Background: Artificial Intelligence (AI) literacy is a crucial part of digital literacy that all individuals should possess in today's technologically advanced world. Despite the potential benefits that AI education offers, little research has been done on how to teach AI literacy to children. Objectives: This study aimed to fill that gap by investigating how children were engaged in AI literacy activities that are supported by intelligent agents. These activities were implemented in a Hong Kong kindergarten with a class of six 5-year-olds (Mage = 62.83 months, SD = 2.91) over a 6-week period. Methods: The study gathered data from multiple sources, including classroom observations, teacher interviews, and documents/artefacts. Results and Conclusions: The results showed that children could learn about AI through interaction with intelligent agents in embodied learning contexts. The findings of this study have implications for the broader field of digital technology education, particularly in the context of early childhood education. Copyright © 2023 John Wiley & Sons Ltd.

With the rapid change of the technological world, educators have been urgently required to appropriately integrate various and innovative digital technologies to support the diverse learning needs of students in Hong Kong. The flexible learning spaces offer multiple opportunities for educators to integrate innovative toolkits to explore students’ potential learning needs, embracing their design thinking and creativity. An exploratory case study approach was adopted to investigate improving students’ learning by using digital technologies in the technology-mediated classroom and develop practical toolkits for educators. Students’ discourses and learning processes were collected as data. Three students aged 6-8 in Hong Kong were invited to participate in this study. Content analysis was employed to analyse the effectiveness of the toolkits on students’ learning modal and engagement. The findings show that digital technologies can help change students’ learning modal from passive to interactive by stimulating multimodal learning, i.e. making an AR vocabulary card required modals of linguistic, gestural, visual, and aural. The toolkits can build multiple learning spaces for design thinking and creativity, i.e. a map and digital story of the ocean were created by using a toolkit composed of 3D printing models, coding robots, and a digital book App.隨着科技世界日新月異，需要教育工作者整合各種創新數碼科技，以支持年幼學習者的多元化學習需要。靈活的學習空間為教育工作者提供了多種機會，特別是創新工具包，可以用於探索學生的潛在學習需求，提升他們的設計思維和創造力。此研究採用探索性案例研究方法，在技術為媒介的課堂中使用數碼技術來改善學生學習的方法，並嘗試為教育工作者開發實用工具包。研究通過學生的言談分析和學習歷程收集數據，三名6-8歲的香港學生受邀參與這項研究。研究者使用內容分析法來分析工具包和學習空間對學生學習模式和參與的有效性。研究結果表明，數碼技術可以通過刺激多模態學習來幫助學生將學習模態從被動轉變為交互式，即製作需要語言、手勢、視覺和聽覺模態的 AR 詞彙卡。工具包可以搭建多元化的創意學習空間，研究展示1. 3D打印模型、2. 編程玩具和3. 數字圖書App組成的工具包創建了一個關於海洋的學習空間。 Copyright © 2021 Learning and Teaching Expo.

To support young children's learning during the coronavirus 2019 (COVID-19) pandemic, preschool educators in Hong Kong were required to teach with digital technologies. In this study, 1035 educators from 169 preschools reported their views and practices in an online survey, which we examined via multilevel mixed-response analysis and thematic analysis. More than half of the respondents (53%) expected future online teaching to continue, and only 11% of educators believed that parents would reject this form of delivery. Administrators and teaching assistants were more likely than teachers to expect online preschool teaching to continue in the future. In addition, respondents with existing online platform experience, who taught the upper levels of preschool, or incorporated specific teaching practices (eg, after the online lesson, they assessed children and assigned homework tasks), were more likely than others to expect online teaching in the future. Many of these respondents also reported (a) difficulty with engaging their children when online and (b) inadequate support from parents for learning activities, which reduced the respondents' perceived likelihood of future online teaching. Administrators and teaching assistants were more likely than teachers to believe that parents would accept online teaching in the future. Respondents who felt they had inadequate training to teach online, children in families with inadequate technical skills and parents who believed that online lessons harmed children's well-being, were less likely than others to believe that parents would accept online teaching in the future. These educators believed that online learning communities could connect parents and schools and foster interaction that could help align with educator's support for children's learning needs. Copyright © 2021 British Educational Research Association.

With the rapid development of technology, Early Childhood (EC) educators have been urgently required to appropriately integrate various and cutting-edge digital technologies to support the diverse learning needs of students in Hong Kong. The Future Classroom of EdUHK offers an opportunity for educators to integrate innovative toolkits to explore students’ potential learning opportunities, embracing their design thinking and creativity. This study applies an exploratory case study approach to learn the ways of improving students’ learning by using digital technologies in the Future Classroom, and develop practical toolkits for EC educators. Data was collected by activity plans, class videos, and students’ artifacts. Three students aged 6-8 in Hong Kong were invited to participate in this study. Content analysis was employed to analyze the effectiveness of the toolkits on students’ learning modal and engagement. The findings show that digital technologies can help change students’ learning modal from passive to interactive by stimulating multimodal learning, i.e. making an AR vocabulary card required modals of linguistic, gestural, visual, and aural. The toolkits can build a platform for design thinking and creativity, i.e. a map and digital story of the ocean were created by using a toolkit composed of 3D printing models, coding robots, and a digital book App. Students’ learning engagement can be improved by the toolkits, especially on the emotional aspect since they took the initiative to create their stories and characters at a later stage. Lastly, a list of practical digital resources is provided. Copyright © 2020 International Conference on Learning and Teaching.

There is an increasing need in Hong Kong kindergartens for exploring children with exposure to Science, Technology, Engineering, Art, Math (STEAM) in school settings. The aim is not the subject-based learning but the way of integrating the STEAM concepts in the holistic learning experience. Guiding children to explore the concepts in the process of solving problems, providing hands-on experience to stimulate children's intrinsic motivation. However, the challenge is apparent that the lack of professional development to prepare the teachers for STEAM education in early childhood education. This project adopted a Pedagogical Play-framework (Edwards, 2017) to prepare kindergarten teachers to integrate STEAM education through play. Accordingly, three types of play were explored, including 1) open-ended play, 2) modelled play and 3) purposefully framed play. The initial finding indicates that kindergarten teachers showed the positive attitude to involve STEAM education in the classroom practice, and used the Pedagogical Play-framework for improving children’s engagement. Teachers were lack of the subject concepts especially the science and the engineering areas. More school-based support were needed to create the multimodal learning spaces.越來越多香港的幼稚園開始探索融入STEAM的元素，包括科學、科技、工程、藝術及數學的學習範疇。但其目標不是主張孩子學習獨立學科，而是希望進行統整的學習，在解決問題的過程中探索所需的概念，以動手解難為基礎讓孩子整合學習經驗，激發孩子的內在學習動機。然而教師培訓是STEAM教育在幼兒教育推行的一個難點。本研究以一個幼師培訓課程為例，使用教學遊戲架構（Pedagogical Play-framework）來透過遊戲來設計STEAM教學活動，三類型遊戲包括1）開放式遊戲，2）示範式遊戲以及3）目的性的遊戲。研究初步發現大部分教師對STEAM教學的態度積極，使用教學遊戲架構能夠幫助教師提升兒童參與程度。但初步的研究結果顯示教師缺乏STEAM的學科知識，特別是在科學和工程方面，以及需要更多的校本支持來設計多元學習空間。 Copyright © 2018 Learning & Teaching Expo.