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Background Study: As flipped learning is a flexible pedagogical methodology to tailor students' needs and maximize the learning effects, this study integrated peer learning with MosoTeach‐supported flipped mode in an undergraduate blended EFL course. MosoTeach is a popular online learning platform in China with a variety of learning resources. Objectives: The study aimed to test the impact of MosoTeach flipped learning (MTFL) mode on undergraduate EFL students' perceived motivation, participation, feedback, and test performance. Methods: A quasi‐experimental design was carried out in Z university during the spring semester of 2020, with the experimental group (n = 34) adopting the MTFL model and a control group (n = 33) the non‐flipped mode. Results and Conclusions: The independent t‐test results showed that the experimental MTFL group outperformed the control group in post‐test scores, and a positive correlation was found in the relationship between the experimental MTFL group's post‐test scores and MosoTeach learning experience points (LEPs). Moreover, the course perception questionnaire survey indicated a higher level of students' perceived motivation, participation, and feedback in the experimental MTFL group, which corresponded to the results of the content analysis of students' responses to open‐ended questions and reflective reports. But students in both groups experienced challenges such as isolation, procrastination and technological anxiety. Lay Description: What is currently known about this topicFlipped language learning is mostly reported to be effective in improving EFL learning.Peer learning is mostly reported to be effective in improving EFL learning.MosoTeach was investigated in English learning contexts before, but without experimental design. What this paper addsMosoTeach proved as a valid online learning platform in flipped language learning, and the learning experience points (LEPs) on MosoTeach could predict students' exam performance.Students in the experimental group (MosoTeach‐supported flipped) had better exam performance and a higher level of motivation, participation and feedback.Students in both groups experienced isolation, procrastination and technological anxiety. Implications for practice:Peer discussion boards in MosoTeach provide learning support effectively for students in pre‐class learning.Group projects and peer assessment in MosoTeach integrate pre‐class peer discussion into in‐class interaction successfully.MosoTeach provides equal opportunity for every student in the large‐size Chinese English classes, thus contributing to the equity of in‐class peer interactions. [ABSTRACT FROM AUTHOR]

Background: Leaderboards are a highly popular gamification component used in student learning to enhance motivation, attentional engagement, and learning performance. However, few studies have examined the effects of individual leaderboard elements on English vocabulary learning through video lectures. Objectives: The present study aimed to examine how different leaderboard elements (i.e., points and rank) may affect students' English vocabulary learning through video lectures. Methods: A total of 34 students were assigned to groups using different leaderboard elements in a counterbalanced order. Participants' motivation, eye movements, and learning performance were measured and analysed. Results and Conclusions: Students' leaderboard rank was shown to increase their motivation regardless of whether other elements were present. Eye movement tracking revealed that the presence of the leaderboard increased students' saccades between the questions and the options, and lengthened their dwell time on the learning materials while reducing their dwell time on the non‐learning‐related screen areas. Presenting students' rank alone also improved their learning performance. Implications: Our findings strongly support the use of video lectures for English vocabulary learning, with the following recommendations: (1) Instructors should present students' rank on the leaderboard to enhance students' motivation and engagement; (2) Instructors should present only the students' rank on the leaderboard to also enhance students' learning performance. Lay Description: What is already known about this topic: While learning English vocabulary from video lectures, students might experience low levels of motivation and engagement, and pay less attention to the lectures.Leaderboards are a highly popular gamification component used in student learning to enhance motivation, attentional engagement, and learning performance.It remains unclear which leaderboard elements (i.e., points or rank) contribute most significantly to the effectiveness of the leaderboards. What this paper adds: Leaderboard elements have different effects on English vocabulary learning.The rank on the leaderboard benefited students' motivation and engagement.The rank also enhances students' confidence and learning performance. Implications for practice and/or policy: Instructors should present students' rank on the leaderboard to enhance students' motivation and engagement.Instructors should present only the students' rank on the leaderboard to also enhance students' learning performance. [ABSTRACT FROM AUTHOR]

