The Talking Science project initially involved three secondary schools and eight of their feeder primary schools in the London Borough of Richmond Upon Thames. The project created, trialled and evaluated a set of key stage 2/3 transition materials for children moving from primary to secondary school, using argument as a teaching and learning…

Soil science, though relevant to a variety of subjects including science, geography, mathematics, social sciences and history, is typically perceived as a subgenre of agriculture. With a global need for soil scientists, and declining numbers in university soil courses, there's a growing gap between science needs and providers. One way to promote…

This publication is a collection of 77 projects which have been designed for secondary science students. The main purpose of the publication is to illustrate what a school technology project is and how it relates to the rest of the curriculum. Some of the projects are investigations while others have the construction of a device as their main…

Feeling that projects in chemistry could be used effectively to enhance appreciation of chemistry, a project-based course for the first-year sixth formers was developed in 1973 and because of its success another was organized. Projects from both courses are described. (EB)

Describes the Science in Social Context (SISCON) project. The use of the SISCON in the British colleges, polytechnics and secondary schools and a list of the units, of the course are included. (HM)

Discusses whether electronics should be included as a subject at school, and describes the process of developing an O-level electronics course which is based on electronic systems for British schools. The course content and structure are also included. (HM)

Discusses the problems of adapting science curriculum materials from one country to another and from one language to another. The history of science curriculum adaptation and a systematic approach to curriculum adaptation are also included. (HM)

With the restructuring of the senior secondary education system in Hong Kong in 2009, the senior secondary curriculum was overhauled substantially by the conversion of the two-year Certificate Level and the two-year Advanced Level to a new three-year senior secondary level. This process entails changes to the contents and organization of various…

Outlines the evolution of thinking and the development of materials related to the biological component of the Science Education Project. Examines the context of the project within Southern African society and its relationship to curriculum development theory. Discusses possible models for the dissemination of knowledge. (RT)

Describes the adaptation process involved in modifying the outdoor biology instructional strategies (OBIS) project to the local environment and educational system in Israel. (HM)

Describes physics project of the sixth-year of secondary schools in Scotland. The article also discusses: (1) aims of the Scottish certificate of sixth-year studies (CSYS); (2) teacher's role; and (3) method of teaching physics projects. (HM)

The aim of the Learning in Science Project is to: (1) investigate science teaching/learning at the Form 1 to 4 level (ages 10 to 14); (2) identify some of the key difficulties in this subject area; and (3) find ways of overcoming such difficulties. The project is seen both as an evaluative and a research project in that it is concerned with…

The first working paper of the Learning in Science Project, "An Initial Framework," outlined what was then seen as the major aims of the project and suggested how these aims might be achieved by three phases of research: exploratory (to observe teaching/learning in Form 1 to 4 science classrooms and to identify difficulties perceived by…

Described is an earth science course in which students develop projects throughout the school year. Essential behavior goals, a description of projects for developing cooperative group skills, and a student evaluation form are included. (KR)

Reviews the successes and failures of the science curriculum reform activities in England and Wales during the last 20 years and examines the underlying causes. In this review the author draws extensively on findings from researchers into curriculum implementation, conducted in Britain and elsewhere. (Author/HM)