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基于最近发展区的学科知识图谱构建及大单元设计研究OA北大核心CSSCI

Research on the Construction of Subject Knowledge Gragh and Large Unit Design Based on Zone of Proximal Development

中文摘要英文摘要

智能时代知识组织方式正发生深刻变革,学科教学亟需明确如何基于结构化知识进行整体性的大单元设计,以实现学科核心素养培养.研究提出基于最近发展区理论的学科知识发展框架,以学科知识图谱构建过程为研究对象,分析并实施学科知识图谱技术路线,提炼大单元特征提取与质量评估方法,构建出面向大单元设计的信息科技学科知识图谱.大单元设计是一体化设计思想,研究依据学科知识图谱、大单元设计关键要素和基本步骤,提出了自底向上、自顶向下两类大单元设计模式.案例实践研究表明:学科知识图谱可降低实践类知识的教学设计难度,弥补新任教师在学情分析等方面的不足,为大单元教学的设计与实施提供依据,促进结构化知识在教学的深度应用.

The knowledge organization methods in the era of artificial intelligence are undergoing profound changes.In subject teaching,there is an urgent need to clarify how to achieve holistic design.The design should be based on structured knowledge to cultivate the core literacy of the discipline.This research proposes a disciplinary knowledge development framework based on the theory of zone of proximal development.By focusing on the process of constructing subject knowledge graphs,it analyzes and implements the technical roadmap of subject knowledge graphs,extracts features and evaluates the quality of large units,and constructs an information technology subject knowledge graph for large unit design.Large unit design,as an integrated design concept,is guided by subject knowledge graphs,key elements,and basic steps of large unit design.Two types of large unit design patterns,namely,bottom-up and top-down,are proposed.Practical case studies demonstrate that subject knowledge graphs can reduce the difficulty of instructional design for practical knowledge,compensate for the deficiencies in areas such as student analysis for new teachers,and provide a basis for the design and implementation of large unit instruction to promote the deep application of structured knowledge in teaching.

郑志宏;马涛;孔新梅;方海光

北京市海淀区教育科学研究院教育科研(北京 100083)北京市海淀区教育科学研究院教育网络与数据中心(北京 100083)首都师范大学教育学院(北京 100048)

教育学

最近发展区学科知识图谱大单元设计信息科技

Zone of Proximal DevelopmentSubject Knowledge GraphLarge Unit DesignInformation Technology

《远程教育杂志》 2024 (002)

56-64 / 9

本文系2021年北京市社会科学基金规划项目"教育机器人支持的人机协同新型'双师课堂'研究"(项目编号:21JYB011)、2022年度北京市数字教育研究课题重点课题"'双师课堂'新型教学模式体系研究"建设(项目编号:BDEC2022080001)的阶段性研究成果.

10.15881/j.cnki.cn33-1304/g4.2024.02.007

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