Background: Health sciences education prepares students for social‐ and healthcare by developing evidence‐based nursing, leadership and working life skills, including collaboration. Due to the changes caused by the global pandemic, health sciences education has shifted more to online and hybrid contexts, which can challenge students' competence development. Students' competence development and interaction in collaborative hybrid learning is a little researched area. Objectives: To observe and evaluate health sciences students' competence development in a collaborative hybrid learning context. Methods: This quasi‐experimental mixed‐method study was implemented by providing educational intervention. First‐year Bachelor's degree health sciences students (n = 18) of a Finnish university completed an educational intervention with synchronous online and face‐to‐face learning. Students' collaborative hybrid learning and interaction were video observed, while self‐evaluation of competence development was made with a questionnaire. Results: In the collaborative interactions, the students showed analytical thinking, problem‐ solving and communication and technology skills. Extensive knowledge of health sciences and ethics skills was not strongly visible in interaction. The students effectively used collaborative work time to perform tasks. Cognitive interaction (monitoring and evaluating learning) was observed in 85% and socio‐emotional interaction (expressions of emotions and motivation) in 53% of the data. Related to the students' learning results, the students' ability to communicate and interact with culturally different people improved after the educational intervention. Conclusion: Collaborative learning methods in hybrid learning can create opportunities for students to construct their competence in interaction. Attention should be paid to different areas of competence and the role of socio‐emotional interaction. Lay Description: What is already known about this topic: Health sciences education prepares students for social and healthcare by developing working life skills, including collaboration.Hybrid learning brings benefits but challenges the equity of students with different attention modes.Collaborative learning is widely used but has not been studied much in hybrid context.Students' competence development and interaction in collaborative hybrid learning is a little researched area. What this paper adds: The purpose was to observe and evaluate health sciences students' competence development in a collaborative hybrid learning context.Hybrid collaborative interaction encourages students to construct knowledge in health sciences.The students utilised the collaborative time appropriately.Socioemotional interactions were very visible in collaborative learning. Implications for practice: This study helps educational organisations to design hybrid model education.The design requires pedagogical and technical competence and should include collaborative methods.Attention should be paid to different areas of competence in collaborative learning.The role of socio‐emotional interaction needs more focus in hybrid learning. [ABSTRACT FROM AUTHOR]

Background: Learning which letters correspond to which speech sounds is fundamental for learning to read. Based on previous experimental studies, we developed a serious game aiming to boost letter‐speech sound (L‐SS) correspondences in a motivational game environment. Objectives: The goal of this study was to determine the efficacy of this game in training L‐SS correspondences in pre‐readers. Additionally, an extended version of the game was developed given the importance of handwriting in audio‐visual integration. We established whether including a motoric component in the game boosted the letter‐speech sound training on top of the effect of the game without the motoric component. Methods: One‐hundred forty‐five kindergartners were randomly allocated to play either the standard audio‐visual version of the game, the motoric version or a control math game. All children were pre‐ and post‐tested on L‐SS knowledge and reading accuracy. Results and conclusions: We found that playing the game enhanced pre‐readers' L‐SS knowledge, but not reading accuracy, after a short, intensive intervention period of 3 weeks. However, children who played the motoric version of the game did not differ significantly from either the standard or the control condition. Implications: This game was efficient in training L‐SS correspondences in pre‐readers. These results suggest that this game might be useful as a preventive evidence‐based intervention for at‐risk children in kindergarten who might benefit from a head start before learning how to read. Future studies are needed to examine whether a longer intervention period results in L‐SS knowledge being translated into reading skills. Lay Description: What is already known about this topic: Automatised and fluent reading requires much exposure and practice, but intensive teacher support for all at‐risk readers is economically and practically unfeasibleHandwriting movement likely to enhance coupling of auditory and visual informationOne way to provide high exposure is with game‐based interventionsLack of studies examining the efficacy of these interventions What this paper adds: Serious game enhances letter‐speech sound knowledge in pre‐readers after 3 weeks of intensive interventionThis effect did not transfer to reading performanceNo additional effect of the handwriting movement, possibly due to the short intervention periodIn‐game measures slightly mediated intervention progress Implications for practice and/or policy: Growing evidence of game‐based interventions as promising tools to support reading developmentGame can possibly serve as evidence‐based intervention for at‐risk children in kindergarten who might benefit from a head start before learning how to read [ABSTRACT FROM AUTHOR]

