Design and Teaching Process of Stem Project "Smart Night-Lamp" for High School Students

Trần Quang Huy, Pham Quoc Khanh, Nguyen Ngoc Tuan, Nguyen Duc Thong, L. T. Theu
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Abstract

In Vietnam general education curriculum 2018, a learning model called STEM education is being interested in and encouraged in teaching and learning. Choosing a STEM topic will  engage students to explore knowledge. The  topics which selected need to be linked to reality and have a direct impact on human life. In the era of industry 4.0, besides data science, machine learning, artificial intelligence, etc., the role of automation is indispensable. The previously developed STEM topics are quite diverse, including topics on physics, chemistry, biology, informatics, etc. However, STEM topics about automatic control field are rarely exploited to increase students' awareness of the role of automation in life in the era of technology revolution 4.0, and also enrich the topics of learning and experience in the contents of smart home, warning system, etc. in the general education program issued in 2018. In this paper, therefore, we propose a new STEM project in the field of smart models, which is the smart night-lamp. Furthermore, we use the 6E teaching model to design the teaching process, which emphasis on two elements of technical design and practice in STEM-oriented teaching. After proposing a new STEM topic and designing a teaching process according to the 6E process, we also conducted a pedagogical experiment to ensure the feasibility of the proposed topic in STEM education.
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高中Stem项目“智能夜灯”的设计与教学过程
在2018年越南通识教育课程中,一种名为STEM教育的学习模式正受到教学和学习的关注和鼓励。选择一个STEM主题将吸引学生探索知识。所选择的主题需要与现实联系起来,并对人类生活产生直接影响。在工业4.0时代,除了数据科学、机器学习、人工智能等,自动化的作用是不可或缺的。先前开发的STEM主题相当多样化,包括物理,化学,生物,信息学等主题。然而,关于自动控制领域的STEM主题很少被利用,以提高学生对技术革命4.0时代自动化在生活中的作用的认识,并且在2018年发布的通识教育计划中,也丰富了智能家居,预警系统等内容的学习和体验主题。因此,本文提出了智能模型领域的一个新的STEM项目,即智能夜灯。此外,我们运用6E教学模式设计教学过程,强调stem教学中的技术设计和实践两个要素。在提出新的STEM主题并根据6E过程设计教学流程后,我们还进行了教学实验,以确保提出的主题在STEM教育中的可行性。
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