Multimedia-supported e-learning is considered useful as it can offer an enjoyable independent learning experience to learners. However, the effectiveness of e-learning for self-regulated science learning is still inconclusive. This study aimed to explore primary school students’ perceptions and experiences of self-regulated science learning in a multimedia-supported e-learning environment. A total of 11 classes from grades 3 to 6 from four Hong Kong schools participated in this study. All e-learning lessons were observed, and 33 (3 from each class) were interviewed using cognitive walkthroughs of how they made use of the multimedia resources and system tools, scaffolds, or prompts to direct their own learning in each of the three self-regulated learning phases (forethought, performance, and reflection). Results revealed that the combined use of the discussion forum and statistics table seemed to facilitate the students’ diagnosis of their prior knowledge of natural phenomena in the forethought phase. In the performance phase, the students mostly enjoyed learning with the graphic data, animations, and/or simulation experiments. Some perceived the prompts or tools from the e-learning system as useful for operation and science learning. In the reflection phase, the students self-assessed their learning using quizzes with emoticons as positive feedback which seemed to increase their enthusiasm for learning science. However, not all students were able to effectively use the system tools or prompts, to keep focused self-discipline, or to achieve deeper science learning without the teacher’s guidance. Hence, this study suggests providing more opportunities for students’ exposure to e-learning resources, while at the same time assisting them in the use of digital tools or resources, in adjusting their learning strategies, and in internalizing scientific ideas and inquiry processes so as to ensure more effective self-regulated science learning. Copyright © 2019 Springer Nature

The study looked into how school partnership generates benefit. It aimed to identify the structures of partnership among collaborating schools and to examine elements that can contribute to sustainable eLearning development. Six cluster project cases were purposefully selected from an e-Learning pilot scheme in Hong Kong to investigate how school partnership functions in e-Learning implementation through semi-structured focus group interviews. The findings identified five types of partnership structures that were adopted by the six e-Learning cluster projects, namely, a traditional leader-centered team leadership; a fusion of traditional leader-centered and distributed team leadership; a distributed-coordinated team leadership; an intermediate form of distributed-coordinated and distributed-fragmented team leadership; and a duplicated distributed team leadership structure. Elements including mutual benefit, active school engagement with dynamic communication and interaction, reasonable team size, and co-building of online sharing platform for channeling ideas and actions efficiently are critical to keep e-Learning school partnership sustainable. Copyright © 2019 National Taiwan Normal University.

過去數十年持續的資訊科技革新，引發出強調以運用知識和創新為比併工具的新經濟年代。教育當局將社會各界對勞動力的期望，迅速反映到教育改革的政策上。今日的老師，作為學生學習的推動者，經常承受很大的工作壓力，使不少現職教師感到教學困難。假若不同中學相關學科的教師把他們工作上的知識，在網上建構一個知識庫，與其他相關學科的教師分享，不單相互增加對學科的認識，亦可減少彼此重複的工作，讓相關的老師有更多的時間空間來提升學習的素質和效果。The sustained advancement of information technology in the last decades initiated a new economic era, which emphasizes the application of knowledge and innovation as strategic tools for competition. The Ministry of Education reflected societal expectation on human workforce in educational reform policies. When teachers play the role of students' learning facilitator nowadays, they are confronted with high working pressure that makes the teachers difficult to handle their daily teaching routine. In case if secondary school teachers of the same subject from various schools work collaboratively to build a knowledge repository to share with others, it can benefit teachers with enriched subject knowledge and reduce the duplication of effort of each other. It also gives them more time to uphold the quality and effectiveness of learning. Copyright © 2011 香港教師中心.

Effectively use of technologies in early childhood centres has influential impact on learning and teaching. Leaders of early childhood centres have crucial roles to promote the good use of learning technologies. In Hong Kong, with millions of dollars subsidies from the SAR government to early childhood centres for improving early childhood quality under the Voucher scheme since 2007. Many more early childhood leaders equip their centres with different kinds of new technologies. However, the usage rate of technologies in early childhood classrooms is relatively low compare with other teaching and learning facilities. In this study, I aim to investigate the leadership strategies applied by leaders to promote technology use in early childhood centres. Case study was applied to investigate the leadership strategies, in-depth interview were conducted with principal and teachers in a well-resourced digitized kindergarten in Hong Kong. Thematic analysis was applied to draw the findings. Major findings on leadership strategies include: providing authentic support, encouraging active trial, leading practical practice and forming pro-digital culture in organization. Copyright © 2014 Infonomics Society.

