Summarizes the discussions that took place within a working group of the fourth International Organization for Science and Technology Education (IOSTE) symposium. Discusses topics on materials for student use, role of teachers, repertoire of teaching strategies, influence of school setting, and evaluation. (Author)

Argues for the recognition of technology as an autonomous co-equal to, and not a subordinate branch of, science. Discusses the uniqueness of technological knowledge. Compares the constitutive and contextual values of science and technology from various standpoints. Includes 56 references. (Author/YP)

Clarifies the basic structure of a science, technology, and society (STS) course for using a tool to evaluate the course. Reports empirical data about an STS examination from 16-17 year-old British students. (Author/YP)

Argues that the conventional view of public understanding of science may be an unhelpful guide to improved science education practice. Suggests that the public understanding of the "processes," instead of "contents," of science may be more useful to interpret and cope with science, technology, and society issues. (Author/YP)

Describes the pattern of curricular shift in science education and the development of science, technology, and society (STS) curricula including two university cases. Outlines further development of secondary schools and the implications involved in implementing them. (Author/YP)

Describes the start, material development, relevance, teaching methods, dissemination, evaluation, and future plan of the Science and Technology in Society (SATIS) projects. Provides a list of 100 SATIS resource units to enrich science courses for 14-16 age students. (Author/YP)

Introduces the Chemical Education for Public Understanding Program (CEPUP), a program concerned with chemicals and their uses. Describes the origins, material development, modules, and dissemination of the program. (Author/YP)

Describes the curriculum development, criteria for selection, and supplementary materials of science and technology education in the Philippines. Provides a content list of "Science and Technology III" core textbook for secondary school students. (YP)

Introduces a science curriculum for junior secondary schools in Botswana. Describes the country's background and how the curriculum is related to local and national needs. Provides a list of syllabus topics and a list of general and lesson objectives from one topic. (Author/YP)

Examines Canadian undergraduate science students' views of the nature of the relationship between science, technology, and society. Reports that the science students' views are similar to those of high school graduates, and that scientific facts are the central concern when dealing with the nature of science. (Author/YP)

Outlines the stages of a research-development cycle based on experiences with a Dutch physics curriculum development project (PLON). Discusses two topics: the legitimation of specific contents of the curricula and the attention to lay ideas on scientific concepts. (Author/YP)

Reviews research related to the problem of using research findings to improve science classroom practice. Discusses two aspects of the problem: familiarizing teachers with relevant research and identifying aspects of teaching that need to be improved. Provides several research findings. (Author/YP)

Analyzed is the role of formal logic in the development and investigation of science education. Investigated are the use of logical relations in the learning of abstract concepts and the development of efficient cognitive processes in the context of science curricula. (Author/YP)

Discusses the use of systematic networks as a basis for the construction of a questionnaire on teachers' views of the philosophy of science. Describes issues of the scientific method, criteria of demarcation, patterns of scientific change, and the status of scientific knowledge from four philosophical positions. (Author/YP)

Presents four guidelines for teaching quantitative problem-solving based on research results: analyze difficulties of students, develop a system of heuristics, select and map key relations, and design instruction with proper orientation, exercise, and feedback. Discusses the four guidelines and uses flow charts and diagrams to show how the…