Background: Socially shared regulation is a vital factor that affects students' collaborative programming performance. However, students' weak group metacognitive skills or inability to adopt shared regulation mechanisms lead to unsatisfactory collaborative programming learning. Objectives: This study proposes an approach to support socially shared regulation in collaborative programming learning in order to enhance students' programming achievements and group metacognition. Methods: A quasi‐experimental study was conducted in a junior high school over a 10‐week period to investigate the impact of the proposed approach on programming achievements, group metacognition, and cognitive load. Forty eighth‐grade students participated in the study, with the experimental group learning via the proposed approach, while the control group used the conventional collaborative programming learning approach. Results and Conclusions: The analysis included data from 38 participants. The experimental results showed that the programming achievements and group metacognition of the experimental group were significantly better than those of the control group. Additionally, the proposed approach did not increase the cognitive load of the students. Implications: This study has important implications for teachers, learners, and researchers in collaborative programming and social regulation. Our proposed collaborative programming learning approach enhances learners' social regulation and performance, providing teachers with an effective tool for improving collaborative programming learning. This study also extends the field of socially shared regulation of learning (SSRL), demonstrating its potential to improve the effectiveness of collaborative programming learning and highlighting the need for future research to explore the mechanisms of SSRL in this context. Lay Description: What is already known about this topic?: Programming learning is difficult for most learners.Collaborative programming is an effective method of programming learning.Students' weak group metacognitive skills or inability to adopt shared regulation mechanisms lead to unsatisfactory collaborative programming learning. What this paper adds?: This study proposes a method to enhance collaborative programming learning by supporting socially shared regulation among students.The study utilized a quasi‐experimental to demonstrate the effectiveness of the approach in improving students' programming learning performance.The shared regulation approach was found to significantly improve students' programming achievements and group metacognition when compared to conventional collaborative programming approaches.Importantly, the shared regulation approach did not increase the cognitive load of the students, indicating its potential for practical implementation in programming education. The implications of study findings for practitioners: This study has shown that an approach that supports social shared regulation can improve student performance in collaborative programming learning, and that teachers can use this approach to help students learn programming better collaboratively.This study also contributes to the field of social shared regulated learning by demonstrating how it can support collaborative programming and improve its effectiveness. [ABSTRACT FROM AUTHOR]

Background: The language of the science curriculum is complex, even in the early grades. To communicate their scientific observations, children must produce complex syntax, particularly complement clauses (e.g., I think it will float; We noticed that it vibrates). Complex syntax is often challenging for children with developmental language disorder (DLD), and thus their learning and communication of science may be compromised. Aims: We asked whether recast therapy delivered in the context of a science curriculum led to gains in complement clause use and scientific content knowledge. To understand the efficacy of recast therapy, we compared changes in science and language knowledge in children who received treatment for complement clauses embedded in a first‐grade science curriculum to two active control conditions (vocabulary + science, phonological awareness + science). Methods & Procedures: This 2‐year single‐site three‐arm parallel randomized controlled trial was conducted in Delaware, USA. Children with DLD, not yet in first grade and with low accuracy on complement clauses, were eligible. Thirty‐three 4–7‐year‐old children participated in the summers of 2018 and 2019 (2020 was cancelled due to COVID‐19). We assigned participants to arms using 1:1:1 pseudo‐random allocation (avoiding placing siblings together). The intervention consisted of 39 small‐group sessions of recast therapy, robust vocabulary instruction or phonological awareness intervention during eight science units over 4 weeks, followed by two science units (1 week) taught without language intervention. Pre‐/post‐measures were collected 3 weeks before and after camp by unmasked assessors. Outcomes & Results: Primary outcome measures were accuracy on a 20‐item probe of complement clause production and performance on ten 10‐item unit tests (eight science + language, two science only). Complete data were available for 31 children (10 grammar, 21 active control); two others were lost to follow‐up. Both groups made similar gains on science unit tests for science + language content (pre versus post, d = 2.9, p < 0.0001; group, p = 0.24). The grammar group performed significantly better at post‐test than the active control group (d = 2.5, p = 0.049) on complement clause probes and marginally better on science‐only unit tests (d = 2.5, p = 0.051). Conclusions & Implications: Children with DLD can benefit from language intervention embedded in curricular content and learn both language and science targets taught simultaneously. Tentative findings suggest that treatment for grammar targets may improve academic outcomes. What this paper adds: What is already known on the subject: We know that recast therapy focused on morphology is effective but very time consuming. Treatment for complex syntax in young children has preliminary efficacy data available. Prior research provides mixed evidence as to children's ability to learn language targets in conjunction with other information. What this study adds: This study provides additional data supporting the efficacy of intensive complex syntax recast therapy for children ages 4–7 with Developmental Language Disorder. It also provides data that children can learn language targets and science curricular content simultaneously. What are the clinical implications of this work?: As SLPs, we have to talk about something to deliver language therapy; we should consider talking about curricular content. Recast therapy focused on syntactic frames is effective with young children. [ABSTRACT FROM AUTHOR]

