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Game-based learning environments affect frontal brain activity.

Silvia Erika Kober^1,2, Guilherme Wood^1,2, Kristian Kiili³

¹Institute of Psychology, University of Graz, Graz, Austria.

|November 19, 2020

Summary

Game-based learning environments enhance motivation and engagement. Neurofunctional analysis shows increased brain activation in emotion and attention areas, suggesting improved learning potential.

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Area of Science:

Neuroscience
Educational Psychology
Human-Computer Interaction

Background:

Game-based learning (GBL) is increasingly popular for enhancing motivation and learning outcomes.
The neurofunctional mechanisms underlying GBL effectiveness require further investigation.
Understanding how game elements impact cognitive and emotional processing is crucial for optimizing educational designs.

Purpose of the Study:

To investigate the neurofunctional effects of game-based learning environments compared to non-game-based environments.
To examine the impact of game elements (narrative, virtual incentives) on brain activity during a number line estimation task.
To correlate subjective user experience with objective neurofunctional data.

Main Methods:

Fifty-nine healthy adults participated in a study comparing a game-based and a non-game-based number line estimation task.
Near-infrared spectroscopy (NIRS) was used to monitor brain activity during task performance.
Behavioral data, subjective user experience ratings, and affect reports were collected.

Main Results:

Behavioral performance was comparable, with a trend towards fewer errors in the game-based version.
Participants reported higher attractiveness, novelty, and stimulation, but lower efficiency for the game-based version.
Neuroimaging revealed increased activation in emotion, reward, and attention-related brain areas during the game-based task.

Conclusions:

Game-based learning environments elicit greater emotional and attentional engagement, potentially through reward mechanisms.
Neurofunctional and user experience data converge, indicating that GBL can be more rewarding and engaging.
GBL holds significant potential for promoting more effective learning by modulating attention and reward pathways.