This research conducted quasi-experiments in four middle schools to evaluate the long-term effects of an intelligent web-based English instruction system, Computer Simulation in Educational Communication (CSIEC), on students' academic attainment. The analysis of regular examination scores and vocabulary test validates the positive impact of CSIEC, and in most cases, the positive impact is statistically significant. The reliability is ensured by the spectrum of the students from Grade 1 to Grade 3 in three junior high schools and from Grade 1 to Grade 2 in one senior high school, and of the teachers with or without blended learning experience, as well as by the various school locations from rural to urban areas in four provinces of China. The learning content-oriented design and the instant feedback feature of the web-based system, as well as its regular integration into the English class, contributed to its reliable positive effect on students' learning performance in ordinary examinations. This is the research's implication for instructional design. The conclusion of this paper could serve as a reference to the technical feasibility and pedagogical benefit of regular usage of appropriate Computer Assisted Learning system in the mainstream subject of middle schools. The multiple quasi-experiments in divergent school settings to ensure the results' reliability distinguish this research from previous ones that just implemented one single experiment in one school.

Several studies have analysed and assessed online performance and discourse using quantitative and qualitative methods. Quantitative measures have typically included the analysis of participation rates and learning outcomes in terms of grades. Qualitative measures of postings, discussions and context features aim to give insights into the nature of learning activities taking place in the online learning environment. No matter what the particular method, one of the critical aspects in these analyses is the coherence between theory and methodology as well as the explicit focus on the unit(s) of analysis. Technology-enhanced learning (TEL) settings typically involve processes (e.g. cognitive or social) at different levels, and these processes are often intertwined with each other in a way that is not reducible to any one level only. In this article, a short review on the challenges of research-based evaluation of TEL, and computer-supported collaborative learning in particular, is made. With these challenges in the background, the integration of different levels of analysis is demonstrated with the aid of the method developed for analysing the level and reciprocity of discussions in a Web-based learning setting.

Changing teachers’ perceptions about the value of technology and equipping them with appropriate knowledge and skills in pedagogical use of technology is often regarded as a key determinant of success in technology infusion in schools. However, recent studies have indicated that changing teachers’ epistemological beliefs about the use of technology in teaching and learning may not necessarily bring about change in their practice, and that technology implementation in schools can be affected by other instrumental forces, such as collegial trust, support for risk taking and access to expertise within an organization. In this article, we delineate collegial trust, access to expertise, willingness to take risks, etc. as manifestations of social capital in an organization. We argue that social capital plays a pivotal role in leveraging pedagogical change in schools. To gauge teachers’ self-perceived change in their pedagogical use of technology, we take a constructivist perspective to explore how technology serves as a tool for facilitating students to articulate their thoughts, to explore and construct knowledge, and to become more autonomous in learning. The results of our questionnaire survey indicate that (1) the social capital of a school had a strong direct effect on teachers’ self-perceived changes in their pedagogical use of technology, and that the effect of social capital on pedagogical change outweighed that of teachers’ perceived effectiveness of professional development; (2) teachers’ receptivity towards technology use had a direct effect on their perceived effectiveness of professional development but a very weak effect on fostering changes in their pedagogical use of technology; and (3) the social capital of a school had a direct influence on teachers’ receptivity towards technology use and their perceived effectiveness of professional development. To further unfold the complexity of technology implementation, more in-depth qualitative studies on how social forces shape the change process are deemed necessary.

Current studies have reported that secondary students are highly engaged while playing mobile augmented reality (AR) learning games. Some researchers have posited that players' engagement may indicate a flow experience, but no research results have confirmed this hypothesis with vision-based AR learning games. This study investigated factors related to students' engagement – as characterized by flow theory – during a collaborative AR, forensic science mystery game using mobile devices. School Scene Investigators: The Case of the Stolen Score Sheets is a vision-based AR game played inside the school environment with Quick Response codes. A mixed methods approach was employed with 68 urban middle school students. Data sources included pre- and post-surveys, field observations and group interviews. Results showed that neither gender nor interest in science was an important predictor of variability in flow experience. Gaming attitude uniquely predicted 23% of the variance in flow experience. Student flow experience features included a flash of intensity, a sense of discovery and the desire for higher performance. The findings demonstrated a potential for mobile AR science games to increase science interest and help students learn collaboration skills. Implications for future research concerning mobile AR science games are discussed.

A gap exists between students' employment needs and higher education offerings. Thus, developing the capability to meet the learning needs of students in supporting their future aspirations should be facilitated. To bridge this gap in practice, this study uses multiple methods (i.e., nominal group technique and instructional systems development) and robust tests (e.g., reliability and validity) to develop a diagnosis system of work-related capabilities. The research participants are twofold. At the early stage, this study invites three professors and three senior Human Resources managers to join the panel and help this study develop required capabilities. At the design and implementation stages, the research participants are freshman students at a famous university in Taiwan. This system enables college students to evaluate their capability scores by comparing themselves with the performances of prior students. The diagnosis results not only help students make learning plans during their university education, but also assist educators in adjusting the structure of the curriculum. Future studies are invited to use or adapt the assessment of work-related capabilities, as well as proposed system procedure and architecture this study developed.

