Recent developments in information communication technology (ICT) have resulted in a paradigm shift in e-Learning and there is a growing interest in developing design-based research (DBR) focusing on learners and their involvement in knowledge sharing in a contextualized mode. The present study reports a mobile-assisted language learning (MALL) design with a focus on contextualized student-created content having a seamless learning approach. The students in this study (N= 24) used their mobile devices to take photos and create artifacts to represent English idioms and share them on Padlets with their peers for further discussion and feedback. In the first four weeks of the study, students were taught English idioms and in the following next two weeks they created and shared their own artifacts to represent the learnt idioms. The post-study reflections and results of the interviews and obtained from students and the teacher at the end of study revealed that they favor and support greater learner autonomy achieved by learner-generated context (LGC) which bridges the in-classroom and out-of-classroom learning. The article also highlights the necessity of reconceptualization of teachers and students' perceptions of mobile use in language learning in Iran.
This study investigated and identified the common computer-assisted language learning (CALL) teacher training types in the Iranian private language schools (PLSs), and their effectiveness in shaping and encouraging teachers’ use of new technologies. An exploratory mixed method approach was employed, and a total of 86 Iranian EFL (English as a foreign language) teachers participated in this study. The results indicated that teachers were primarily self-trained, in the absence of comprehensive CALL training provided by either PLSs or teacher training courses offered at university level. It was concluded that self-training had resulted in subsequent sporadic and non-systematic use of CALL by teachers.
Das aus der Benzothiophencarbonsäure (I)′mit SOCl2 erhaltene Säurechlorid (II) wird mit den Aminoethanolen (III) zu den Aminoethylestern (IV) umgesetzt.
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