工程设计过程在生物相关STEM活动中的整合:泰国中学教育综述

Krittin Tipmontiane, P. Williams
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引用次数: 5

摘要

STEM教育是促进学生多维发展的有效教学方法。尽管STEM教育中的工程学科(E)在中等教育的生物概念领域中表现得含糊不清,但工程设计过程(EDP)正在显示出明确指导教育者将EDP纳入生物课的潜力。因此,本文提出了在泰国中等教育背景下,将EDP纳入与生物相关的STEM课程的想法。它还概述了EDP整合的好处和挑战,这可能有助于教师设计课程。先前的研究结果表明,EDP有潜力通过实践活动提供专注于多学科现实环境的经验,以研究问题的解决方案。由于内容的性质,将电子数据处理整合到生物学任务中比其他学科面临更大的挑战。由于整合的模糊性,专业发展计划、适当的生命科学内容的实施和生物灵感将有助于教师开展高质量的包含EDP的生物STEM活动。此外,时间限制、教师的消极态度和缺乏资源应该作为实施前考虑的障碍加以解决。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Integration of the Engineering Design Process in Biology-related STEM Activity: A Review of Thai Secondary Education
STEM education is an effective instructional approach to multidimensionally develop students. Although the engineering discipline (E) in STEM education is ambiguously represented and integrated in the field of biological concepts in secondary education, the engineering design process (EDP) is showing potential to clearly guide educators to incorporate the EDP in biological classes. Thus, this review paper proposes to offer ideas of integrating EDP into biology-related STEM lessons in the context of Thai secondary education. It also outlines benefits and challenges of EDP integration which may assist teachers during designing lessons. The gathered results of prior research suggest that the EDP has potential to provide experiences focused on multidisciplinary real-life circumstances via hands-on activities in order to investigate solutions to problems. The challenges are greater to integrate EDP into biological tasks than other disciplines because of the nature of the content. Due to the ambiguity of integration, professional development programs, the implementation of suitable life-science content, and biological inspiration would assist teachers in conducting high-quality biological STEM activities which incorporate EDP. Moreover, time constraints, teachers’ negative attitudes, and a lack of resources should be addressed as barriers to consider before the implementation.
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