Despite its continuing popularity as the social network site par excellence, the educational value of Facebook has not been fully determined, and results from the mainstream educational paradigms are contradictory, with some scholars emphasizing its pedagogical affordances (e.g., widening context of learning, mixing information and learning resources, hybridization of expertise) and others cautioning against its use for educational purposes. Moreover, systematic reviews about documented educational usage of Facebook as a learning environment are lacking. This article attempts to provide a critical overview of current studies focusing on the use of Facebook as a technology-enhanced learning environment, with the aim of exploring the extent to which its pedagogical potential is actually translated into practice. Only empirical studies published in peer-reviewed academic journals with a specific focus on Facebook as a learning environment have been considered for the review. The authors conducted a comprehensive literature search that identified 23 relevant articles that were subsequently analysed according to a simplified list of guidelines. These articles were further analysed and recoded through a set of emerging categories. The results show that pedagogical affordances of Facebook have only been partially implemented and that there are still many obstacles that may prevent a full adoption of Facebook as a learning environment such as implicit institutional, teacher and student pedagogies, and cultural issues. Finally, a broad observation on the implications of the study is developed with some suggestions for future research.

Individuals with autism spectrum disorders supposedly have an affinity with information and communication technology (ICT), making it an ideally suited media for this population. Virtual environments (VEs) – both two-dimensional and immersive – represent a particular kind of ICT that might be of special benefit. Specifically, this paper discusses the importance of psychological theory for VE designed for this population. I describe the contribution that different theories of autism (e.g., theory of mind, executive function, weak central coherence theory) have made and can make, as well as the potential of other non-autism-specific theories (e.g., embodied cognition). These technologies not only illuminate our understanding of autism, but they can also be used to develop new technologies for people without autism. So, as well as being an area of specialism, I argue that VE research in autism has extended – and will go onto – the boundaries of human–computer interaction more generally. This is because autism provides a unique window into human social communication and learning. Further, this field offers a chance for better inclusivity for individuals with autism within a digital society.

This study investigated the effect of computer-mediated corrective feedback types in an English as a foreign language (EFL) intact class over time. The participants were 64 English majors who were assigned randomly into three treatment conditions that gave and received computer-mediated corrective feedback while writing (track changes, word processor, and track changes and word processor) and one control group that neither gave nor received writing corrective feedback. Students sat to a pre-test (week 1), immediate post-test (week 8) and delayed post-test (week 12) in writing. Results showed decrease in mean error and mean feedback in students' writing performance related to correcting 11 major error types on immediate and delayed post-tests, indicating that there was a significant effect for feedback type in favour of the group that used a combination of track changes and word processor. There was also a significant effect for the computer-mediated corrective feedback over the control group. Moreover, results showed that both mean error and mean feedback decreased significantly from pre-test to post-test (week 1–week 8), indicating that overall, there was a significant change over time.

The purpose of this article is twofold: to describe a prototype for a computer-assisted task-based language instruction (CATBI) tool designed and developed for Turkish as a Foreign Language, and to report on the effectiveness of the CATBI tool. More specifically, this work discusses an experimental study that examined the role of teaching approach in foreign language development by comparing CATBI to computer-assisted form-focused language instruction (CAFFI) on language production in terms of accuracy, lexical complexity, and fluency. For a duration of 7 days, two intermediate-level Turkish as a Foreign Language classes consisting of 28 high school students participated in this experiment. The classes were randomly assigned to two treatment groups: an experimental group with CATBI and a control group with CAFFI. Statistical analyses revealed that students in the CATBI group produced significantly better and more fluent language than students with CAFFI. However, no significant effects were found in terms of accuracy and lexical complexity of the language produced. Based on these results, it was concluded that CATBI is more effective than CAFFI in enhancing language production in general, and fluency in particular.

Computer-assisted learning is known to be an effective tool for improving learning in both adults and children. Recent years have seen the emergence of the so-called ‘serious games (SGs)’ that are flooding the educational games market. In this paper, the term ‘serious games’ is used to refer to video games (VGs) intended to serve a useful purpose. The objective was to review the results of experimental studies designed to examine the effectiveness of VGs and SGs on players' learning and engagement. After pointing out the varied nature of the obtained results and the impossibility of reaching any reliable conclusion concerning the effectiveness of VGs and SGs in learning, we stress the limitations of the existing literature and make a number of suggestions for future studies.