Background: The development and promotion of educational games are still outpacing knowledge of these games' effects, raising calls for evidence of benefits and challenges. Studies suggest that students and teachers like games, but the payoff of the investment in terms of increased motivation and achievement remains unclear. Objectives: This study investigates the pure effect of a marketing simulation game on motivation, perceived learning and achievement, above and beyond regular student‐active instruction. Methods: We applied a randomized, controlled experiment in a marketing course in upper‐secondary schools (Nclasses = 22; Nstudents = 433) comparing a collaborative–competitive marketing simulation game with regular, case‐based, student‐active instruction on three groups of outcome measures: motivation, perceived ability, and achievement. Additionally, students and teachers provided quantitative and qualitative feedback on game experiences. Results and Conclusions: We showcase the importance of a robust study design with valid compound instruments. Moreover, investigations of the game implementation and experiences reveal insights about intervention timing, differential negative consequences by gender and need for reflection opportunities. We find no clear evidence of positive or negative effects of the game, despite students' and teachers' satisfaction. Implications: Beyond the effect evaluation, we offer recommendations to researchers and developers of educational games about scaffolding, timing and teacher competence building. Lay Description: What is already known about this topic: Some curricula contains many terms and complex knowledge links.Simulation games are a popular remedy for these challenges.Prior studies have relied on users' satisfaction with the game and unrealistic comparisons. What this paper adds: This experiment compares game usage and regular student‐active instruction.They use various measures of satisfaction, motivation, perceived learning and achievement.The game has no effect on main outcomes. Implications for practice and/or policy: Game implementation requires digitally acquainted and trained teachers.Uncritical game design and use may motivate competitive boys over collaborative girls. [ABSTRACT FROM AUTHOR]

Training design for automatic skills has a vast domain of application, such as education, physical and cognitive rehabilitation, as well as sports, arts and professional training. Gamification concept used in technology‐assisted training has the potential to increase motivation, engagement and adherence to the training programme. Currently, the general gamification models of learning, did not take into account the temporal specificity of the game elements for automaticity acquisition training. In order to address this problem, an extensive overview of the key training attributes that impact automaticity acquisition was carried out. Then, based on this review, the three steps of a proposed model were presented. The first step of this model, named Task Analytics, helps with task‐specific training decisions. The second step provides descriptive and prescriptive approaches for the three phases of automaticity acquisition (fast learning, slow learning and automatization). The descriptive part characterizes each phase using psychological and performance‐related qualities, while the prescriptive part recommends the appropriate training elements for each phase. Based on the prescriptive part, a game‐design model is proposed in the third step, which classifies the game mechanics and maps them onto each phase of automaticity acquisition. Finally, to validate this approach, a mobile game was designed based on the proposed gamification model, and it was compared to control design. The two approaches are tested with 49 participants. The results showed that the experimental group had a significantly better engagement and higher performance. Furthermore, the experimental group showed significantly better performance in a multitasking challenge designed to evaluate the automaticity. The main contribution of this article is the proposed game design model that takes into account the temporal specificity of game elements during the acquisition of automaticity. Lay Description: What is already known about this topic: Automaticity is omnipresent in our daily lives. It includes a wide variety of physical or cognitive abilities.Training principles for knowledge acquisition are different from automaticity acquisition.Fostering automaticity needs a substantial amount of repetition, which in turn, requires motivation and engagement.Game‐based approaches can improve motivation and engagement. However, their designs have remained largely arbitrary and do not follow clear design guidelines. What this paper adds: Current serious game‐design models target knowledge acquisition or learning in general. However, the presented model focuses specifically on automaticity acquisition.This paper provides an updated and comprehensive overview of the key training elements required for the acquisition of automatic skills.This three‐step model is proposed based on the evidence in the literature; it suggests the appropriate training elements, and game mechanics for each phase of automaticity acquisition.The results of the experimental study validated the effectiveness of the proposed model. Implications for practice and/or policy: Medical conditions, in which an automatic skill (physical or cognitive) is affected, can greatly benefit from this serious game design model.In designing serious games, a differentiation should be made between knowledge acquisition and skill acquisition (including automaticity acquisition).Automaticity acquisition goes though phases and this should be reflected in both training design, as well as, serious game design.Some training design choices are task‐specific or depend on the target group (e.g., age). Hence, their designs should follow recommendations extracted from the literature. [ABSTRACT FROM AUTHOR]

With the advent of mobile technologies, well‐designed fraction apps can be used to help children gain fraction knowledge, a challenging topic for both teachers and students. The present pilot study adopted a quasi‐experimental design to investigate whether children can learn fraction concepts equally well if half of the lesson time (20 min) is replaced with game‐based learning. Keeping the total lesson time (40 min) identical, the control group (N = 33) received traditional instruction, and the experimental group (N = 32) was presented with a blended learning approach spending half of the class time (20 min) playing tablet‐based fraction games, where each of the learners had their own tablet. The results suggested that in the posttest, the experimental group achieved similar learning gains to the control group and appear to have achieved better performance in the transfer test than the control group. This paper also discusses the efficiency of game‐based learning, the mechanism of how fraction games might enhance learning, and the potential of integrating game‐based learning in educational settings. Lay Description: What is already known about this topicAs a significant mathematical concept in daily life, fractions are crucial for later success in math learning.As a promising new technology, educational games show a great potential for improving learning.Well‐designed fraction apps can be used to help children gain fraction knowledge.What this paper addsGame‐based fraction learning can be combined with formal learning in school education.Game‐based fraction learning might provide a more efficient approach to increasing students' conceptual knowledge of fractions.The result showed that the experimental group achieved a similar cognitive level as the control group although they spent half of the time playing a game, suggesting that children can gain knowledge from the experiences of playing games.What are the implications for practice and/or policyThe result suggests that the proper use of educational games in teaching fractions can make learning more efficient.Further research needs to be done to determine whether the fraction understanding gained through playing these games will have an impact on students' future learning of more complicated fraction concepts. [ABSTRACT FROM AUTHOR]

