Exploring effects of an early math intervention: The importance of parent–child interaction

We explore whether training parents' math skills or playing number games improves children's mathematical skills. Participants were 162 parent–child dyads; 88.3% were white and children (79 female) were 4 years (M = 46.88 months). Dyads were assigned to a number game, shape game, parent-only approximate number system training, parent-only general trivia, or a no-training control condition and asked to play twice weekly for 8 weeks. Children in the number game condition gained over 15% SD on an assessment of mathematical skill than did those in the no-training control. After 8 additional weeks without training, effects diminished; however, children of parents in the ANS condition underperformed those in the no-treatment control, which was partially explained by changes in the home numeracy environment.     

幼儿园游戏化教学策略探究

教育游戏作为一种新型教育模式,在幼儿园得到了广泛的应用。教育游戏不仅可以吸引幼儿的注意力,提升教学质量,使游戏在幼儿教育中得到更好的运用,还可以激发幼儿的思维能力,让幼儿在游戏过程中获得知识,使学习更加有趣。文章基于教育游戏在幼儿教育中的重要性,对幼儿园游戏化教学策略进行探讨。     

Benefits of Playing Numerical Card Games on Head Start Children’s Mathematical Skills

Abstract

Low-income preschoolers have lower average performance on measures of early numerical skills than middle-income children. The present study examined the effectiveness of numerical card games in improving children’s numerical and executive functioning skills. Low-income preschoolers (N?=?76) were randomly assigned to play a numerical magnitude comparison card game, a numerical memory and matching card game, or a shape and color matching card game across four 15-minute sessions. Children who played either of the numerical games improved their numeral identification skills, while only children who played the numerical magnitude comparison game improved their symbolic magnitude comparison skills. These improvements were maintained eight weeks later. The results suggest that a brief, low-cost intervention can successfully improve the numerical skills of low-income children.     

Promoting broad and stable improvements in low-income children's numerical knowledge through playing number board games

Theoretical analyses of the development of numerical representations suggest that playing linear number board games should enhance young children's numerical knowledge. Consistent with this prediction, playing such a game for roughly 1 hr increased low-income preschoolers' (mean age = 5.4 years) proficiency on 4 diverse numerical tasks: numerical magnitude comparison, number line estimation, counting, and numeral identification. The gains remained 9 weeks later. Classmates who played an identical game, except for the squares varying in color rather than number, did not improve on any measure. Also as predicted, home experience playing number board games correlated positively with numerical knowledge. Thus, playing number board games with children from low-income backgrounds may increase their numerical knowledge at the outset of school.     

The effects of educational computer game on low-performing children’s early numeracy skills – an intervention study in a preschool setting

The aim of this study was to determine the effects of an educational computer game, Lola’s World, on low-performing children’s early numeracy skills. Four preschools with 33 children from families of low socio-economic status (M _age = 5.5 years) took part in this study. Of the 33 children, 23 were split randomly into two groups: an intervention group playing a numeracy game (Lola’s World) and an active control group playing an early reading skills game (Lola’s ABC party). The remaining 10 children served as a passive control group. The intervention phase lasted three weeks, during which time the children played the games daily for about 15 min. The children’s numeracy skills were measured using the Early Numeracy Test. Those children (n = 22) who exhibited low numeracy (i.e. at risk for learning difficulties in mathematics) were included in the analyses. The three groups did not differ in terms of parental educational levels or home languages. They were comparable in terms of nonverbal reasoning and the amount of time spent playing. The Lola’s World group improved its early numeracy performance from pretest to post-test. No between-group differences were found. The results are discussed in relation to providing game-based support for low-performing preschoolers.     

Does Training Toddlers in Emotion Knowledge Lead to Changes in Their Prosocial and Aggressive Behavior Toward Peers at Nursery?

Research Findings: Within the flourishing area of research demonstrating the efficacy of emotion-based interventions carried out by trained teachers in educational contexts in increasing children’s emotional skills, this study makes an original contribution to the existing literature by focusing on the effects of this kind of intervention on toddlers’ prosocial and aggressive behavior. Ninety-five 26- to 36-month-olds participated in a 2-month intervention in which trained teachers read emotion-based stories to small groups of children and then either involved them in conversations about emotions (experimental condition) or did not (control condition). Even after we controlled for age and general language ability, the children in the experimental condition were found to outperform the control group on measures of emotion knowledge and emotional-state talk. Furthermore, the intervention fostered gains in prosocial behavior, whereas it did not have a significant effect on the frequency of aggressive actions, which was lower at posttest in both groups. The positive effect of the training program on participants’ prosocial behavior was no longer significant when we controlled for gains in emotion knowledge and emotional-state talk. Practice or Policy: The results encourage the implementation of early educational programs focused on emotion knowledge in order to foster children’s prosocial behavior toward peers.     

