自然辩证法通讯2023,Vol.45Issue(11) :106-113.DOI:10.15994/j.1000-0763.2023.11.012

STEAM项目式教学:内涵意蕴、价值向度与运用示例

STEAM Project-Based Teaching:Connotational Meanings,Value Dimensions and Application Examples

齐成龙 李玉颖
自然辩证法通讯2023,Vol.45Issue(11) :106-113.DOI:10.15994/j.1000-0763.2023.11.012

STEAM项目式教学:内涵意蕴、价值向度与运用示例

STEAM Project-Based Teaching:Connotational Meanings,Value Dimensions and Application Examples

齐成龙 1李玉颖2
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作者信息

  • 1. 首都师范大学学生工作部,北京,100048
  • 2. 首都师范大学音乐学院,北京,100048
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摘要

基于新时代新征程社会发展对人成长成才提出的新要求,教育面临新一轮改革与重塑.STEAM项目式教学,作为培养多学科融合素养的教学模式,将进一步塑造拔尖创新人才和复合型人才,提高人才自主培养质量.本文首先梳理了"STEAM教育"和"项目式学习"的国内外发展脉络,探讨了二者的辩证关系以及结合的可能性,发现二者不仅有着教学理念的契合,而且具有理论基石的共通."STEAM教育"与"项目式学习"的结合,呈现出知识价值、现实价值、实践价值的辩证统一.在探析内涵意蕴与时代价值的基础上,以"小学科学制作红绿灯"课题为例进行了课程设计,以期探讨推进STEAM项目式教学的现实路径.

Abstract

Based on the new requirements of the society for the growth of talents in the new era and new journey of development,education is faced with a new round of reforms and reshaping.As a teaching mode to implement multidisciplinary literacy of integration,the STEAM project-based teaching will further cultivate top-notch innovative and interdisciplinary talents and improve the quality of independent talent training.This paper first reviewed the development of"STEAM education"and"project-based learning"at home and abroad,discussed the dialectical relationship between them and the possibility of their combination,and found that the two not only have the same teaching concept,but also have the common theoretical foundation.The combination of"STEAM education"and"project-based learning"presents the dialectical unity of knowledge value,realistic value and practical value.On the basis of exploring the connotational meanings and the values of the times,the curriculum design for"the making of traffic lights in the science classes of primary schools"is carried out,in order to explore the practical paths of promoting the STEAM project-based teaching.

关键词

STEAM教育/项目式教学/内涵意蕴/价值向度/运用示例

Key words

STEAM education/Project-based learning/Connotation/Value dimension/Application example

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基金项目

中国高校产学研创新基金(2022XF011)

出版年

2023
自然辩证法通讯
中国科学院研究生院

自然辩证法通讯

CSTPCDCSSCICHSSCD北大核心
影响因子:0.374
ISSN:1000-0763
被引量1
参考文献量10
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