Background: Performance goal orientations are influential motivational factors for predicting learning performance. However, a lack of attention has been paid to investigating the effects of performance goal orientations on learning performance and in‐game performance in the context of digital game‐based learning. Objectives: This study implemented a game‐based English vocabulary learning system and investigated how performance goal orientations affected learners' learning performance and in‐game performance. Methods: A total of 59 non‐English major university students participated in this study, divided into performance‐approach learners (PAPL) and performance‐avoidance learners (PAVL) based on their performance goal orientations. The English vocabulary listening test and log data were collected for conducting quantitative analyses. Results and conclusions: The results showed that the PAPL outperformed the PAVL in learning performance, whereas the two groups demonstrated similar gain scores and overall in‐game performance. Moreover, the results showed that the PAVL's learning performance was strongly associated with all aspects of in‐game performance in the learning activities. Conversely, the PAPL's learning performance was only associated with two aspects of in‐game performance in the competition activities. Implications: The findings of this study suggest that performance goal orientations play significant roles in both learning performance and in‐game performance, which could benefit the PAVL's in‐game performance, which is a substantial factor in promoting their learning performance via DGBL. Lay Description: What is already known about this topic: Digital game‐based learning (DGBL) has been widely adopted in various subject areas.DGBL is an effective learning approach for language learning.Performance goal orientations are influential motivational factors in predicting learning performance.Relevant empirical research on performance goal orientations in DGBL is scarce and inconclusive. What this paper adds: A game‐based English vocabulary learning system was developed based on the considerations of different characteristics of performance goal orientations.This study provides understandings of the impact of performance goal orientations on both learning performance and in‐game performance in DGBL.Performance‐approach learners outperformed performance‐avoidance learners, whereas the two groups demonstrated similar gain scores and overall in‐game performance.Performance‐avoidance learners' in‐game performance is a substantial factor in promoting their learning performance via DGBL. Implications for practice and/or policy: Educators should consider adopting game‐based assessment to reduce the gap between learners with different performance goal orientations.DGBL can be a potential approach to supporting different performance goal orientations, but it is particularly beneficial to learners with performance‐avoidance goals.Learners with different performance goal orientations need different types of learning activities to achieve better performance.A personalized DGBL system should be developed to accommodate the needs and preferences of learners with performance‐approach and performance‐avoidance goals. [ABSTRACT FROM AUTHOR]

Given the widespread use of touch screen devices, the effect of the users' fingers on information processing and learning is of growing interest. The present study drew on cognitive load theory and embodied cognition perspectives to investigate the effects of pointing and tracing gestures on the surface of a multimedia learning instruction. Learning performance, cognitive load and visual attention were examined in a one‐factorial experimental design with the between‐subject factor pointing and tracing gestures. The pointing and tracing group were instructed to use their fingers during the learning phase to make connections between corresponding text and picture information, whereas the control group was instructed not to use their hands for learning. The results showed a beneficial effect of pointing and tracing gestures on learning performance, a significant shift in visual attention and deeper processing of information by the pointing and tracing group, but no effect on subjective ratings of cognitive load. Implications for future research and practice are discussed. Lay Description: What is currently known about the subject matter? Pointing and tracing gestures enhance learning with multimediaThe effect is true for paper based and digital learning instructionsLess is known about the cause of this effect with regard to complex learningDifferent theoretical explanations are currently discussed What our paper adds to this A detailed analysis of the effect using eye‐tracking and touch screen dataEvidence that the effect of pointing and tracing is mediated by eye‐movementsRelevant information concerning the discussion about theoretical explanations The implications of study findings for practitioners Pointing and tracing gestures can guide the learners' visual focus of attentionPointing and tracing gestures can increase the learners' visual attentionPointing and tracing gestures foster information processing when learning with multimediaLearners can or even should use pointing and tracing gestures to support learning [ABSTRACT FROM AUTHOR]

