摘要
证据导向的地理跨学科工程实践教学模式是以证据要素为核心,以地理学科为主干,有机整合其他学科知识、方法,开展工程探秘与设计的“学—教”范式。其学习过程遵循指向成果的工程实践、基于探究的概念建构、基于证据的推理论证三大逻辑。教学设计路径包括依据概念体系创设工程情境,借助证据获取设计原理,依托证据转化设计工程实践,基于证据迁移设置工程评价。
Abstract
Evidence-oriented interdisciplinary engineering instructional model practice in geography is a“learningteaching”paradigm
that takes evidence as the core element, geography as the main discipline, and integrates knowledge and
methods from other disciplines to carry out engineering exploration and design. Its learning process comprises three major
logics: outcome-oriented engineering practice, inquiry-based conceptual construction, and evidence-based reasoning and
argumentation. The instructional design pathway includes creating engineering contexts based on conceptual frameworks,
acquiring design principles through evidence acquisition, designing engineering practices via evidence transformation, and
establishing engineering evaluation grounded in evidence transfer.
关键词
证据 /
跨学科 /
工程设计 /
逻辑建构 /
飞檐
Key words
evidence /
interdisciplinarity /
engineering design /
logical construction /
? ying eaves
曾海辉.
证据导向的地理跨学科工程设计与实践——以“飞檐探秘与设计”为例[J]. 地理教学. 2026, 0(17): 35-39
Zeng Haihui.
Evidence-Oriented Interdisciplinary Engineering Design and Practice in Geograph
——Taking “Exploring and Designing the Flying Eaves” as an Example[J]. Geography Teaching. 2026, 0(17): 35-39
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基金
浙江省教育科学规划2023年度规划课题“证据导向的初中科学项目化学习的实践研究”(项目编号:2023SC280)
2023年度温州大学面向基础教育课题“证据导向的初中科学微项目设计研究”(项目编号:WDYB202306)