Pre-service teachers’ perceptions on TPACK development after designing educational games

This qualitative case study aimed to investigate Early Childhood Education (ECE) pre-service teachers’ perception of development in their technological, pedagogical, content knowledge (TPACK) after designing educational computer games for young children. Participants included 21 ECE pre-service teachers enrolled in the course Instructional Technology and Material Design. The data were collected through focus group interviews, observations, and journals. The results indicated a perceived improvement in TPACK. Moreover, participants described initial difficulty designing educational computer games since they had limited technological knowledge (TK), design knowledge (DK), or experience designing educational computer games (TPACK). However, during the game design, specific TPACK was disseminated, and participants reported increased abilities in using technology and designing computer games for educational purposes.     

Exploring how children with reading difficulties respond to instructional supports in literacy games and the role of prior knowledge

Digital literacy games can be beneficial for children with reading difficulties as a supplement to classroom instruction and an important feature of these games are the instructional supports, such as feedback. To be effective, feedback needs to build on prior instruction and match a learner's level of prior knowledge. However, there is limited research around the relationship between prior knowledge, instruction and feedback in the context of learning games. This paper presents an empirical study exploring the influence of prior knowledge on response to feedback, in two conditions: with or without instruction. Thirty-six primary children (age 8–11) with reading difficulties participated: each child was assessed for their prior knowledge of two suffix types—noun and adjective suffixes. They subsequently received additional instruction for one suffix type and then played two rounds of a literacy game—one round for each suffix type. Our analysis shows that prior knowledge predicted initial success rates and performance after a verbal hint differently, depending on whether instruction was provided. These results are discussed with regards to learning game feedback design and the impact on different types of knowledge involved in gameplay, as well as other game design elements that might support knowledge building during gameplay.

Practitioner notes

What is already known about this topic

• Instructional supports, such as elaborative feedback, are a key feature of learning games.
• To be effective, feedback needs to build on prior instruction and match a learner's level of prior knowledge.
• Prior knowledge is an important moderator to consider in the context of elaborative feedback.

What this paper adds

• Providing additional instruction (eg, pre-training) may act as a knowledge enhancer building on children's existing disciplinary expertise, whereas the inclusion of elaborative feedback (eg, a hint) could be seen as a knowledge equaliser enabling children regardless of their prior knowledge to use the pre-training within their gameplay.
• Highlights the importance of children's preferred learning strategies within the design of pre-training and feedback to ensure children are able to use the instructional support provided within the game.
• Possible implications for pre-training and feedback design within literacy games, as well as highlighting areas for further research.

Implications for practice and/or policy

• Pre-training for literacy games should highlight key features of the learning content and explicitly make connections with the target learning objective as well as elaborative feedback.
• Pre-training should be combined with different types of in-game feedback for different types of learners (eg, level of prior knowledge) or depending on the type of knowledge that designers want to build (eg, metalinguistic vs. epilinguistic).
• Modality, content and timing of the feedback should be considered carefully to match the specific needs of the intended target audience and the interaction between them given the primary goal of the game.

     

Gender differences in game activity preferences of middle school children: implications for educational game design

Educators and learning theorists suggest that play is one of the most important venues for learning, and games a useful educational tool. This study considers game activity preferences of middle school-aged children, so that educational games might be made more appealing to them. Based on children’s activity modes identified in our prior research, we developed the Educational Game Preferences Survey, which collects information on children’s preferences for play activity modes, their attitudes about each activity mode, and their preferences for game characters, settings, and forms of help. Survey results suggest the appeal of the Explorative mode of play for all children, especially girls. Gender differences in children’s preferences and attitudes for Active, Strategic, and Creative play modes were also found. We close with recommendations for game design to appeal to both boys and girls, as well as for boys and girls individually, to build engagement and hopefully lead to learning.     