Experiences in immersive 3D virtual reality (VR) are more presence‐inducing, and so it may be tempting to claim that content will be learned better in VR. This randomized control trial study on natural selection challenges that assumption. This study answers the question of whether learning STEM in an immersive 3D VR environment is always superior to learning via a 2D monitor (PC). This is a 2 × 2 × 3 design. The first factor is platform immersivity (low = 2D PC, or high = 3D VR), the second factor is level of embodiment (lower = watching playback video, or higher = using mouse/controller to agentically manipulate content), and the third factor is test time (pretest, posttest, and follow‐up). There was a significant main effect for embodiment, the high embodied and agentic groups learned the most. There was not a main effect for platform, because the participants in the low embodied VR group performed significantly worse than the three other groups. Although, the one high embodied, VR group learned and retained the most knowledge. A path‐analysis revealed that the effect of platform was significantly mediated by presence, agency, and engagement. The smaller learning gain in the low embodied VR condition suggests that participants come to the immersive VR experience with expectations about agency and control of the virtual content, and when those expectations were not met, the disconnect was deleterious for learning. More agentic and interactive control of manipulable virtual content is encouraged. Design is critical, and platform is not destiny. Lay Description: What is already known about this topic?: VR has special affordances like presence and embodied content manipulation that can increase learning, if used correctly.Compared to 2D desktop, being in 3D VR generally induces more presence and more engagement.When students physically reenact, using gesture or embodied learning, greater learning gains are often seen. What this paper adds?: The high embodied, active VR group learned the most and reported the most engagement.Overall, being active and embodied resulted in more learning (regardless of the platform of desktop or VR).Embedded and embodied kinesthetic in‐process assessments during gameplay are valid measures of comprehension.The pathways leading to post‐play and 1 week follow‐up knowledge are complex. Implications for practice and/or policy?: Designers should strive to create embodied and agentic tasks in educational VR games.Watching a playback video on a 2D PC (desktop) platform can be appropriate for learning, but passive viewing videos in immersive VR can attenuate learning.Designers should include more embedded, in‐process data gathering during educational gameplay.Some guidelines are given for in‐process assessments, these assessments can lead to more dynamic, adaptive learning. [ABSTRACT FROM AUTHOR]

Background: Past research has shown that seductive details (i.e., interesting, but irrelevant adjuncts in learning materials) hamper learning in short, instructor‐paced learning sessions through impaired cognitive processing. Objectives: We integrate theory and research on multimedia learning and self‐control to test whether detrimental effects of seductive details also apply to longer and strenuous learning sessions (e.g., online lectures), in which there is greater need for self‐control. Methods: A total of N = 194 students studied five chapters in a digital learning unit about chemistry either (1) without seductive details, or (2) with seductive details but without being informed about their irrelevance for the learning goal, or (3) with seductive details while being informed about their irrelevance. To assess learning outcomes, all students completed the same posttests for recall and transfer of knowledge. Results and conclusions: For students who were uninformed about the details' irrelevance, the seductive details impeded learning outcomes not just overall, but also in the final phase of prolonged studying (i.e., when the willingness to self‐control is reduced). The latter effect was mediated through a reduced positive affect. Implications: The seductive details effect seems to generalize to prolonged learning sessions, where students may start to dislike the seductive details. Lay Description: What is already known about this topic?: Seductive details (i.e., interesting, but irrelevant adjuncts) hamper learning in short instructor‐paced learning sessions through impaired cognitive processing.However, they also have beneficial effects on affective factors.These benefits did not translate to better learning outcomes in past research.It is unknown whether the affective benefits could translate to better learning outcomes in longer, more self‐paced learning sessions (e.g., digital learning sessions), with higher self‐control demands. What this paper adds?: The harmful effect of seductive details on learning also appears in extended and self‐paced digital learning sessions.However, seductive details hampered learning only when students perceived them as relevant. The implications of study findings for practitioners: Seductive details should be used very cautiously or even be excluded from instructional material.If it is impossible to dismiss the seductive details in actual learning materials, students should be informed about the details' irrelevance for learning to avoid their potential negative effects. [ABSTRACT FROM AUTHOR]