"雲計算"甫自推出便被認定為︰面向所有普通用戶的計算系統。進入2010年，"雲計算"迅速普及，帶給社會的是訊息資源獲得的便利性及使用率的提高；而為支持者稱道的是其開放性和互動性。"雲計算"與"雲儲存"在工商界、在公共服務領域、在教育界的應用與探索備受多國關注，認為這是一項足以改變未來世界的重大科技發明。本文嘗從"雲計算"對特殊學習需要學童的學程經營的啟示，簡述一所特殊學校將生本學程經營平台轉移至"雲平台"上經營；讓教師、家長、及不同的專業工作者，透過即時、互動的網上協作活動，分享訊息並共參與建構生本的學與教流程。就這實踐經驗，筆者倡議為保障融合生在融入主流教育系統時的學習質素，可考慮為每一名特殊教育學習需要學生建立一個跨專業、跨家校、及跨教育系統的"融合雲"。 When 'Cloud Computing' was first introduced, it was regarded as a computing system for all users. Entering 2010,'Cloud Computing' was widely used and seen as an elevated tool of convenience and utilization to obtain information resources; while from the supporters' perspective, the benefit is the openness and interaction that it brings to the users. Many countries are attracted to both 'Cloud Computing' and 'Cloud Storage'. They thought that this technological innovation will bring huge changes in the future in the aspects of its application and discovery in both the industrial and commercial sectors, public services and education sector. This articles aims to summarize the transformation of traditional 'Student-based' learning platform into 'Cloud Platform' being inspired by 'Cloud Computing' that impacted on the learning process of students with special educational needs. And how the new platform enables teachers, parents and various professional workers to share information and participate in establishing the student-based flow of 'learning and teaching' as well as collaborative activities through instantaneous interactive web-based activities. The information sharing will bring about mutual participation and construction of teaching and learning activities. Based upon the practical experiences, the author suggests that in order to safeguard the quality of education services for integrated students in the mainstream education system, an 'Inclusive Cloud' comprising of interdisciplinary professionals, interactive home-school and educational systems should be constructed for every student with special educational needs.
[Copyright

網絡教育透過互聯網的交流和學習，將把現今「以教室為中心」的學習模式，推展至全時間、多元體系的學習模式。特殊教育的老師應發展「以學生為中心」的課程，使學生在認知、態度和技能上產生質變。本文介紹的數碼資訊網頁，把網絡時代與教育連接在一起，說明教師應如何創設適合有特殊教育需要學生的科技化學習環境，如何運用電腦科技教育更新教學策略和方法，提升學習效能。本文亦探討電腦網絡教室及網頁的創設和加強師資科技教育培訓，對師資訓練課程作出建議。「天保民學校數碼資訊城」所提供的網上服務共分四類，包括資訊項目、教育項目、綜合資源及通訊功能。將學生、家長與教職員連成一體，使教育無界域，彼此分享知識資源，迎合新時代的步伐。
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With the use of questionnaire, observation and case study, the current practice in using multi-media tcchnology in schools for mentally handicapped (MH) children was studied. The aims, staff expertise, use, software and school-based work in computers were identified for investigation. The results indicated that the recent development was positive and encouraging. Provided with adcquate facilities, most schools with MH students introduced computer technology in classroom teaching. Although MH students may have different kinds of physical and intellectual disabilities, the use of technology and accessories helped them overcome their learning difficulties. A larger proportion of teachers reflected that they were not professionally trained to meet the growing demands of computer-based technology. They stated their limitations and shared their successful experience in school-based work. Regarding the lack of expertise, it was recommended that the authority should provide more positive support and resources to the schools while the schools should take strategic measures for staff development in this area.
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This paper presents the design and implementation of a technological literacy course in professional development training for a diverse group of in-service primary teachers in Hong Kong. A set of micro-controlling hardware was chosen such that not only the controlling and coding barriers are acceptable to the teachers but that their pupils can also adopt the easy-to-use hardware and software to create STEM projects in primary schools. The hands-on training seeks to broaden their technological experiences in various interfacing and sensing activities. The coding challenge is reduced by introducing visual programming, thereby allowing the learners to focus on real- world problems in the STEM disciplines. Details of the course are provided and the assessment projects by Engineering Design Process are illustrated in this paper. The quantitative evaluation of teachers in their micro-controlling experience is provided. Copyright © 2018 by IEEE.