Mobile-assisted learning and higher-education ESP: English for physiotherapy

The popularity of Mobile-assisted language learning has increased significantly in recent years, and language teachers are still exploring different ways of introducing new technology into the language classroom. Up to the moment, this has mainly been achieved through the use of mobile language-lear...

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Main Author: Pettersson Lin Elinor
Format: Article
Language:English
Published: Sciendo 2018-06-01
Series:Lingua Posnaniensis
Subjects:
esp
Online Access:https://doi.org/10.2478/linpo-2018-0006
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spelling doaj-18da4917d8a04485a5c15a67299ab2252021-09-06T19:22:24ZengSciendoLingua Posnaniensis2083-60902018-06-01601819410.2478/linpo-2018-0006linpo-2018-0006Mobile-assisted learning and higher-education ESP: English for physiotherapyPettersson Lin Elinor0Department of English, French and German, University of MálagaThe popularity of Mobile-assisted language learning has increased significantly in recent years, and language teachers are still exploring different ways of introducing new technology into the language classroom. Up to the moment, this has mainly been achieved through the use of mobile language-learning applications (Grimshaw et al. 2017). We wanted to push the use of applications in the classroom of English for Specific Purposes further by introducing a human anatomy application in the context of English for physiotherapy in higher education. We believe that the use of an application for a specific area provides the opportunity to enrich the learning experience and take language-learning outcomes to a different level as students are granted a unique occasion of applying knowledge acquired in a specialist area in the language classroom. An intervention proposal was designed for the subject English for physiotherapy (University of Málaga, Spain) bringing together mobile-assisted language learning with a task-based approach to suit constructivist learning processes and accommodate different learning styles and rhythms. We followed five guiding principles on mobile-assisted language learning (Stockwell & Hubbard 2013) to design three tasks for autonomous and collaborative learning using the application 3D4 Medical Essential Anatomy. A preliminary survey was carried out using Lime Survey to measure under-graduate physiotherapy students’ attitudes towards the use of a human anatomy application to learn English and to predict possible challenges (language, technology, cost or storage capacity). The results support our belief as the obtained data indicates that students perceived the use of a human anatomy application as an interdisciplinary tool for both educational and professional purposes and were willing to purchase an application to learn English for physiotherapy.https://doi.org/10.2478/linpo-2018-0006mallespenglish for physiotherapy3d applicationstask-based language learning
collection DOAJ
language English
format Article
sources DOAJ
author Pettersson Lin Elinor
spellingShingle Pettersson Lin Elinor
Mobile-assisted learning and higher-education ESP: English for physiotherapy
Lingua Posnaniensis
mall
esp
english for physiotherapy
3d applications
task-based language learning
author_facet Pettersson Lin Elinor
author_sort Pettersson Lin Elinor
title Mobile-assisted learning and higher-education ESP: English for physiotherapy
title_short Mobile-assisted learning and higher-education ESP: English for physiotherapy
title_full Mobile-assisted learning and higher-education ESP: English for physiotherapy
title_fullStr Mobile-assisted learning and higher-education ESP: English for physiotherapy
title_full_unstemmed Mobile-assisted learning and higher-education ESP: English for physiotherapy
title_sort mobile-assisted learning and higher-education esp: english for physiotherapy
publisher Sciendo
series Lingua Posnaniensis
issn 2083-6090
publishDate 2018-06-01
description The popularity of Mobile-assisted language learning has increased significantly in recent years, and language teachers are still exploring different ways of introducing new technology into the language classroom. Up to the moment, this has mainly been achieved through the use of mobile language-learning applications (Grimshaw et al. 2017). We wanted to push the use of applications in the classroom of English for Specific Purposes further by introducing a human anatomy application in the context of English for physiotherapy in higher education. We believe that the use of an application for a specific area provides the opportunity to enrich the learning experience and take language-learning outcomes to a different level as students are granted a unique occasion of applying knowledge acquired in a specialist area in the language classroom. An intervention proposal was designed for the subject English for physiotherapy (University of Málaga, Spain) bringing together mobile-assisted language learning with a task-based approach to suit constructivist learning processes and accommodate different learning styles and rhythms. We followed five guiding principles on mobile-assisted language learning (Stockwell & Hubbard 2013) to design three tasks for autonomous and collaborative learning using the application 3D4 Medical Essential Anatomy. A preliminary survey was carried out using Lime Survey to measure under-graduate physiotherapy students’ attitudes towards the use of a human anatomy application to learn English and to predict possible challenges (language, technology, cost or storage capacity). The results support our belief as the obtained data indicates that students perceived the use of a human anatomy application as an interdisciplinary tool for both educational and professional purposes and were willing to purchase an application to learn English for physiotherapy.
topic mall
esp
english for physiotherapy
3d applications
task-based language learning
url https://doi.org/10.2478/linpo-2018-0006
work_keys_str_mv AT petterssonlinelinor mobileassistedlearningandhighereducationespenglishforphysiotherapy
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