This article emphasizes the importance of K-12 education in a technically literal society. Cites several major studies in a discussion of the reasons for the apparent unpreparedness of K-12 teachers to teach mathematics and science. Makes recommendations as to how engineering colleges can help to improve K-12 teachers' technical abilities. (CW)

Provides reviews of instructional modules suitable for use in a Science-Technology-Society (STS) approach. Includes reviews of print and video materials dealing with clean water, investigating environmental issues, acid rain, toxic waste, scientific decision making, radioactive waste, and consumerism. (TW)

An overview is presented of the epistemology of the three types of constructivism. Criticized is another interpretation of constructivism; it is stated that this interpretation is trivial, cognitively abridged, and disrespectful of students' capacities, creativity, and imagination. Constructivism has to go beyond saying that knowledge is…

Eight examples of innovative and outstanding energy education programs are described. These programs were selected using state criteria and at least four independent reviewers. While Project Synthesis offered a desired state, these examples of excellence provided views of what is already a reality. The goals of an exemplary science program are…

Since the early 1980s, many reports have appealed for improvement in science and mathematics education in the schools. Even when new and/or supplementary materials are provided and made available to teachers, natural inertia is difficult to overcome. This document reports on the status of science and mathematics education improvement in three…

This book, written by science educators from nine countries, provides a summary of the strengths and weaknesses in practices of science education in schools, and of research in science education. It points out a number of directions that are likely to lead to improvements in the teaching and learning of science if applied in the future. Topics…

Discusses the learning potentials of science museums. Examines studies that relate to visitor use and learning. Contrasts learning in museums with most school-based learning, particularly with regard to the museum's emphasis on the use of objects as the focus on learning. (TW)

Minority group students perform less well than White students in elementary mathematics and science education. Strategies for increasing learning for minority students include the following: (1) greater use of textbook illustrations; (2) career strand applications; (3) community field trips; (4) textbook supplement through multicultural resources;…

Perspectives on contemporary creationism are offered and the effects of that movement on public education are examined in this collection of articles. Six papers address concerns related to: (1) the detrimental impact of creationism on the teaching of science and on the understanding of the natural sciences; (2) efforts in confronting creation…

This report provides an analysis of issues and recommendations for further implementation of the National Education Goals and the America 2000 National Education Strategy related to education in mathematics, science, engineering, and technology. This report considers teachers and teaching at every level. The report focuses on the need to build a…

This document describes 10 examples of innovative and outstanding science/technology/society (STS) programs. These programs were selected using state criteria and at least four independent reviewers. While Project Synthesis offered a desired state, these examples of excellence provided views of what is already a reality. The goals of an exemplary…

Science teachers need to stress several kinds of objectives in teaching and learning. One kind, cognitive, receives major emphasis by teachers. In addition to vital facts and concepts, pupils should also acquire major generalizations. And, in addition to facts, concepts, and generalizations, pupils also need to be able to think critically.…