In Hong Kong, student interest and achievement in science have been declining in recent years. We thus aim to seek ways to improve our science education. This paper reports an attempt of using the flipped classroom approach together with the Next Generation Science Standards (NGSS) to deliver a science unit ("electrical conductors and insulators"). This exploratory study was divided into two stages. In Stage 1, the teacher-researcher designed the science lessons using the NGSS and prepared flipped learning materials (e.g., pre-class videos, online exercises, class activities). In Stage 2, these lessons were implemented in a Hong Kong secondary school, involving a total of 32 ninth-graders from two classes. At the end of this study, two focus group interviews (five students each) were conducted to understand student perceptions of flipped science learning. Teacher reflections of the implementation were also collected and analyzed to reveal his experiences of flipping with the NGSS. Overall, the findings suggest that the students perceived flipped science learning positively because of the ability of self-paced learning, better class preparation, and more in-class interactions. From the teacher's point of view, however, the science curriculum in Hong Kong and the NGSS are different in terms of their focus and content. Time constraint and inadequate laboratory equipment in school also hindered the implementation of the NGSS in Hong Kong. We recommend further research be conducted to investigate how to adopt the NGSS in other topics of Hong Kong science education and examine its effects on student interest and achievement in the long run. Copyright © 2018 Copyright is held by the owner/author(s).

The paper reports on an empirical study on adopting an innovative pedagogical design in project-based learning to improve upper primary students' problem solving skills in science learning. A Grade 6 class in a Hong Kong primary school was involved in this study. The findings show that the students produced high group artifacts/projects in problem-solving quality and were positive in facing challenges in their project-based learning process. This indicates that project-based learning with PF instructional design can be an effective way to develop students' problem solving skills. Copyright © 2018 authors.

Background: Bystander cardiopulmonary resuscitation can improve the survival rate of patients with out-of-hospital cardiac arrest. Teaching cardiopulmonary resuscitation in schools by teachers is one of the ways to increase the number of bystanders who can perform cardiopulmonary resuscitation. Nevertheless, there have been no studies on the readiness of teachers in Hong Kong to teach cardiopulmonary resuscitation in their schools. Objective: To assess whether secondary school teachers are prepared to teach their students cardiopulmonary resuscitation. Methods: This was a questionnaire survey. Teachers from 22 local secondary schools were recruited. The questionnaires were designed with questions covering their knowledge about cardiopulmonary resuscitation and attitudes towards teaching their students cardiopulmonary resuscitation. A knowledge score and attitude score were calculated. Result: 557 teachers completed the questionnaires. Most had never witnessed a cardiac arrest and over half of them had never been trained cardiopulmonary resuscitation or use of an automated defibrillator. About 25% of them answered all questions on knowledge wrong. Only 25% supported teaching cardiopulmonayr resuscitation in schools and 32% were willing to teach it. Legal liability was a major concern. Conclusion: Local teachers' readiness for teaching students cardiopulmonary resuscitation in secondary schools is likely poor. More efforts are required to raise their knowledge level on cardiopulmonary resuscitation and instill a positive attitude towards cardiopulmonary resuscitation education in schools.
[Copyright of Hong Kong Journal of Emergency Medicine is the property of Sage Publications Ltd.]

This study aimed to explore the principals’ perspectives in terms of their understanding, support and expectation towards programming education among primary schools in Hong Kong. 147 primary school principals (30.2%) responded to the survey. The results indicated that all principals have positive perspectives towards programming education in all three aspects. Their major concern was the competency of teachers in teaching programming. They suggested that more teacher development courses should be provided to address this problem. Copyright © 2019 Central China Normal University.

This study was designed to explore how secondary students perceive the use of flipped classroom for learning computer programming. Specifically, it aimed to investigate the effects of flipped classroom on students’ learning and acquisition of programming knowledge and skills. Flipped classroom is known as a blended learning approach in which learning materials are delivered online, out of class for self-study in advance of classes, while homework assignments are transformed into class activities. This approach leverages technology and digital resources to support students in independent and online learning. It also enables teachers to minimize direct instruction and maximize student involvement in both teacher-student and student-student interactions. In this study, forty students from two Information and Communications Technology (ICT) classes (18 students in Secondary 4 and 22 in Secondary 5) in a Hong Kong secondary school were involved. Flipped classroom was adopted to teach students about computer programming topics (conditional, repetition and array) in both classes. Data were collected from a questionnaire and two interview sessions to explore students’ views on using flipped classroom to learn computer programming. The findings of this study indicate that students in the flipped classroom, regardless of their performance level, experienced stronger grasp of programming knowledge and higher engagement in learning programming concepts. Our findings also highlight limitations with this study that could be addressed in future work. Copyright © 2019 Springer Nature Singapore Pte Ltd.

近年，本港中小學開始推行STEM教育，透過教導學生靈活地綜合運用科學、科技、工程和數學各方面的知識，致力培養學生「廿一世紀技能」，以應對新時代的挑戰。本文將會簡介STEM教育在香港推行的狀況，並探討當中面對的困難和挑戰。Recently, Hong Kong primary and secondary schools have been promoting STEM education. Teaching students how to flexibly integrate science, technology, engineering and mathematics knowledge facilitates them to equip themselves with “21st century skills” so that they can face the challenges of this new era. In this article, we briefly describe the implementation of STEM education in Hong Kong and discuss the challenges. Copyright © 2018 The Hong Kong Federation of Youth Groups.

The purpose of this study was to examine creative thinking and learning in arts-infused education by using the invention kit Makey Makey as a platform for Human-Centred Design Instrument (HCDI). Data were collected from 249 adolescents (n = 249) from a Hong Kong secondary school in a participatory design format. They were selected for the STEAM project, which is provided through the school curriculum to examine the level of attitude change towards creativity through the creation of human-centred musical instruments for different age cohorts, including children (aged 3–6), adults and elderly people (aged over 65). The research objectives were concerned with the development of collaborative creative thinking through an HCDI and with how students combined and transformed new knowledge for everyday application with meaning – a breakthrough in musical instrument design for human needs. Questionnaires, observation and interviews were conducted to examine the students’ level of creative thinking. Based on a modification of the creativity measurement framework from the Runco Ideational Behavior Scale (RIBS), a significant increase in the attitude change of students’ creativity was shown from the paired-sample t-test in the dimensions of originality, flexibility, fluency and elaboration through the STEAM project. Copyright © 2019 Springer Nature Switzerland AG.

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