In Hong Kong, teachers usually use highly complicated software packages to do simple tasks. This phenomenon is largely due to the habitual use of pirated software and the lack of suitable software for teachers. This article investigates the proper strategies fro producing simple computer tools for local teachers, in order to make daily teaching tasks easier and student demonstrations more effective.

This paper reports on a research project about the emerging hybrid or blended learning and teaching environments. These new environments result from the introduction of new technologies (e.g. 'Blackboard' learning and teaching systems) into the educational setting. The new technologies, rendered as innovative tools in the education sector, have helped integrate the classroom and online learning environments into a variety of "productive spaces" referred to by researchers as "the third space" [1]. This research project has explored the major issues arising in this "third space" in a higher education institute in Hong Kong. These issues include 1) the relationship between the traditional knowledge transmission and the current technology-enhanced knowledge generation in education; 2) the changing relationship between the teachers and the students in the new learning and teaching environments; 3) the discourse nature of interactions through differing modes, e.g. face-to-face (FTF), and interactive electronic media. In addition, this project has also addressed, through a case study of two courses offered in the blended mode, the issues concerning the context and content of the two courses, and the opinions of the participants of these two courses towards the new learning and teaching mode.

This paper reports the processes and ways in which a dedicated website has been developed by a group of seven colleagues at the Hong Kong Institute of Education (HKIEd) Science Department to support their student-teachers' development of teaching competence during various kinds of field experience activities such as practicum, teaching practice and school visits etc. From the outcome of our project, a comprehensive web-based system was created with the following specially selected features to help our student-teachers develop confidence and skills for the effective teaching of various science topics in schools: A data bank of 20 sets of video clips on exemplary parts of students' teaching performance in schools or microteaching at HKIEd as identified and selected by their supervisors. A collection of virtual reality resources which include a typical classroom or laboratory environment with a 3D/panoramic view etc. A website called Field Experience Support on Science (FESS) being developed at http://www.ied.edu.hk/fess/ which provides a platform for the management of the aforementioned 2 types of resources in the WWW plus various synchronous or 2 asynchronous communication channels as well as sharing of lesson plans, schemes of work and other teaching resources etc.

Mathematics is widely perceived as an abstract subject to learn. However, information technology can be used as a tool for enhancing the students' understanding of the abstract concepts behind and also arousing their interest in learning a variety of topics of mathematics. This paper reports the design and implementation of Java and Flash programs for teaching and learning elementary number theory in the Hong Kong Institute of Education. Illustrative examples with screen dumps for topics such as Greatest Common Divisors, Eratosthenes Sieve, Prime Number Distributions and the Chinese Remainder Theorem will be provided.
[Copyright © 2001 The Association for Advancement of Computing in Education.]

In the last two years, the Government of the Hong Kong Special Administrative Region has been actively promoting the use of IT in schools. Virtually every school in the region is now well aware of the implications of these government initiatives and has embarked on the path toward integration of new learning technologies in the classroom. While many teachers may already be well down the track toward use of IT in teaching and learning, the impetus of government initiatives has meant that, all teachers now need to have clearer notions and directions about how to make the transition. Teachers need a strong foundation on which to build their skills toward modifying their teaching strategies to realize the potential of emerging technologies in enhancing student learning outcomes. Teachers themselves need to be willing to change. In the Hong Kong context it would appear that several things would have to occur before schools are able to mount any meaningful use of IT and where teachers are then able to integrate use of IT in their daily teaching and learning activities. It is with this focus that this paper will address some of the broad issues related to change in schools associated with the use of IT and attempt to provide some suggestions based on research findings and worldwide experience.
[Copyright © 2000 The Hong Kong Institute of Education.]

In the Hong Kong Institute of Education (abbr. HKIEd), a vast amount of lesson plans for primary and secondary teaching practices are prepared by our pre-service teachers. These valuable documents are being wasted each year. One reason for this is that there are lack of formal mechanism to keep them. The other reason is that the non-standardization of these electronic documents prevents an effective exchange and retrieval of their contents. In this paper, a formal markup language for lesson plans is proposed and developed using XML. The formalization for the various components of lesson plans helps to foster a non-ambiguous data model. Using XML technology, not only we can relevantly query the lesson plans, we can display their contents in a variety of formats and styles using web-based technologies such as XSL and XSLT.

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.

Educational Technology has long been a major component in the teacher education programme in Hong Kong. However, its application in actual classroom teaching is very limited. Recent studies in the science teaching in secondary classes and the trend of using instructional media in primary schools in Hong Kong revealed that the types of media being used are limited to those traditional ones. Textbook, blackboard and printed text materials remain the dominant instructional media in current practice of teaching although there are varieties of other choices (Yeung et al, 1996; Li et al, 1999). Other traditional media such as photos, graphics, OHTs and video were used occasionally and were mainly used as information delivery aids in a teaching process. Reports on the use of computer technology were rare. This phenomenon of limited use of technologies and little use of computer technology in teaching may have relation with the general adoption of directed teaching strategies by most teachers currently or may be a result of insufficient preparation in initial teacher education programme. Teacher educators have been being too emphasised on the teaching "about" technologies- the skills for operation of -equipment and computer software rather than the concepts and knowledge of their applications in real learning situations. That is how teachers and students teach and learn "with" technologies. This study aims at verifying the effects of a new teaching approach in which portfolio was used as a guide, a record and a monitor of the learning process of the revised technology competencies for teachers in a group of pre-service teachers in a primary teacher education programme. A conceptual framework that governs the design of the revised competencies was also established and will be discussed in this paper. Preliminary investigation shows positive result in the acquisition of concepts, ideas and skills in the newly revised technology competencies.