适应性脚手架系统在支持中学基于问题的学习活动中的作用

Zilong Pan, Min Liu
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引用次数: 0

摘要

本研究引入自适应支架系统来支持中学科学问题学习(PBL)活动。298名六年级学生被分为三组,分别是适应性支架组、非适应性支架组和不接受任何支架的对照组。结果表明,与其他两组相比,使用适应性脚手架系统的学生在解决问题方面的自我效能有显著提高。此外,由于学生在两种模式下(在线和面对面)进行PBL活动,结果还显示,在线模式的学生在参与自适应系统后比面对面模式的学生获得了更多的科学内容知识。学生访谈显示,自适应系统提供的实时支持和及时反馈是促进他们进步的关键因素;教师访谈显示,自适应系统为教师促进PBL活动提供了有效的帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Role of Adaptive Scaffolding System in Supporting Middle School Problem-Based Learning Activities
This mixed-method study introduced an adaptive scaffolding system to support middle school science problem-based learning (PBL) activities. 298 6th-graders were grouped into three conditions, which are the adaptive scaffolding group, the non-adaptive scaffolding group, and a control group that did not receive any scaffoldings. Results showed that problem-solving self-efficacy for students who engaged with the adaptive scaffolding system had improved significantly compared to the other two groups. Moreover, since students were conducting the PBL activity under two modes (online and in-person), the results also showed that students in the online mode gained more science content knowledge compared to their peers in the in-person mode after engaging with the adaptive system. Student interviews revealed that the real-time supports and in-time feedback provided by the adaptive system were the key elements that facilitated their improvements, teacher interviews presented that the adaptive system provided effective assists for teachers to facilitate the PBL activities.
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