Improving the Numerical Knowledge of Children with Autism Spectrum Disorder: The Benefits of Linear Board Games

A lack of numerical knowledge early on can impede a child's academic development. In past research, playing linear board games improved children's understanding of numerical relations, which the authors theorised could extend to children with autism spectrum disorder. For this pilot study, 10 children played a board game where they moved tokens across coloured tiles displaying the numbers 1–10. During gameplay, students in the experimental group focused on the numbers on the tiles, while the control group focused on the colours. The assessment consisted of a number line estimation task, where students placed numbers ranging from 1 to 9 on a blank number line. Results showed children in the experimental group experienced statistically significant improvement in their understanding of numerical relationships of numbers on the number line estimation task. Findings indicate extended experiences with linear board games can support the numerical development of children with autism spectrum disorder.     

The effects of goal-oriented instructions in digital game-based learning

Few studies have investigated the effects of the instructions provided in educational computer games on cognitive processing and learning outcomes. In our experiment, we sought to compare the effects on learning outcomes of two different types of goal-oriented instructions: mastery-goal instructions, which prompt learners to develop skills or master new knowledge, and performance-goal instructions, which are frequently used in game environments and which encourage individuals to demonstrate their ability to succeed, particularly by surpassing others. Results showed that a mastery-goal instruction elicited deeper learning (as assessed with a transfer task) than a performance-goal instruction. No effect of instruction was observed on either learning (demonstration consultation) times at the start of the game or on training task (solving riddles) performances during it. These results are discussed in terms of learning processes. This study demonstrates that mastery goal-oriented instructions can promote active processing of educational content in a serious game environment.     

伽达默尔游戏理论对教育游戏的启示——兼论游戏与教育如何实现有效融合

游戏与教育如何融合一直是教育游戏研究的重要命题。教育游戏研究不仅应该根据教育理论,而且需要参考游戏理论。传统游戏理论过于强调游戏者的主体性,具有哲学上的主客二分的问题。而伽达默尔游戏理论突破了近代认识论模式的束缚,侧重于游戏与游戏者的统一,对教育游戏研究具有重要启示。根据伽达默尔的游戏理论,教育游戏的真实主体是游戏自身,存在方式为自我表现,意义产生需要观者在场参与。因此,教育游戏应该将娱乐性与严肃性紧密结合,引导学习者融入游戏;使游戏规则与自由保持张力,优化学习者的游戏过程;注重观看与参与相互渗透,促使学习者获得意义。     

Behavioral and neurophysiological effects of morphological awareness training on spelling and reading

Behavioral and neurophysiological effects of a computer-aided morphological training protocol were examined in German-speaking children from Grades 3 to 9. Study 1 compared morphological awareness, reading, and spelling skills of 34 trained children with an untrained control group of 34 children matched for age, sex, and intelligence. All participants in the training group showed increases in morphological awareness, but only students from secondary school improved significantly in reading and spelling competences. In Study 2, a subsample of 8 trained children with poor spelling and reading abilities and 10 untrained children with higher language competencies underwent an electroencephalography testing involving three different language tasks. The training resulted in decreased theta-activity and increased activity in lower (7–10 Hz) and upper alpha (10–13 Hz). These findings reflect more effortful and attention-demanding processing after the training and suggest that children with poor spelling and reading abilities use the acquired morphological knowledge in terms of a compensatory strategy.     

基于心流理论的教育游戏设计框架要素研究--以特殊儿童言语学习游戏为案例

构建有效的教育游戏设计模型是当前亟待研究的课题。在国内外心流理论和教育游戏设计相关成果的基础上,使用基于设计的研究方法,构建了基于心流理论的教育游戏设计框架。继而分析了该设计框架的构成要素及其设计方法,并基于该研究框架研发了特殊儿童言语学习游戏案例且进行了实证研究。研究发现,学习者在教育游戏中产生心流体验的前提条件有三个：清晰的任务目标、及时的反馈和任务与技能的平衡。为生成以上前提条件,教育游戏设计应分为四个阶段：游戏目标分析、游戏情境创设、游戏玩法设计和游戏元素设计,每个阶段应采取对应的设计任务使阶段性设计成果具备心流体验产生的条件。     

Designing Educational Video Games to Be Objects-to-Think-With

In this article we propose that educational game design should work to create games as objects-to-think-with—games that engage players in the exploration of and experimentation with personally interesting questions around domain-relevant representations. We argue that this design focuses on developing tools and interactions that the player can use for inquiry and productive thinking. As a step toward achieving this goal, we propose the constructible authentic representations design principle and illustrate this principle using a prototype game, Particles!, for exploring the particulate nature of matter. Observations of game play and interviews with 9 children ages 11–14 suggest that core game representations and mechanics provided players with a space for engaging in useful scientific practices and knowledge resources for reasoning about the important role molecular structure plays in material properties beyond the game. We explore how this design proposal extends and complements existing constructivist game design frameworks. Furthermore, we suggest that the framework of games as objects-to-think-with should push the educational game design community to consider the complexity and nuance of cognition and to embrace and champion the learner in game design.     

