Discusses: (1) the synergistic nature of science, technology, and engineering; (2) the benefits and burdens of technology; (3) the resolution of societal issues; and (4) the roles and responsibilities of scientists and engineers in the resolution of societal issues. (JN)

Discusses issues and problems related to the enhanced capability in science and technology. Areas addressed include opportunities and complications resulting from this capability, global interdependence, commitment to science education, and ways to foster cooperation between colleges and schools. (JN)

Examines the effects of increased industrial funding on academic research in science. Highlights the funding arrangements at Carnegie-Mellon University and the Massachusetts Institute of Technology and discusses the impact of university-industry ties. (ML)

Discusses the computer's role in schools comparing past expectations with present status. Summarizes the constructionist approach and an opponent's claim. Provides eight examples of innovative approaches for using computers in school. (YP)

Discussed is the idea that scientific illiteracy among scientists lies at the heart of the problems with undergraduate science education. Included is a description of a science literacy course for nonmajors and a proposed list of the most important ideas underlying science. (KR)

Described is a two-year course for non-college-bound high school students called Principles of Technology. The goals, design, and units of the course are discussed. Criticism of the course is reviewed. (CW)

Compares the science and technology strategies and priorities of France, Germany, Japan, Sweden, the United Kingdom, and the United States. Analyzes the similarities and differences, historical settings, research and development allocations, coordinating mechanisms, outputs, dissatisfactions, and recent changes. (TW)

Describes the current states of artificial intelligence in education and assesses probable future developments and problems. Reviews the National Science Foundation's strategy to aid research in the area. (JM)

Presented is the background, history, and development of the National Science Foundation's national computer network NSFNET. The growth of the system and the development of new features of the system including high speed communications are discussed. Examples of current uses are provided. (CW)