How S-IDEAL Model Promotes Deeper Science Learning in SPOCs: Preliminary Design-Based Research

Tonny Meng-Lun Kuo, S. Young
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Abstract

Massive Open Online Courses (MOOCs) have become one of the influential tsunamis in higher education. To face the overwhelming trend, the current designed-based research develops feasibly evidence-based, iterative-improved, innovative instructional S-IDEAL model that effectively utilizes the open educational resources to foster deeper scientific learning experiences in the context of Small Private Online Courses in higher education. The two studies gradually reveal how the designed SPOCs improve the deeper learning experiences in the context of Neuroscience through the learning performance, the learning experience surveys, the in-depth interviews, the in-class field observation, and the video-recording of the in-class discussion. Empirical findings show that the S-IDEAL model is ideal for implementing flipped scientific classroom. Other interesting findings and the future suggestions are depicted in this study.
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S-IDEAL模型如何促进SPOCs中更深层次的科学学习:基于设计的初步研究
大规模在线开放课程(MOOCs)已经成为影响高等教育的海啸之一。面对这一压倒性的趋势,当前基于设计的研究开发了可行的循证、迭代改进、创新的S-IDEAL教学模型,在高等教育小型私人在线课程背景下,有效利用开放教育资源,培养更深层次的科学学习体验。两项研究通过学习表现、学习体验调查、深度访谈、课堂实地观察、课堂讨论录像等方式,逐步揭示了设计的spoc如何改善神经科学背景下的深度学习体验。实证结果表明,S-IDEAL模式是实施翻转科学课堂的理想模式。本研究还描述了其他有趣的发现和未来的建议。
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