Creating Smart Connected Learning Ecosystems: A Hybrid Model for Design-Based Learning

IxD&A Pub Date : 2022-06-10 DOI:10.55612/s-5002-052-005
Erkki Rötkönen, H. Winschiers-Theophilus, Naska Winschiers-Goagoses, Tariq Zaman, Helvi Itenge, Daniel Yong Wen Tan, E. Sutinen
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Abstract

Emerging technologies and new pedagogies, such as design-based learning, have the potential to revolutionize formal education systems. We postulate that smart learning ecosystems can be co-created through connecting schools and students across the globe to co-design their own virtual learning spaces by exploiting new affordances offered by digital technologies. This paper presents a Hybrid model for Design-Based learning (HyDe), which guides co-located and online design-based learning activities with geographically distributed students. It was conceptualized within a case study, wherein 63 students aged 11 to 13 from three schools in Namibia, Malaysia, and Finland collaboratedon co-designing a virtual space to share local perspectives on global challenges. The HyDe model was refined based on reflections from the case study yielding in a model which can be integrated in school curricula across the globe, thereby creating a smart connected learning ecosystem.
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创建智能互联学习生态系统:基于设计的学习的混合模式
新兴技术和新教学法,如基于设计的学习,有可能彻底改变正规教育系统。我们假设,智能学习生态系统可以通过连接全球的学校和学生,通过利用数字技术提供的新功能,共同设计他们自己的虚拟学习空间,从而共同创建。本文提出了一种基于设计的混合型学习模式(HyDe),该模式指导地理位置分散的学生进行同地和在线的基于设计的学习活动。它是在一个案例研究中概念化的,其中来自纳米比亚、马来西亚和芬兰三所学校的63名11至13岁的学生合作设计了一个虚拟空间,以分享当地对全球挑战的看法。基于案例研究的反思,HyDe模型得到了改进,该模型可以整合到全球各地的学校课程中,从而创建一个智能连接的学习生态系统。
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