Summary: A new study reveals a child’s reading skills can be developed with the help of a newly designed child-friendly action video game.
Source: University of Geneva
Decoding letters into sound is a key point in learning to read but is not enough to master it.
“Reading calls upon several other essential mechanisms that we don’t necessarily think about, such as knowing how to move our eyes on the page or how to use our working memory to link words together in a coherent sentence,” points out Daphné Bavelier, a professor in the Psychology Section of the Faculty of Psychology and Educational Sciences (FPSE) at the UNIGE.
“These other skills, such as vision, the deployment of attention, working memory, and cognitive flexibility, are known to be improved by action video games”, explains Angela Pasqualotto, first author of this study, which is based on her PhD thesis at the Department of Psychology and Cognitive Science of the University of Trento under the direction of Professors Venuti and De Angeli.
A child-friendly action video game to support learning
With this in mind, a video game was designed that combines action video games with mini games that train different executive functions, such as working memory, inhibition and cognitive flexibility, functions that are called upon during reading.
“The universe of this game is an alternative world in which the child, accompanied by his Raku, a flying creature, must carry out different missions to save planets and progress in the game”, Angela Pasqualotto adds.
The idea is to reproduce the components of an action game, without incorporating violence, so that it is suitable for young children.
“For example, the Raku flies through a meteor shower, moving around to avoid those or aiming at them to weaken their impact, while collecting useful resources for the rest of the game, a bit like what you find in action video games.”
The scientists then worked with 150 Italian schoolchildren aged 8 to 12, divided into two groups: the first one played the video game developed by the team, and the second one played Scratch, a game that teaches children how to code.
Both games require attentional control and executive functions, but in different manners. The action video game requires children to perform tasks within a time limit such as remembering a sequence of symbols or responding only when the Raku makes a specific sound while increasing the difficulty of these tasks according to the child’s performance.
Scratch, the control game, requires planning, reasoning and problem solving. Children must manipulate objects and logical structures to establish the desired programming sequence.
“First, we tested the children’s ability to read words, non-words and paragraphs, and also we conducted an attention test that measures the child’s attentional control, a capacity we know is trained by action video games,” explains Daphne Bavelier.
The children then followed the training with either the action video game or the control game, for six weeks, two hours a week under supervision at school. Children were tested at school by clinicians of the Laboratory of Observation Diagnosis and Education (UNITN).
Long-term improvement in reading skills
Shortly after the end of the training, the scientists repeated the tests on both groups of children. “We found a 7-fold improvement in attentional control in the children who played the action video game compared to the control group”, says Angela Pasqualotto.
Even more remarkably, the research team observed a clear enhancement in reading, not only in terms of reading speed, but also in accuracy, whereas no improvement was noted for the control group. This improvement in literacy occurs even though the action video game does not require any reading activity.
“What is particularly interesting about this study is that we carried out three further assessment tests at 6 months, 12 months and 18 months after training. On each occasion, the trained children performed better than the control group, which proves that these improvements were sustained,” Angela Pasqualotto says.
Moreover, the grades in Italian of the trained children became significantly better over time, showing a virtuous improvement in learning ability.
“The effects are thus long-term, in line with the action video game strengthening the ability to learn how to learn,” says Daphne Bavelier.
Within the framework of the NCCR Evolving Language and in collaboration with Irene Altarelli (co-author of the article and researcher at LaPsyDE, University of Paris), the game will be adapted into German, French and English.
“When reading, decoding is more or less difficult depending on the language. Italian, for example, is very transparent – each letter is pronounced – whereas French and English are quite opaque, resulting in rather different learning challenges. Reading in opaque languages requires the ability to learn exceptions, to learn how a variety of contexts impacts pronunciation and demands greater reliance on memorization,” comments Irene Altarelli.
Will the benefits of action video games on reading acquisition extend to such complex learning environments as reading in French or English? This is the question that this study will help answer.
In addition, the video game will be available entirely at home, remotely, as will the administration of reading and attention tests, in order to complement school lessons, rather than taking time out of school hours.
About this neurotech research news
Author: Antoine Guenot
Source: University of Geneva
Contact: Antoine Guenot – University of Geneva
Image: The image is in the public domain
Original Research: Closed access.
“Enhancing reading skills through a novel video game mixing action mechanics and cognitive training” by Daphné Bavelier et al. Nature Human Behavior
Enhancing reading skills through a novel video game mixing action mechanics and cognitive training
In modern societies, training reading skills is fundamental since poor-reading children are at high risk of struggling both at school and in life. Reading relies not only on oral language abilities but also on several executive functions. Considering their importance for literacy, training executive functions—particularly, attentional control has been suggested as a promising way of improving reading skills.
For this reason, we developed a video game-based cognitive intervention aimed at improving several facets of executive functions. This game is composed of mini-games that apply gamified versions of standard clinical exercises linked through a game environment with action video game dynamics.
Here, in a study involving 151 typically reading children, we demonstrated that after this general-domain behavioural intervention reading abilities, as well as attentional and planning skills, were significantly improved.
Our results showed that training attentional control can translate into better reading efficiency, maintained at a follow-up test 6 months later.