This article describes the development and research process to support Hong Kong primary school pupils in constructing understanding of the motion of the Earth with integration of information technology in teaching and learning. The design of the research mainly addresses the call for further integration of information technology into the learning and teaching process as enshrined in the second Information Technology in Education strategy in Hong Kong, as well as to support teachers in the design of inquiry learning for the new General Studies lessons. A web-based learning unit is developed with consideration of inquiry learning and integrating IT in teaching and learning. Analysis of different ways of teaching with the web-based learning unit in primary classrooms is reported, and comparison of pre-lesson test and post-lesson test are conducted to study pupils' learning outcome.

The Education and Manpower Bureau of the Hong Kong Government has promoted 'Learning to Learn' as a crucial feature of student-centred curriculum and the educational reforms over the passed decade have been directed towards this goal. Recently, information literacy, described as: the ability to master the processes of becoming informed, was identified as the missing ingredient in the reform. Interest in information literacy grew out of a realization that the application of modern information and communication technology and related shifts in curriculum integration and a shift away from textbooks and examinations, was not sufficient to deliver learning to learn.

Interactive whiteboard (IWB) has been widely used as a learning tool in the western classrooms since 1991. Many researchers reported that the technology benefits students by increasing their engagement in classroom activities, arousing learners’ motivation and helping with their knowledge retention. Hong Kong, as a Chinese society has its unique learning culture and environment, what benefits western students may not apply there. It is therefore worthwhile to explore the usefulness of IWB in Hong Kong schools. This paper reports on the research of what benefits can bring to Hong Kong students through the teaching with IWB. Result of this study shows that in general teachers and students in Hong Kong welcome the use of IWB in their classrooms.
[Copyright © 2006 IOS Press.]

The Hong Kong Special Administration Region Government is promoting the use of Information Technology (IT) in education. A two-year IT-pilot scheme was launched among 10 primary and 10 secondary schools. This project aimed to study the planning and implementation of the pilot schools by adopting a case-study approach. Nine primary schools were studied. Data were collected via interviews, observations, and examinations of artefacts such as teaching plans, school web sites, and samples of students' work. A typical primary pilot school had two multimedia computer rooms, computer(s) in each classroom, and computers for teachers. All computers were connected to a LAN and the Internet. The findings of the study indicated that some formal school policies were emerging while the others were articulating. Some teachers accessed regularly to the IT facilities in their work especially for those schools provide individual portable computer and ceiling-mount digital projector in each classroom. Most students used computer once a week in computer awareness lessons. Most schools were planning to integrate IT to all primary curricular areas by developing or selecting courseware materials. Most schools were organising school-based training of developing teachers' competencies in using technology for teaching. Implications of these findings were discussed.

Though the notion of a mentor or cooperating teacher in initial teacher education has been implemented in other countries for many years (Haberman, 1971; Spillane & Levenson, 1976), it was first attempted in initial primary teacher education in Hong Kong only in 1994. The present study aims to investigate this new attempt by the Hong Kong Institute of Education (HKIEd) to foster supporting relationships in teacher education. The paper focuses on the Cooperating Teacher Scheme (CTS) as a learning experience for student-teachers and the different roles of the school, cooperating teachers, and HKIEd lecturers. The study includes a quantitative component and a qualitative component. Eighty schools were selected randomly from a list of 130 schools participating in the Scheme in 1995-96. Four agents, viz. school heads, co-operating teachers, lecturers and student-teachers involved in the CTS were invited to complete a questionnaire and representatives from each category were interviewed. The findings consider student-teachers' learning as well as varying perceptions of the roles of the four agents in the scheme. Based on the findings, implications of the CTS in initial and further teacher education as well as the collaboration between schools and the Institute are drawn.
[Copyright © 1998 Routledge.]

A high quality timetable in a school can reduce grievances of the teaching force and enhance teaching quality. This survey aims to understand the scope of the timetabling exercise and the profile of the timetabling process in Hong Kong secondary schools, and to investigate existing problems encountered. The ultimate goal is to have a complete picture of the timetabling exercise so as to provide a basis for suggesting solutions which will improve this exercise. We sent out questionnaires to 480 secondary schools in Hong Kong; 173 schools responded. The result indicates that timetabling in a typical secondary school involves the allocation of an average of 53 teachers to teach subjects of 29 classes in 48 blocked time slots and 38 constrained locations under several constraints. Nearly 80% of the secondary schools used computers to assist the scheduling task. About one-third of the schools used timetabling software to generate their timetables. However, it was found that the use of automated timetabling systems could only complete some 67% of the available slots. The remaining part involves more constraints, and hence timetablers spend much effort in filling the last slots. 40% of users were frustrated by the changing constraints of the timetabling task. The survey results indicated that further research on the automation of the timetabling task is urgently needed.
[Copyright © 1997 Elsevier.]