This article discusses a two-year telecollaborative project in teacher education that took an integrated approach to teaching about and through technological resources in order to introduce student-teachers to innovative methods for communicative-based language learning through computer-mediated communication (CMC). Via ‘technological immersion’, student-teachers in two groups in Spain and the US were required to work together online to give peer feedback and evaluation of several activities, including teaching sequences. They also co-created podcasts, along with accompanying educational activities. Some of the tools used were Moodle, Skype, emails, wikis, Second Life and podcasting. The article analyzes and discusses multimodal data collected during the collaboration. Results indicate that the online collaboration enhanced teacher development through opportunities unavailable in more traditional teacher education classrooms and enabled student-teachers to better make connections between theory and practice.

This paper describes the multimodal pedagogical communication of two groups of online teachers; trainee tutors (second year students of the Master of Arts in Teaching French as a Foreign Language at the University Lumière-Lyon 2) and experienced teachers based in different locations (France, Spain and Finland). They all taught French as a Foreign Language to a group of students from UC Berkeley in 2010. They participated in a project using a desktop videoconferencing platform (VISU1) designed for delivering online courses. The study focuses on the webcam's effects on teaching and learning and tries to answer the following question: how does multimodal interaction affect interactive learning? Our hypothesis is that experienced teachers channel information through the webcam more efficiently and effectively in order to engage learners in knowledge construction. This paper presents the results of research based on an empirical method of collecting ecological data.

Research into the online informal learning of English has already shown it to be a widespread phenomenon involving a range of comprehension and production activities such as viewing original version television series, listening to music on demand and social networking with other English users.

Dynamic systems theory provides a suitable framework within which to study informal learning because it emphasises the unique range of resources, strategies and relationships which contribute to non-linear language development for each learner.

While research into the impact of these activities for language development has yielded some data regarding vocabulary gains and improvements in fluency and comprehension skills, the mechanisms at work in such language development have proved difficult to study because of the private nature of most online informal learning. In this study, an emic approach is adopted, involving a group of students experienced in second language acquisition research, who used blogs to report on their own online informal learning of English over a three-month period. Extensive examples from these blogs are used to build up a picture of the learning processes at work, within a framework suggested by the literature of complex dynamic systems. These results allow conclusions to be drawn regarding the way in which these processes are used by informal learners in different phases of real communicative tasks.

Three-dimensional synthetic worlds introduce possibilities for nonverbal communication in computer-mediated language learning. This paper presents an original methodological framework for the study of multimodal communication in such worlds. It offers a classification of verbal and nonverbal communication acts in the synthetic world Second Life and outlines relationships between the different types of acts that are built into the environment. The paper highlights some of the differences between the synthetic world's communication modes and those of face-to-face communication and exemplifies the interest of these for communication within a pedagogical context.

We report on the application of the methodological framework to a course in Second Life which formed part of the European project ARCHI21. This course, for Architecture students, adopted a Content and Learning Integrated Learning approach (CLIL). The languages studied were French and English. A collaborative building activity in the students’ L2 is considered, using a method designed to organise the data collected in screen recordings and to code and transcribe the multimodal acts. We explore whether nonverbal communication acts are autonomous in Second Life or whether interaction between synchronous verbal and nonverbal communication exists. Our study describes how the distribution of the verbal and nonverbal modes varied depending on the pre-defined role the student undertook during the activity. We also describe the use of nonverbal communication to overcome verbal miscommunication where direction and orientation were concerned. In addition, we illustrate how nonverbal acts were used to secure the context for deictic references to objects made in the verbal mode. Finally, we discuss the importance of nonverbal and verbal communication modes in the proxemic organisation of students and the impact of proxemic organisation on the quantity of students’ verbal production and the topics discussed in this mode.

This paper seeks to contribute to some of the methodological reflections needed to better understand the affordances of synthetic worlds, including the verbal and nonverbal communication opportunities Second Life offers, how students use these and their impact on the interaction concerning the task given to students.

As shown by several studies, successful integration of technology in language learning requires a holistic approach in order to scientifically understand what learners do when working with web-based technology (cf. Raby, 2007). Additionally, a growing body of research in computer assisted language learning (CALL) evaluation, design and development, has indicated that analysis of learners’ behaviours is an essential element to implementing high-quality technology (e.g., Chapelle, 2001; Levy & Stockwell, 2006). Hence, carefully evaluating the effectiveness of CALL by collecting empirical data on user interactions while focusing on the process of learning is integral to a holistic understanding of students’ behaviours (e.g. Felix, 2005; Hémard, 2006).

This article examines a design-based research that seeks to analyse and understand the dynamics of user interactions with a specific web-based CALL tool in the context of a French as a second language (FSL) course. To this end, we present a sample of results based on an analysis of specific tasks carried out with this CALL tool that is designed in part to encourage students’ integration of critical and electronic literacies. By way of conclusion, we identify the steps that are necessary to enhance this particular CALL system and help users better achieve their learning goals. In particular, we explain the process of recycling our results in the next design phase of the CALL tool in a continuous improvement effort.

Organizing and implementing telecollaboration projects in foreign language curricula is not an easy endeavour (Belz & Thorne, 2006; Guth & Helm, 2010), as pedagogical, organizational and technical issues have to be addressed before cross-cultural interaction sessions can be carried out (O'Dowd & Ritter, 2006; O'Dowd, 2011). These issues make many teaching practitioners reluctant to try to integrate telecollaboration in their teaching, as they are more aware of the burden such initiatives might impose than of the benefits they might have for language learners.

Within the European project NIFLAR1 we have tried to study the added value that integrating synchronous collaboration projects through video-web communication or Second Life might have in language learning. The study presented in this paper measures the oral communicative growth of language students, who were allocated at random to one of three research conditions: (1) the VC experimental group carried out interactions with native peers through video-web communication; (2) the SL experimental group carried out the same tasks with native peers in Second Life and (3) the control group performed the tasks face to face with classroom peers and had no opportunity to interact with native experts. Communicative growth was measured by comparing oral pre- and post-tests across conditions. Results show significant differences, the experimental groups outperforming the control group.

Desktop videoconferencing (DVC) offers many opportunities for language learning through its multimodal features. However, it also brings some challenges such as gaze and mutual gaze, that is, eye-contact. This paper reports some of the findings of a PhD study investigating social presence in DVC interactions of English as a Foreign Language (EFL) teacher trainees. The case study approach involved the exploration of online interactions of five cases (pairs) within an interpretivist paradigm. Data collection included interviews, questionnaires and analysis of DVC recordings. The study emphasizes the importance of eye-contact in online multimodal communication to facilitate the establishment of social presence. Five types of gaze that were observed in learner interactions and participants’ perspectives on eye-contact are reported. The conclusions include technical suggestions for the use of a webcam as well as pedagogical implications of online video interaction.

Our study aims to optimize a multimedia application for vocabulary learning for English as a Foreign Language (EFL). Our study is based on the concept that difficulty in reading a text in a second language is due to the need for more working memory for word decoding skills, although the working memory must also be used for text comprehension skills. This implies that the automatization of word decoding to free the working memory is indispensable. Therefore, developing a multimedia application for vocabulary learning with a time-control function, our study hypothesizes that vocabulary learning with this function brings about the automatization of word decoding or faster recall of the meanings, and, as a result of freeing more working memory, better comprehension of text. According to our research, multimedia application users not only retained more words and recalled their meanings more quickly but also obtained higher scores on reading comprehension tests that contained the words learned through the application. From this result, we conclude that multimedia vocabulary learning with a time-control function can automatize word decoding skills and therefore free more working memory, thereby leading to better comprehension of the text.