天文馆教学法和技术学习体验:从教学角度进行的调查

Mohammad Mubarrak Mohd Yusof, N. F. Shaafi, Nur Atiqah Farzana Zaini
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引用次数: 0

摘要

研究重点是吉隆坡国家天文馆的教育计划,调查其类型和目标受众。研究还考察了所使用的教育理论和策略,包括多元智能理论和合作学习。研究还探讨了培生爱德思国际中学教育普通证书(IGCSE)物理课程中的天体物理学与天文馆课程的一致性。研究采用了文献分析和参与观察法。结果显示了两种课程类型:现场课程和在线课程。这些课程与 IGCSE 物理课程一致,并运用了社会认知理论等理论。国家天文馆通过多元智能理论、社会文化理论、体验理论和建构主义对学生产生了积极影响。游戏化和小组活动增强了学习体验。天文馆模拟天文事件的能力使其成为科学教学机构的有效媒介。总之,本研究强调了吉隆坡国家天文馆的多样化教育项目、它们与IGCSE物理课程的一致性,以及它们对学生个人、物理和社会背景的积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Planetarium pedagogy and technical learning experience: an investigation from instructional perspectives
The research focused on the National Planetarium Kuala Lumpur’s education programs, investigating the types and target audiences. It examined the educational theories and strategies used, including multiple intelligence theory and cooperative learning. The study also explored the alignment of astrophysics in Pearson Edexcel International General Certificate of Secondary Education (IGCSE) Physics with the Planetarium’s programs. Document analysis and participant observation were employed. The results revealed two program types: on-site and online. The programs showed alignment with IGCSE Physics and utilized theories like social cognitive theory. The National Planetarium positively impacted students through multi-intelligence theory, sociocultural theory, experiential theory, and constructivism. Gamification and group activities enhanced the learning experience. The Planetarium’s ability to simulate astronomical events made it an effective medium for instructional science institutions. Overall, the study highlighted the diverse education programs of the National Planetarium Kuala Lumpur, their alignment with IGCSE Physics, and their positive impact on students’ personal, physical, and social contexts.
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