Cognitive Skills
Background to the Research Field
Before we act, our brain continuously processes information. It organizes, interprets and evaluates incoming stimuli to guide behavior as effectively as possible. These internal processes are referred to as cognition. They can occur consciously and deliberately, but also unconsciously and automatically.
Athletes, particularly in strategic team sports, must make rapid decisions in constantly changing situations. To do so, they process large amounts of information, such as the positions and movements of teammates and opponents, anticipate how situations may develop, and decide whether and how to respond.
Previous research suggests that cognitive abilities are closely linked to athletic performance, with successful athletes often demonstrating greater cognitive abilities. Consequently, cognitive testing has become an important tool in both research and applied high-performance environments to better understand, predict, and support athletic performance and development.
A particular focus has been placed on executive functions. These higher-order cognitive processes enable goal-oriented, flexible, and adaptive behavior and have been considered fundamental to what is commonly referred to as game intelligence.
Projects within the Research Field
A key question for both sports cognition research and talent development systems concerns the origins of cognitive performance. Are superior cognitive abilities primarily shaped by years of training in cognitively demanding environments, or do certain athletes enter elite sport with an inherent cognitive advantage?
Longitudinal findings in both male and female elite youth soccer players indicate that cognitive development in these athletes follows a trajectory comparable to that of the general population. Despite constant exposure to cognitively demanding and high-pressure environments, their cognitive development follows typical age-related trajectories.
These findings suggest that cognitive advantages observed in successful athletes may not be the result of training. Part of these differences may arise because elite sport systems tend to select individuals with particular cognitive strengths.
Projects
Future Research on Sports Cognition
Research on cognition in sports raises several fundamental questions: Is a certain level of cognitive ability necessary to enter elite sport?
To what extent can physical qualities compensate for cognitive limitations – and vice versa?
How strongly do cognitive abilities predict long-term athletic success?
Which cognitive assessments are valid, efficient, and practically feasible in high-performance settings?
The aim of this research area is to deepen our understanding of cognition in sport while maintaining scientific rigor and practical relevance. By bridging laboratory-based research and applied high-performance context, this work seeks to generate insights that benefit both academic knowledge and evidence-informed practice in elite sport.
Cognition is not an isolated performance factor. It interacts with physical development, personality, and environmental demands. Understanding these interactions is essential for designing future-oriented performance systems in elite sport.