As immersive virtual reality (IVR) systems proliferate in classrooms, it is important to understand how they affect learning outcomes and the underlying affective and cognitive processes that may cause these outcomes. Proponents argue that IVR could improve learning by increasing positive affective and cognitive processing, thereby supporting improved performance on tests of learning outcome, whereas opponents of IVR contend that it could hurt learning by increasing distraction, thereby disrupting cognitive learning processes and leading to poorer learning outcomes. In a media comparison study, students viewed a biology lesson either as an interactive animated journey in IVR or as a slideshow on a desktop monitor. Those who viewed the IVR lesson performed significantly worse on transfer tests, reported higher emotional arousal, reported more extraneous cognitive load and showed less engagement based on EEG measures than those who viewed the slideshow lesson, with or without practice questions added to the lessons. Mediational analyses showed that the lower retention scores for the IVR lesson were related to an increase in self‐reported extraneous cognitive load and emotional arousal. These results support the notion that immersive environments create high affective and cognitive distraction, which leads to poorer learning outcomes than desktop environments. Lay Description: What is already known about the topic: IVR is gaining popularity in classrooms, and it is important to understand its effects on learning.Some theories suggest IVR could help learning because it may increase motivation.Other theories suggest IVR could hurt learning because it causes distraction. What this paper adds: The biology lesson displayed in IVR led to less learning than a PowerPoint lesson.Viewing the IVR lesson caused higher emotional arousal than viewing the PowerPoint lesson.The IVR lesson led to more distraction based on self‐report and EEG measures than the PowerPoint lesson.These results suggest that IVR creates high emotional and cognitive distraction, which leads to less learning. Implications for practice: Using IVR to replace traditional classroom lessons may not yet be useful.However, because students report enjoying IVR, it may be useful to use in addition to conventional lessons.Future research should determine how specific factors of the technology and the learners affect learning outcomes. [ABSTRACT FROM AUTHOR]

Peer Instruction is an active learning method widely used in higher education, whereby students answer a series of questions twice, once before and once after peer discussion. There is an ongoing debate as to whether a collective feedback should be given after the students' initial answer, and if so, how the frequently observed group conformity can be avoided. This study examined whether guiding on the use of this feedback can reduce group conformity and improve learning using an interactive learning environment to administer a new type of quiz using graphics, and delivering collective feedback to the whole class in a novel heatmap format. In the experimental group, the teacher told the students that the answer indicated by the heatmap was not necessarily the correct one; this information was not given to students in the control group. Results revealed that guided students were less likely to adopt the (incorrect) majority answer than the non‐guided students, and consequently, they were more likely to improve their learning by reaching an agreement about the correct answer through discussion with their peers. These findings suggest that guiding students in their use of collective feedback may have a crucial role in Peer Instruction. [ABSTRACT FROM AUTHOR]

For the training of academic skills, digital educational games with integrated adaptivity are promising. Adaptive games are considered superior to non‐adaptive games, because they constantly assess children's performance, and accordingly adapt the difficulty of the tasks corresponding to the children's individual level. However, empirical evidence with regard to the effectivity of adaptive compared to non‐adaptive games is limited. A study was conducted with 191 children from the third year of Kinder garten who were enrolled in one of three conditions, that is, playing an adaptive version of the reading game (RG), a non‐adaptive version of the RG or training with pen‐and‐paper exercises. In all three conditions, children trained emergent reading (phonological awareness and letter knowledge) once a week for 30 min over a period of 5 weeks. Children's performance on cognitive (phonological awareness, letter knowledge, reading fluency) and non‐cognitive (motivation, self‐concept) factors was assessed. Results revealed a significant improvement in phonological awareness and letter knowledge in all conditions. However, no differences between the conditions were observed with respect to children's improvement on phonological awareness and letter knowledge or on their post‐test scores for reading fluency. With regard to motivation and self‐concept, again, no differences in these non‐cognitive factors were observed across conditions. [ABSTRACT FROM AUTHOR]

The purpose of this research was to compare the effectiveness of physical and virtual tangrams on preschool children's learning engagement and achievement. Children listened to an e‐storybook narration and solved puzzles individually. The experimental group (N = 31) completed puzzles embedded in the e‐storybook using virtual tangrams, while the control group (N = 30) completed the same puzzles using physical tangrams on outlines drawn on a paper. Results indicated that the experimental group had significantly higher overall engagement than the control group. The experimental group had significantly higher learning achievement (time taken to complete outlines) when using virtual tangrams. It is hoped that the study will be beneficial to classrooms concerning how to use tangrams in teaching and learning and to instructional designers on how to design an e‐storybook for young readers. [ABSTRACT FROM AUTHOR]

