Examines the role of engineers and their responsibilities in society, especially after the events of September 11, 2001. Suggests the need for a renaissance in engineering education and recommends cultivating a new generation of renaissance engineers based on the recognition of individual talent and customizing education accordingly. (Author/YDS)

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 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)

Describes a teaching-exchange visit between the United Kingdom and the United States that reveals the dangers of making too many cultural assumptions. Differences can be traced to long-term cultural divergence and different technologies. (DDR)

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)

Provides an overview of the approach, objectives, and unit offerings of the Science and Technology in Society (SATIS) project. Lists physics-related SATIS publications and describes selected programs. Suggests how SATIS units can be used as a supplement to existing materials. (ML)

Outlines how a structured visit to the supermarket can support the scientific study of food and farming. Describes various ways that teachers can use an industry-produced curriculum package in conjunction with a field trip to the grocery store and classroom study. (WRM)

It is important that young people are taught not simply to use technology, but to understand how it works and the principles on which it is based. This report explores the recent changes in science and technology, illustrates how and why science should be viewed as a basis for teaching technology, and considers why technology should be taught in…

Based on the premise that science and technology directly affect a wide range of personal activities and impact policy issues of national and international importance, this report aims to show why it matters that all sections of the public should have some understanding of science and to stimulate action by scientists and others to improve this…

Described is a take-home project in which students use an electronic systems kit to produce a working circuit. Students were asked to identify a security need in their own home and design and build a suitable security system. The use of a computer to produce the circuits is advised. (KR)

The dominant position science education has been granted in Britain's National Curriculum is challenged. It is argued that, far from increasing the need to know science, developments in technology actually reduce the need. It is suggested that efforts to direct school science education toward broader environmental issues are doomed to failure. (KR)

Describes the work behind one successful popular science program which does not trivialize the image of science. Discusses areas including science and broadcasting, one of the longest running science and technology programs on television, the mass media and health, and media fellowships for scientists. (RT)

The effectiveness and use of the Science and Technology in Society (SATIS) materials in United Kingdom schools are summarized. Questionnaires, interviews, and classroom observations were used to collect data from both students and teachers. (KR)

Returns to the etymological root of technology to advocate broad interpretations of design technology features of the United Kingdom's, National Curriculum. Urges avoiding narrow applications of technical education. Favors nourishing right hemisphere talents to encourage student inventiveness. Stresses the importance of language and learning…

Teachers are asked to consider whether using a commercially prepared set of materials will result in the best possible science education. The idea that many of the published materials are seriously flawed and must be very carefully managed if they are to meet the needs of all students is suggested. (Author/KR)