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MOOCs for all: Evaluating the accessibility of top MOOC platforms

机译:面向所有人的MOOC:评估顶级MOOC平台的可访问性

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Nowadays, experiences with massive open online courses (MOOCs) are being part of modern engineering degrees, thus providing practical interactive activities to improve teaching-learning strategies with online courses and social community learning with peers from different countries. Additionally, this MOOC movement is being identified as a valuable tool to provide engineering education to all students, including students with disabilities that for different reasons cannot be part of a face-to-face session and, naturally, have the rights to make use of this myriad of teaching-learning strategies. In this sense, if a teacher wants to develop a MOOC course or to recommend a course to his students, it is imperative to identify the best accessible platforms in order to provide inclusive learning strategies. The aim of this study is to analyze the accessibility of a selection of eight popular MOOC platforms: Coursera, edX, Udacity, MiriadaX, UNED COMA, Udemy, Futurelearn and NovoEd. To this end, three automatic accessibility evaluation tools have been used: eXaminator, FAE and Tingtun. Hence, it has been checked the degree of conformance of these platforms with the Web Content Accessibility Guidelines (WCAG) created by the World Wide Consortium and adopted by ISO as an international standard. The study has been complemented with a heuristic evaluation by experts in order to have a holistic perspective of MOOC accessibility. The idea behind this study is that the stakeholders in the teaching-learning process will be able to identify and select the most inclusive platform based on the international standards. Moreover, the technical staff in educational institutions will be provided with a procedure to identify accessibility issues in other platforms and engineering teachers will be aware of the potential obstacles that students with disabilities may experience. The results of this study identify edX and Futurelearn as the best MOOC platforms. Finally, conclusions and future work ideas are presented.
机译:如今,大规模开放式在线课程(MOOC)的经验已成为现代工程学学位的一部分,因此提供了实用的互动活动,以改进在线课程的教学策略以及与来自不同国家的同龄人的社会社区学习。此外,MOOC运动被认为是向所有学生提供工程教育的宝贵工具,包括因各种原因而不能参加面对面学习的残障学生,当然,他们有权使用这种无数的教学策略。从这个意义上讲,如果教师想开发MOOC课程或向其学生推荐课程,则必须确定最佳的可访问平台以提供包容性学习策略。这项研究的目的是分析八个流行的MOOC平台的可访问性:Coursera,edX,Udacity,MiriadaX,UNED COMA,Udemy,Futurelearn和NovoEd。为此,使用了三种自动辅助功能评估工具:eXaminator,FAE和Tingtun。因此,已经检查了这些平台是否符合由World Wide Consortium创建并被ISO采纳为国际标准的Web Content Accessibility Guidelines(WCAG)。专家对启发式评估进行了补充研究,以全面了解MOOC的可及性。这项研究的目的是,在教学过程中的利益相关者将能够根据国际标准确定并选择最具包容性的平台。此外,将为教育机构的技术人员提供程序,以识别其他平台中的可访问性问题,工程老师将意识到残疾学生可能遇到的潜在障碍。这项研究的结果确定edX和Futurelearn是最佳的MOOC平台。最后,提出了结论和未来的工作思路。

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