Sound‐augmented toys producing factual knowledge were thought to encourage incidental, playful learning in children with visual impairments (VIs). A group of 15 children with VIs and 22 sighted controls played with a sound‐augmented savannah landscape and listened to an informative story in a counterbalanced order. Children's knowledge about savannah animals was assessed at baseline and after each condition in order to quantitatively compare knowledge gains between conditions. Results indicated that children with VIs gained more knowledge than sighted controls from playing with the sound‐augmented toy. Furthermore, offering both the augmented toy and the informative story led to higher knowledge gains than a single medium, especially in children with VIs. Sound‐augmented toys could therefore be a useful addition to the current curriculum in special education for children with VIs. Lay Description: What is already known about this topic: Game‐based learning is becoming more popular as educational context.Children with visual impairments are often unable to benefit from a predominantly visual learning context.Augmented environments encourage exploratory learning by enhancing physical materials with technology.Sound‐augmented toys might encourage playful learning in children with visual impairments. What this paper adds: This empirical study compared an innovative sound‐augmented toy with traditional verbal instruction.Both children with visual impairments and a sighted comparison group participated.The targeted learning outcome was factual knowledge about animals.Children gained comparable knowledge from the augmented environment as from verbal instruction.The augmented toy was a more effective learning context for children with visual impairments than in sighted children. Implications for practice and/or policy: Sound‐augmented environments encourage object interaction and playful learning in children with visual impairments.Sound‐augmented toys can be a useful addition to the current curriculum of children with visual impairments in special education. [ABSTRACT FROM AUTHOR]

This study combined virtual reality (VR) technology, the 6E (Engage, Explore, Explain, Engineer, Enrich, and Evaluate) model, and STEM (Science, Technology, Engineering, and Mathematics) education to develop a hands‐on activity aimed at helping students to achieve "learning by doing." The participants were 162 tenth‐grade students, divided into the Experimental Group (hands‐on activity using VR technology) and the Control Group (hands‐on activity via lectures). Using sequential analysis, this study investigated how the hands‐on activity influenced the students' behavioral patterns in learning. The results showed that all of the students' learning performances and hands‐on abilities were enhanced. Moreover, the students who used VR technology achieved both significantly better learning performances and hands‐on abilities, indicating that VR might be able to help the students understand abstract scientific concepts and build mental models, which they used to internalize and organize knowledge structures. Furthermore, this study discovered that the students who learned using VR technology formed a cyclical learning pattern, starting with a group discussion (G), moving on to solving problems (S) and developing a product (D), and then going back to another group discussion. However, the students who learned via lectures produced a linear learning pattern in the order of G→S→D. Lay Description: What is already known about this topic: The VR provides students with the visualization of abstract concepts and novel points of view that is impossible to display in a real environment.STEM knowledge can be integrated into hands‐on activities to foster students' core competencies through engineering design and producing procedures. What this paper adds: Used VR technology, 6E model, and STEM education to design a hands‐on learning activity.In the activity, students learned how to solve problems, modify their product, and enhance their quadcopter's operational performance, which was a specific representation of "learning by doing." Implications for practise and/or policy: This study combined VR, the 6E model, and STEM education to develop a hands‐on activity to improve students' abstract scientific concepts, interdisciplinary knowledge, and hands‐on ability.The differences of the learning behaviour patterns during the hands‐on process between the VR technology and lectures were also found. [ABSTRACT FROM AUTHOR]

A promising method to support game‐based learning is to facilitate learners' externalization of cognitive and metacognitive processes. Externalizing Problem Representation (EPR) refers to a cognitive behaviour in which a learner constructs her own representations overtly. The purpose of this study is to investigate whether learning supports promoting EPR enhance qualitative understanding and quantitative proficiency in ratios and proportional relationships in a learning game (i.e., E‐Rebuild) context. Specifically, this study investigated the effects of representation format in problem representation on qualitative understanding and quantitative proficiency in a learning game context. The results of this study indicate that (a) symbolic learning supports better facilitate comprehension of math concepts and their relations than iconic learning supports in video game contexts, (b) symbolic learning supports better facilitate players' reflection for implicit understanding and promote their math problem‐solving skills, (c) participants in the symbolic learning support group increased significantly in qualitative understanding but not in quantitative proficiency after gameplay, and (d) participants in the iconic learning support group experienced significant growth in quantitative proficiency but not in qualitative understanding after gameplay. Lay Description: What is already known about this topic: Video games potentially facilitate implicit qualitative understanding more than quantitative knowledge test performance.Educational game designers lack a good understanding of the design and development of effective learning supports in educational games. What this paper adds: Symbolic learning supports for problem representation better facilitate comprehension of math concepts and their relations than iconic learning supports in video game contexts.Participants experienced significant growth in quantitative proficiency after they processed the iconic in‐game learning supports in game‐based math tasks.Participants' qualitative understanding in the symbolic learning support group increased significantly after playing E‐Rebuild‐based math game task. Implications for practice and/or policy: This study informs scholars and designers of game‐based learning about designing learning support and its properties in video game contexts: Learning support design to promote math problem representation across problem translation and problem integration.This study provides design principles for learning supports in math learning game; symbolic learning supports facilitate qualitative understanding whereas iconic learning supports facilitate quantitative proficiency in math learning game. [ABSTRACT FROM AUTHOR]