Developing Transversal Skills and Strengthening Collaborative Blended Learning Activities in Engineering Education: a Pilot Study

Jérémy La Scala, Graciana Aad, Isabelle Vonèche Cardia, D. Gillet
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Abstract

There is an ongoing debate about the fact that educational models of the industrial age are no longer adequate. Future educational models need to provide students with the abilities to solve complex problems as well as to collaborate and interact to generate new meaning and knowledge. In order to do so, teamwork activities should be pedagogically strengthened and technologically augmented in science and engineering education. This paper presents a pilot study implementing a blended learning scenario in a bachelor course at École polytechnique fédérale de Lausanne (EPFL). In this framework, digital tools are proposed to support collaboration. The tools considered are a learning experience platform, an integrated Tasks Management Application, as well as a collaborative reporting editor. This article also presents our findings on the usability and adoption of those tools, as well as preliminary results on their impact on engagement and teamwork. We also mention the effect of collaborative writing on contributions. Finally, we draw insightful lessons on engagement, the use of learning analytics, and the peer evaluation of teamwork.This paper contributes to science and engineering education by providing new insights on teamwork activities supported by digital tools in blended learning scenarios.
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在工程教育中发展横向技能和加强协作式混合学习活动:一项试点研究
关于工业时代的教育模式不再适用这一事实,有一场持续的辩论。未来的教育模式需要为学生提供解决复杂问题的能力,以及协作和互动以产生新的意义和知识的能力。为了做到这一点,在科学和工程教育中应该在教学上加强和在技术上加强团队合作活动。本文介绍了一项试点研究,在École洛桑理工学院(EPFL)的本科课程中实施混合学习方案。在这个框架中,建议使用数字工具来支持协作。考虑的工具包括学习体验平台、集成任务管理应用程序以及协作报告编辑器。本文还介绍了我们对这些工具的可用性和采用的发现,以及它们对参与和团队合作的影响的初步结果。我们还提到了合作写作对贡献的影响。最后,我们在参与、学习分析的使用和团队合作的同行评估方面得出了深刻的经验教训。本文通过在混合学习场景中提供数字工具支持的团队合作活动的新见解,为科学和工程教育做出了贡献。
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