Open Education Pedagogies: Toward Ecosystem-based Theoretical Model of Learning and Communication in Educational Management

E. Railean
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Abstract

This paper aims to describe the conceptual framework of developing an ecosystem-based theoretical model of learning and communication in educational management affordable in a diversity of learning environments. It is founded on the interconnection of three topics in a global ecosystem of learning and communication, named the lifelong learner, open educational resources (OER), and the metaverse. A learning unit that "connects" biotic and abiotic components in a comprehensive whole is planned, developed, and supported by the investigation using the metasystems learning design theory as its conceptual framework. The usefulness of deep learning is increased by metacognitive knowledge and experience. Hypothetical, by metacognitive experience the student(s) may be better at acting as an important stimulus, either real or virtual, and differentiating important from non-important concepts if they will be able to link ideas across multiple degrees of complexity. The results showed that learning design with metacognitive tasks cannot be achieved without cognitive and affective tasks. Metacognitive experience and active stimulus helped the students to acquire new knowledge and practical skills and reduce misconceptions in a diversity of learning environments. To increase the efficiency of the ecosystem model it is recommended to increase the number of metacognitive tasks.
开放教育教育学:面向教育管理中基于生态系统的学习与交流理论模型
本文旨在描述开发一个基于生态系统的教育管理学习和交流理论模型的概念框架,该模型可在多种学习环境中负担得起。它建立在全球学习和交流生态系统中三个主题的互连之上,即终身学习者,开放教育资源(OER)和元宇宙。本研究以元系统学习设计理论作为其概念框架,规划、开发并支持了一个将生物和非生物成分“连接”在一个综合整体中的学习单元。元认知知识和经验增加了深度学习的有用性。假设,通过元认知经验,学生可能会更好地充当重要的刺激,无论是真实的还是虚拟的,以及区分重要的和不重要的概念,如果他们能够将多个复杂程度的想法联系起来。结果表明,元认知任务的学习设计离不开认知任务和情感任务。元认知体验和主动刺激有助于学生在多样化的学习环境中获得新的知识和实践技能,减少误解。为了提高生态系统模型的效率,建议增加元认知任务的数量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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