Artificial Intelligence in Compulsory K-12 Computer Science Classrooms: A Scalable Professional Development Offer for Computer Science Teachers

Franz Jetzinger, Sven Baumer, Tilman Michaeli
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Abstract

Given the ever-growing importance of artificial intelligence in our society and daily lives, everyone needs to learn about the core ideas and principles of this technology. While there is still a lack of empirical findings on the teaching and learning about AI in K-12 education, various teaching approaches and materials have been developed in recent years, and the topic is being introduced into K-12 computer science curricula. However, qualifying CS teachers to adequately teach this new field is a significant challenge, as they require extensive content knowledge as well as pedagogical content knowledge. In this paper, we describe the conditions and challenges and the resulting design of a professional development offer to prepare teachers for the introduction of AI into mandatory K-12 CS education in Bavaria (Germany). By designing a scalable PD program in a blended learning format and building on principles such as the "pedagogical double-decker", we successfully addressed challenges such as limited resources, a large number of teachers to be trained, and the significant heterogeneity of teachers’ backgrounds. We also share the results of a formal evaluation and other lessons learned from the initial implementations, which contribute to the design of professional development for this pressing issue.
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K-12 计算机科学必修课中的人工智能:为计算机科学教师提供可扩展的专业发展机会
鉴于人工智能在我们的社会和日常生活中日益重要,每个人都需要了解这项技术的核心思想和原理。虽然在 K-12 教育中有关人工智能的教学和学习仍缺乏实证研究,但近年来已开发出各种教学方法和教材,并将这一主题引入 K-12 计算机科学课程。然而,如何使计算机科学教师具备充分教授这一新领域的资格是一项重大挑战,因为他们需要广泛的内容知识和教学内容知识。在本文中,我们介绍了在巴伐利亚(德国)将人工智能引入 K-12 计算机科学必修教育的条件和挑战,以及由此产生的专业发展课程设计。通过以混合学习的形式设计可扩展的专业发展项目,并以 "教学双层 "等原则为基础,我们成功地应对了资源有限、需要培训的教师人数众多以及教师背景差异巨大等挑战。我们还分享了正式评估的结果以及从初步实施中汲取的其他经验教训,这有助于针对这一紧迫问题进行专业发展设计。
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