Australian science educators discuss the contributions made to science teaching by the Australian Science Education Project (ASEP) in the first three years of its use. (MLH)

Identifies the Nuffield Design and Technology Project which enlarges upon the national curriculum. Presents an investigation based on case studies of two teachers in separate schools, each using Nuffield publications with their classes. Explores how Nuffield materials were selected and adapted by the teachers. Suggests training to enhance…

Extends the modeling system presented in Part I. This model is applied to two widely diverse educational processes: "Student Actions" and "Do Homework Problem." Its computational syntax imposes completeness criteria on the modeling and its uniformity. (AIM)

Back in 1992, the National Science Foundation (NSF) awarded grants to five curriculum development teams and charged them with the task of starting over. Five years later, each of the development teams had produced an innovative and "integrated" curriculum. All represented notable departures from the commonly encountered, calculus-driven high…

Biology in Context ("bik") is a project that aims to improve biology teaching in lower secondary schools in Germany. Based on a theoretical framework derived from the National Educational Standards, four competence areas should be fostered in biology education: subject knowledge; inquiry acquisition; subject-related communication; and…

Through the efforts of National Center for Engineering and Technology Education (NCETE), three core engineering concepts within the realm of engineering design have emerged as crucial areas of need within secondary level technology education. These concepts are constraints, optimization, and predictive analysis (COPA). COPA appears to be at the…

This article presents an interview with Sharon Macnab and Jillian Boag of Glasgow Science Centre, who discuss the work of their centre and the Scottish Science Centres network. The Scottish Science Centre is a network of four science centres across Scotland: (1) Glasgow Science Centre in Edinburgh; (2) Our Dynamic Earth in Edinburgh; (3) Sensation…

Argues to revise the method in which science history is presented in science curriculum materials, particularly the view of women scientists. (CP)

Lists changes which have been made in the program and explains the philosophy upon which the alterations were based. (CP)

Describes a survey in which one thousand British undergraduates who had studied one or more Nuffield A-Level single sciences were identified; both they and their teachers were asked about the influence of this experience on their university performance. The survey revealed definite approval for the Nuffield schemes. (MLH)

Continuing the emphasis of this issue on elementary school science, this article presents information on the Minnesota Mathematics and Science Teaching (Minnemast) Project, the Conceptually Oriented Program in Elementary Science (COPES), and the Science 5/13 Project (which evolved from the Nuffield Junior Science Project). (PEB)

Continues the work done by Mackay (1971) and Gardner (1973) in which attitudes of students enrolled in PSSC physics were assessed. (PEB)

This paper discusses the congruence between various types of teaching and learning in representative science curriculum projects and the organizational patterns of secondary schooling common at the present time in England, Scotland, the United States and Australia. (JH)

THIS SPECIAL ISSUE OF "PHYSICS TODAY" REVIEWS THE STATUS OF SECONDARY SCHOOL PHYSICS, AS WELL AS COLLEGE PHYSICS AND PHYSICAL SCIENCE. SECONDARY LEVEL PROJECTS INCLUDE PHYSICAL SCIENCE STUDY COMMITTEE PHYSICS, HARVARD PROJECT PHYSICS, THE ENGINEERING CONCEPTS CURRICULUM PROJECT, AND THE NUFFIELD PROJECT. THOSE AT THE COLLEGE LEVEL…