红粘土迷你砖纳米膨润土(Clamib-Naben):材料在早期学习

Norizzati Ibrahim
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引用次数: 0

摘要

能源、科学、技术、环境和气候变化部(MESTECC)对在学校和高等教育机构中攻读科学、技术、工程和数学(STEM)学科的学生的下降趋势(从2012年的48%降至2019年的44%)感到担忧。这种下降趋势可能与年轻一代的思维有关,他们认为工程课程的性质非常具有挑战性,被认为是“困难的课程”。因此,本研究的目的是探讨纳米膨润土红粘土迷你砖(ClaMiB-NaBen)材料的实施对学龄前学生工程焦虑的影响。学生在使用ClaMiB-NaBen开发建筑模型时采用了合作学习的方法。为了达到研究的目的,我们一共选择了50名学龄前的学生。在课堂实践活动的基础上,采用观察法和课前及期末测试来收集经验数据。数据用频率、平均值和标准差来描述。预测显示,大部分学生对工程领域不感兴趣。然而,后测结果显示,学生对这一领域的兴趣显著增加。因此,ClaMiB-NaBen有望改变年轻一代对工程的看法,这符合马来西亚的可持续发展目标(SDG),该目标将在2030年实现,因为所有国家都在竞相开发可持续、负担得起和安全的新科技。
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Red Clay Mini Bricks with Nano-Bentonite (Clamib-Naben): Materials in Early Learning
The Ministry of Energy, Science, Technology, Environment, and Climate Change (MESTECC) is concerned about a downward trend (from 48 % in 2012 to 44 % in 2019) of students in schools pursuing Science, Technology, Engineering, and Mathematics (STEM) subjects in schools and higher education institutions. This downward trend may be related to the thinking of the younger generation, who consider engineering courses quite challenging due to the nature of the courses, which are considered "difficult courses". Therefore, the purpose of this research is to explore the effect of implementing red Clay Mini Bricks with Nano-Bentonite (ClaMiB-NaBen) materials on anxiety towards engineering among students at the preschool level. A cooperative learning method was utilised among students in developing building models using ClaMiB-NaBen. In order to achieve the objectives of the study, a total of 50 students from pre-school were selected. Observations and pre- and final tests were used to collect empirical data based on practical activities in the class. The data were described using frequency, mean, and standard deviation. The pre-test showed that the majority of students were not interested in the field of engineering. However, the post-test results revealed a significant increase in interest in this field. Therefore, ClaMiB-NaBen is expected to be able to change the perception of the younger generation to be more interested in engineering, which is in line with the Sustainable Development Goals (SDG) of Malaysia that are to be achieved by 2030, as all countries are racing to produce new science and technology that is sustainable, affordable, and safe.
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