Co-designing Artificial Intelligence Curriculum for Secondary Schools: A Grounded Theory of Teachers' Experience

King Woon Yau, C. Chai, Thomas K. F. Chiu, Helen M. Meng, Irwin King, S. Wong, Y. Yam
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引用次数: 1

Abstract

In response to the need to equip Hong Kong secondary students with Artificial Intelligence (AI) literacy, a joint effort was made by university professors from engineering and education and secondary school teachers to co-design an innovative AI curriculum. This paper investigated the experience of teachers in co-designing the curriculum. A total of 17 semi-structured interviews were conducted with 8 secondary school teachers involved in the curriculum design. Using the grounded theory approach, the teachers' perspectives and experiences during the co-design processes were unpacked. First, the teachers were motivated by the perceived need of students to join in the co-design of such AI curriculum. Second, the teachers appreciated the professor-led knowledge input that addresses their gaps in technical knowledge. Third, the teachers contributed their pedagogical knowledge and classroom experiences to guide the design of the curriculum so that it may be contextualized to the school environment and students' needs. The outcomes of the co-design were a usable curriculum and teachers' growth, which was translated to students' AI literacy and confidence in learning about AI. This paper contributes to the current educational effort in preparing students for an AI pervasive society.
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协同设计中学人工智能课程:基于教师经验的理论
为配合香港中学生对人工智能(AI)认知的需要,大学工程和教育教授与中学教师合作,共同设计了一套创新的人工智能课程。本文调查了教师共同设计课程的经验。本研究共对参与课程设计的8位中学教师进行了17次半结构化访谈。运用扎根理论的方法,对教师在协同设计过程中的观点和经验进行了分析。首先,教师的动机是学生需要参与这种人工智能课程的共同设计。其次,教师赞赏教授主导的知识输入,这解决了他们在技术知识方面的差距。第三,教师贡献他们的教学知识和课堂经验来指导课程的设计,使其符合学校环境和学生的需求。共同设计的结果是一个可用的课程和教师的成长,这转化为学生的人工智能素养和学习人工智能的信心。这篇论文有助于当前的教育工作,为学生准备一个人工智能普及的社会。
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