Games and Neuroeducation
Games and neuroeducation: why the brain learns better when playing
Games are not just a recreational resource: they are a neurobiological engine of learning. Scientific evidence, from the research of Adele Diamond, Philip Zelazo and Laura Berk to current neuroeducation models, shows that play is one of the most comprehensive trainings for the development of executive functions, emotional self-regulation and socialization.
Why is play essential from a neuroeducational perspective?
Play simultaneously activates emotion, movement, cognition and social connection.
According to Diamond (2013), learning environments that integrate quality play significantly improve:
- Inhibitory control,
- Working memory,
- Cognitive flexibility,
- Emotional self-regulation.
These three functions are the foundation of academic performance and coexistence.
Play as a space for emotional regulation
Play allows experiencing frustration, waiting, turns, surprise and reward in a safe environment.
This offers students real opportunities to self-regulate, something they cannot learn solely through verbal explanation.
Authors like Lev Vygotsky already spoke of play as a space where the child achieves levels of self-control higher than those demonstrated in everyday contexts.
More recently, Catherine L’Ecuyer highlights the role of wonder, curiosity and pleasure as conditions for deep learning.
NeuroEduca games: a proposal designed to train the brain
The NeuroEduca Program incorporates very brief games—many available in video—that combine:
- bilateral motor coordination,
- rhythmic sequences,
- Imitation and variation,
- Changing rules,
- Auditory or visual discrimination,
- Sequential memory.
Each game activates a different executive system.
For example:
- Rhythm change games → flexibility training
- Stop and go games → inhibitory control
- Sequence repetition games → working memory
- Paired games → perspective-taking and coexistence.
They are 1-3 minute activities that improve emotional climate and prepare the prefrontal cortex for learning.
Why do games improve academic performance?
Games are not a break: they balance the nervous system.
After playing, students:
- Are more regulated.
- Have more available attention.
- Recover cognitive energy.
- Feel emotionally more connected to the group.
Research on active breaks, intermittent movement and attentional state demonstrates that these mild exercises improve working memory and reading comprehension.
Therefore, integrating games is not wasted time, but an evidence-based pedagogical strategy.