Neuromotor behavior and exercise at the University of Münster. On the following sites you will find information about the employee of the department, current research focus and to all questions concerning teaching and study. Please do not hesitate to contact us. (phone: +49(0)251-83 32460 /Secretary). The office is open from 08:00 to 13:00 a.m..

Follow this link to our consultation hours.

Since 2021 we moved to Wilhelm Schickard Straße 8 (see map at Index tab "team")

© NeuMoTrain

PROGRESS – Promoting physical activity in nursing homes

In our PROGRESS study, published in Frontiers in Aging, we are investigating an innovative prevention program for nursing homes. Using a cluster-randomized, controlled crossover design, we are examining the influence of behavioral and environmental prevention measures promoting physical activity on the physical activity and functional ability of residents. The goal is to establish everyday, sustainable exercise promotion in nursing facilities.
 

© NMT

Tailored Physical Training for Female Rugby Players

In the summer semester of 2025, students of the Bachelor's program Human Movement in Sports and Exercise had the unique opportunity to apply their theoretical knowledge directly to sports practice. As part of the seminar "Physical Training in Elite Sports – Tailored Physical Training for Female Rugby Players," they worked closely with the Rugby Tourists Münster, a women’s rugby sevens team with one clear goal: qualifying for the German Championships in August.
 

© NeuMoTrain

New publication in collaboration with the Münster University Hospital

Our current study, published in the Journal of Affective Disorders, provides important findings: A better fitness level correlates positively with cognitive control in patients with depression. The study conducted on 66 patients shows that this positive effect is independent of the severity of the depression. The results emphasize the potential of physical exercise to improve the cognitive health of people with depression.

© NeuMoTrain

Congress of the European College of Sport Science (ECSS)

At the 30th Congress of the European College of Sport Science, Matthias Hendricks, PD Dr. Dieter Kutz and Prof. Dr. E. Eils presented their current research findings and received valuable feedback from the specialist community. Prof. Dr. E. Eils also chaired several events. The conference offered numerous opportunities for scientific exchange and networking with national and international experts in the field of international sports science.
 

© NMT

Neuromotor team runs

In sometimes difficult climatic conditions, the Neuromotor & Training department's running team put in a strong performance at this year's Leonardo Campus Run, and were rewarded with the obligatory isotonic cold drink afterwards.

© ChatGPT

Public job advertisement

The Institute of Sports Science in the Department of Neuromotor Skills and Training at the University of Münster is seeking to fill the position of Research Assistant (E 13 TV-L) in the third-party funded GRASB project as soon as possible, 01.10.2025. Subject to the approval of funds, a part-time position (65%) is offered for the duration of the project until 31.08.2027. You will find the detailed information here

© NeuMoTrain

BA/MA-Thesis

We are seeking motivated students with an interest in experimental research on multitasking. This bachelor’s/master’s thesis provides a valuable opportunity to gain hands-on experience in psychological research using a driving simulator and classical laboratory settings to explore behavior.
If you’re curious about taking on this thesis project, feel free to get in touch with:
Piesie Akwasi Gyimah Asuako
 

© D.Kutz

Retinal vascular density related to executive function performance?

This study used structural equation modelling (SEM) to investigate whether retinal vascular density (VD) is related to individual executive function (EF) performance in healthy older adults, with haematocrit as a mediator. The results showed that there was no significant direct or indirect correlation between VD and EF, but there was a significant regression of haematocrit on EF performance. The authors concluded that changes in retinal VD are not a suitable parameter for predicting cognitive decline in healthy older adults, while higher haematocrit levels appear to have a positive effect on EF.
In: Experimental Brain Research