Early intervention with children of dyslexic parents: Effects of computer-based reading instruction at home on literacy acquisition

The hereditary basis of dyslexia makes it possible to identify children at risk early on. Pre-reading children genetically at risk received during 14 weeks a home- and computer-based training in phonemic awareness and letter–sound relationships in the context of reading instruction. At posttest training effects were found for both phonemic awareness and letter knowledge. Trained at-risk children (n = 31) made more progress than untrained at-risk controls (n = 26) and kept up with untrained not-at-risk controls (n = 16). However, the headstart of the trained group did not affect beneficially first and second grade reading and spelling proficiency. Following the start of phonics-based instruction at school, the trained at-risk children could not be discriminated from the untrained at-risk controls, and they were delayed relative to the not-at-risk controls. In order to promote long-term benefits and prevent undoing the advantage of early intervention, delivery should be both home- and school-based and more effort needs to be put in throughout first grade.     

Motivating Children to Learn Effectively: Exploring the Value of Intrinsic Integration in Educational Games

The concept of intrinsic motivation lies at the heart of the user engagement created by digital games. Yet despite this, educational software has traditionally attempted to harness games as extrinsic motivation by using them as a sugar coating for learning content. This article tests the concept of intrinsic integration as a way of creating a more productive relationship between educational games and their learning content. Two studies assessed this approach by designing and evaluating an educational game called Zombie Division to teach mathematics to 7- to 11-year-olds. Study 1 examined the learning gains of 58 children who played either the intrinsic, extrinsic, or control variants of Zombie Division for 2 hr, supported by their classroom teacher. Study 2 compared time on task for the intrinsic and extrinsic variants of the game when 16 children had free choice of which game to play. The results showed that children learned more from the intrinsic version of the game under fixed time limits and spent 7 times longer playing it in free-time situations. Together, these studies offer evidence for the genuine value of an intrinsic approach for creating effective educational games. The theoretical and commercial implications of these findings are discussed.     

Substantial Integration of Typical Educational Games Into Extended Curricula

Much research focuses on what might be possible with digital games in the classroom. This study focuses on what is currently probable and typical. It uses a controlled quasi-experimental design to compare outcomes for students of 13 teachers in 10 diverse urban, suburban, and rural schools. The teachers integrated a set of 55 typical educational games into their curricula on Jacksonian democracy. Teachers reported strong engagement benefits for the game condition and a strong interest in using games of this type in the future in their surveys and interviews. Each teacher taught at least one classroom with the games and at least one classroom without the games. When the one teacher who reported a failed implementation was dropped from the analysis, the results showed significantly higher gains for the game condition in terms of multiple-choice factual outcomes, open-response factual outcomes, evidentiary depth, and student engagement outcomes. When the failed implementation was included, the game condition demonstrated improved scores for all outcomes, but only student engagement and evidentiary depth remained significant. Moderator analyses highlighted the role of teacher experience and student engagement in the efficacy of the game condition, indicating that game instruction was particularly beneficial for special education students.     

Can narrative cutscenes improve home learning from a math game? An experimental study with children

Little is known about the instructional effects of narrative framing elements in child learning games. In this study, second and third graders (M_age = 8.24) played one of two versions of a successful, commercial mathematical learning game at home for 2 weeks (N = 95; between-subject design). The versions differed in the presence/absence of a background story conveyed through comic cutscenes at the beginning and the end of the game. Results showed that children played the game intensively in both conditions: despite not being forced to do so. Plus, they also learned from the game. As expected, children assigned to the cutscenes condition interfaced with the cutscenes. However, no between-group difference was detected in pre-post learning gains, parent-reported engagement, self-reported enjoyment, time spent with the game and the number of solved in-game tasks (all |ds| < 0.29). Altogether, no advantage or disadvantage from the narrative comic cutscenes was revealed.     

学前流动儿童的非正规游戏活动

游戏是儿童接受早期教育的一把金钥匙,随父母进城学习和生活的学前流动儿童所拥有的教育资源和活动资源十分匮乏,为学前流动儿童组织恰当的非正规室外游戏活动,利于其在流入地健康成长,快乐学习。