通过协作式在线国际学习加强实验室教育:美国和英国学生的案例研究

IF 2.1 Q3 PHYSIOLOGY
Matthew Allan Jones , Pika Miklavc , MaryAnne Stewart
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引用次数: 0

摘要

近年来,协作在线国际学习(COIL)作为一种有效和可行的替代方案出现,在教学课程中增加了国际机会。通过最近在线协作工具的创新以及对国际机会的需求增加,最近全球范围内一系列卫生相关学科的COIL机会的开发有所增加。这种学习方式被描述为对学生的国际化和提高他们的可转移技能有积极贡献。然而,在实验室医学和生物医学领域还没有关于COIL机会的报道,可能是由于与这些学科相关的大量实际因素。因此,本研究旨在开发一个结合实际实验室元素的COIL机会,并评估这种教学方法的有效性。一个基于实验室的COIL在两天内完成了开发和交付。第一天由同步直播的实验室演示和实践活动组成,第二天的重点是完成一项基于时间的团队任务。通过1)前后调查和2)利用李克特量表进行的全面调查来评估这个基于实验室的COIL的教学影响。以实验室为基础的COIL得到了34名学生的好评,其中大多数学生(94.1%)很喜欢,并且通过参与该课程学到了很多(94.1%)。它还对学生的自信心(97.1%)、团队合作(100%)和沟通(97.1%)产生了非常积极的好处。前分析(n = 46)和后分析(n = 35)显示,学生的国际教育知识、国际医疗实践知识、文化智力、社会主动性、情绪稳定性和工作灵活性显著提高(P <;0.05)。基于参与者国际机构的进一步分析揭示了两个参与队列之间的回答显着差异,即与文化智力和他们对自己不熟悉的文化工作的信心有关的问题。我们首先报告说,实施以实验室为基础的COIL机会在提高学生在实验室和健康教育中的国际、文化和可转移能力方面具有重大潜力。这些发现表明,基于实践的线圈是帮助学生在全球化的医疗保健环境中茁壮成长的有效方法,因此有理由继续在教育方案中使用和扩展它。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enhancing laboratory education through collaborative online international learning: A case study between USA and UK students
Collaborative Online International Learning (COIL) has emerged in recent years as an effective and viable alternative to increase the international opportunities within taught curricula. Through recent innovations in online collaboration tools, and elevated demand for international opportunities, there has been a recent increase in the development of COIL opportunities globally across a range of health aligned disciplines. This style of learning has been described as positively contributing to the internationalisation of students and enhancement of their transferable skills. However, there have been no reported COIL opportunities described in the fields of laboratory medicine and biomedicine, likely due to the large practical elements associated with the subjects. This study therefore aims to develop a COIL opportunity that incorporates practical laboratory elements and evaluate the efficacy of this teaching and learning approach.
A laboratory-based COIL was developed and delivered across two days. Day one was composed of synchronous livestreamed laboratory demonstrations and practical activities, with day two focused on the completion of a time-dependent team-based task. The pedagogical impact of this laboratory-based COIL was evaluated through 1) pre and post surveys and 2) an overall survey utilising Likert scales.
The laboratory-based COIL was well received by students (n = 34) with the majority enjoying (94.1 %) and learnt a lot (94.1 %) by participating in the session. It also produced highly positive benefits to student confidence (97.1 %), teamworking (100 %), and communication (97.1 %). Pre (n = 46) and Post-analysis (n = 35) revealed significant enhancement of students international education knowledge, international medical practice knowledge, cultural intelligence, social initiative, emotional stability, and work-based flexibility (P < 0.05). Further analysis based on participants international institution revealed significant differences in responses between the two participating cohorts, namely questions relating to cultural intelligence and their confidence of working with cultures unfamiliar to themselves.
We are the first to report that implementation of laboratory-based COIL opportunities have significant potential in enhancing students' international, cultural and transferable competencies within laboratory and health education. These findings suggest that practical-based COILs are effective methods for preparing students to thrive in a globalized healthcare environment, making a strong case for its continued use and expansion in educational programmes.
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CiteScore
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