Learning to teach is seen as a continuous process. Graduation from the initial teacher education programme is thus the first stage on which further professional developments are based. Studies have shown that shifts in teacher concerns are an indication of professional maturity. Therefore, investigations into teacher concerns provide a substantial basis for planning and implementing teacher education programmes. The present study aims to portray the professional development of Hong Kong pre-service primary teachers at the exit point of the pre-service teacher education programme. Measurements of teacher concerns of the student-teachers at the point they graduated from the programme were made. Follow-up interviews were conducted to find out the influencing factors that affect the perception of the student-teachers. The paper concludes by drawing on the implications of the findings on the design of the initial and further teacher education programmes.
[Copyright © 2000 The Hong Kong Institute of Education.]

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.

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.

In view of the recent movement for increasing the schools' involvement in the school experience, the Hong Kong Institute of Education has introduced a new form of school experience in its 4-year full-time Bachelor of education programme. The schools take up a more active and supportive role, which aim to facilitate the development of the student-teachers. During these periods, the schools, the peers and the lecturers have significant influence on the learning experience of the student-teachers. In the programme, the field experience in year 1 includes a one-week attachment period to the kindergarten and a two-week attachment to the primary school. The aim of this paper is to describe the learning experience of the student-teachers during the early stages of the programme. Twenty student-teachers who were randomly sampled from the year 1 cohort were interviewed at the end of their first year of study in the programme. The interview questions were focused to find out the learning experience of the student-teachers in the field experience; the interactions between the student-teachers with their peers; the support that they perceived from the school and the lecturers; their perception about being a primary teacher in school. The findings of the study were interpreted with a sociocultural view of learning which defines learning to teach as influenced by the interactions between the participants of the system including those between student-teachers themselves, those between the student-teachers and the lecturers and those between the school (the teachers, pupils and administrators) and the student-teachers. Implications on teacher education are drawn from the experience and support from the school context to the student-teachers in learning to teach is recommended.

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.]

Aim: This paper discusses the creation of learning environments with online resources by primary school teachers for pupil's learning of science-related topics with reference to the resource-based e-learning environments (RBeLEs) framework. The reasons for the teachers to choose particular contexts, resources, tools, and scaffolds in designing the learning environments are considered. Evaluation by the teachers and opinions from the pupils regarding the teaching and learning in the learning environments are also included. Methodology: The teaching designs of three upper primary science-related topics were analysed using the four components of RBeLEs framework: creation of contexts, selection of resources, design of tools, and adoption of scaffolds. The three teaching designs were "Climate in China", "Connection and movements of bones", and "Hong Kong climate". The underpinning rationale and the post-lesson reflection on the designs by the teachers were captured through interviews with the three teachers who developed the teaching designs. Pupils' feelings about learning in the RBeLEs were revealed from interviews after the lessons. Results: From the analysis of the teaching designs, it was discovered that the contexts were mostly determined by the teachers according to the curriculum and textbooks; only one teacher also incorporated some current issues. For online resources, two teachers made use of both dynamic and static resources from different sources, and one teacher only selected static resources. To foster pupils' learning, the teachers adopted tools for various tasks, including tools for processing information, searching and seeking, collecting information and data, organising, collaborating and integrating, and communicating. Different types of scaffolds were also designed to support pupils in asking and discussion, searching and selecting, doing and observing, and summarising and conceptualising while learning in the RBeLEs. As revealed from interviews before

Environmental education has been widely promoted in Hong Kong schools since the 1990s. Teachers have a crucial role in educating students to be well-informed, environmentally aware and responsible green citizens. The environmental literacy and tendencies of teachers are seen as having far-reaching influences on the development of environmental education in Hong Kong. This paper aims to elucidate teachers’ competence in implementing environmental education in schools through their narrative dialogues regarding their engagement in classroom practice and thinking about environmental education. The teachers were selected from a pool of teacher respondents categorized according to their scores for environmental knowledge, attitude and behaviour in a territory-wide survey of Hong Kong primary school teachers. Follow-up interviews with three teachers of varying levels were conducted to explicate their personal stories, focusing on how the teachers’ knowledge–attitude–behaviour associations influence their implementation of environmental education in schools. The teachers’ experiences and perspectives behind their stories provide crucial, specific baseline information, informing the development of more relevant teacher education programmes in environmental education, and subsequently, enhancing environmental education in schools.
[Copyright © 2014 Taylor & Francis]

A new Junior Secondary Science Curriculum (JSSC) has been implemented in Hong Kong since September 2000. Developing pupils' problem-solving skills is one of the main aims of the new curriculum. This case study analyzes how teachers create environments to develop pupils' problem-solving skills through teaching a science theme entitled "The wonderful solvent—water" in Hong Kong junior secondary classrooms. Data were collected from classroom observation and post-lesson interviews. By demonstrating series of events that made up the entire learning experience of the students in classrooms, this article will illustrate how students carried out problem=solving processes, which include generating ideas, making interpretations and judgments, and using strategies to manage the complexity of situations. This study experiments are adopted in science lessons. Finding s also indicated that students are well motivated and their skills can be enhanced if decision-making authorities in designing setups, procedures and ways in solving scientific or technical problems have been devolved to them.