The study investigates the effect of e-learning, blended learning and classroom learning on students’ achievement. Two experimental groups together with a control group from Umm Al-Qura University in Saudi Arabia were identified randomly. To assess students’ achievement in the different groups, pre- and post-achievement tests were used. The results of the study (N = 148) show that there was a statistically significant difference between the three methods in terms of students’ achievement favouring the blended learning method (n = 55) with a substantial effect size of 1.34 (Hedges’ g). No significant difference was found between the e-learning (n = 43) and traditional learning groups (n = 50) in terms of students’ achievement and with a negligible effect size of 0.02.

Tagging systems represent the conceptual knowledge of a community. We experimentally tested whether people harness this collective knowledge when navigating through the Web. As a within-factor we manipulated people's prior knowledge (no knowledge vs. prior knowledge that was congruent/incongruent to the collective knowledge inherent in the tags). As between-factor we manipulated whether people had tag clouds available or not. In line with the Information Foraging Theory and with the Co-Evolution Model of individual learning and collective knowledge building, we found that people's prior knowledge and tag clouds influenced their navigation. Tags which were congruent with people's prior knowledge had a higher probability of being selected. A knowledge test showed that participants adapted their individual conceptual knowledge to the collective knowledge. This incidental learning shows that people harness collective knowledge just by navigation with tag clouds.

This study explored how the construction of an argument graph promotes students' collaborative online reading compared to note-taking. Upper secondary school students (n = 76) worked in pairs. The pairs were asked to search for and read source material on the Web for a joint essay and either construct an argument graph or take notes during online reading. The data consist of transcription protocols of student pairs' discussions and joint essays. The study indicated that argument graphs may be useful tools when teachers want students to pay attention to the argumentative content of online sources and to consider relations between arguments. Additionally, with argument graphs, teachers can support students' post-reading activities, such as source-based argumentative writing.

This paper argues that the emphasis on orchestration as a metaphor for teaching in technology-enhanced learning (TEL) environments, featured in recent academic discussions, is an opportunity to broaden the scope of the inquiry into educational technology. Drawing on sociological literature and research that investigated the systemic factors that influence the uptake of information and communication technologies in formal and informal learning contexts, the paper contends that a focus on instructional design does insufficient justice to the complexities of actual technology use in classrooms and after-school programs. It is suggested, instead, that orchestration might better be used as a heuristic device to deepen our understandings of the relationships between power, bestowed on teachers or claimed by them through a number of strategies, educational technology, and teaching practices. The paper concludes that to fully understand this relationship and to support teachers, concern should be given equally to the existing political and cultural dynamics of TEL environments. Examples of orchestration as a political, cultural process are provided, illustrating how teachers appropriate technology and ‘innovative’ pedagogies to negotiate power.

This paper reports on a study investigating the potential effect of synchronous and asynchronous text-based computer-mediated communication (CMC) on oral fluency development of second-language (L2) learners. Sixty-three intermediate learners of English were randomly assigned to one of three groups (two experimental groups and one control group), each consisting of 21 participants. The participants in the experimental groups completed four communicative tasks under two different instructional environments: synchronous text-based CMC environment and asynchronous text-based CMC environment. The average length of pauses, the articulation rate, the fluent-run, the phonation-time ratio and the speaking rate served as dependent variables. The study found that the participants in synchronous CMC group improved their L2 oral fluency significantly compared with their peers in the other two groups. The results also revealed the students in asynchronous CMC group obtained higher mean scores than those in the control group, although the differences between groups were not statistically significant.

Much of the research in educational technology with a primary concern over how technology enhances learning has been criticized as privileging the immediate learning settings over the other dimensions of learners’ social life and the wider social and economic contexts in which learning and technology are located. The ability to develop a rich understanding of learning and technology in various contexts requires careful use of theory that might enable ‘looking beyond learning’. To meet this need, this paper proposes the use of a critical realistic account of learning and technology, in particular Margaret Archer's ‘three orders of reality’ and ‘personal Identity’. Drawing on an empirical case study for illustration, the paper argues that such an approach offers a ‘way out’ to unpack the relationship between learning and technology through a deep exploration of the interrelationship between individual practices of learning, with or without technology, and the bigger picture of how learning intervenes in other dimensions of social life and how other contexts come into play in learning settings.

Interaction in the online learning environment has been regarded as one of the most critical elements that affect learning outcomes. This study examined what factors in learner–instructor interaction can predict the learner's outcomes in the online learning environment. Learners in K Online University participated by answering the survey, and data from 654 respondents were analysed for this study. Results showed that factors related to instructional interaction predicted perceived learning achievement and satisfaction better than factors related to social interaction. However, it was revealed that social interaction such as social intimacy could negatively affect perceived learning achievement and satisfaction. This study has value because it found factors under learner–instructor interaction which predict perceived learning achievement and satisfaction with empirical evidence.