The importance of educating people to live in our increasingly science- and technology-rich world is well established. Many institutions require students to take one or more courses in science. Some nonscience majors are intrigued by this opportunity, while others are less inclined to take science classes. This project used a mixed-methods…

This study reports on a three-semester model project designed to assess the impact of enriched content related to Women's and Gender Studies on students enrolled in an undergraduate ecology course. The two constructs of interest were (a) students' attitudes toward women in science and society and (b) students' assessment of the classroom climate…

Discusses the use of Kranzberg's Laws in a history of technology course at Virginia Polytechnic Institute and State University. Lists the Laws and describes how certain reference materials are used in the course. (TW)

Perspectives on the need for retailoring science education so that college graduates will be better prepared to make decisions about scientific, technological priorities and personal career options are presented in this paper. The values and problems associated with an interdisciplinary approach to science education are discussed and a new…

This syllabus describes the course objective, examinations and grading, term papers and class presentation, and references. Provides a table of assignments and schedule describing topics and contents. (YP)

Describes a course offered at Manhattan College which examines some of the ethical problems particular to the field of engineering. Considers religious perspectives on the nature of work and technology. Places special emphasis on case studies. (TW)

Describes a course offered at California Polytechnic State University which is intended to acquaint students with broad value topics concerning science and technology, especially problems and opportunities technologies raise in social, political, economic, and physical environments. (TW)

Describes a course taught at the Virginia Polytechnic Institute and State University in which the process of technological change along with cultural and societal responses to these changes are explored. Includes a thematic course outline and the list of course requirements. (TW)

Presented is a course that applies concepts from sociology, anthropology, linguistics, and social studies of science to the question of expert status. Included are major concepts to be covered, suggested readings and annotated bibliography, and possible class exercises. (KR)

Images as a multi-faceted topic were used to teach an introductory course in Technological Studies. Widely differing thought patterns between the liberal arts and technologists were observed and are described. The syllabus is found in an appendix. (Author/YP)

Described is a course designed to demonstrate the interactions of science, technology, and society and present effective ways to integrate science/technology/societal issues into the curriculum. Included are the course development, goals, content, selection criteria, project impact, course evaluation, and conclusion. (KR)

Describes a course offered at Polytechnic University (New York) which is designed to provide an introduction to professional engineerig ethics as presented through the history of engineering, codes of conduct of professional societies, case studies and hypothetical situations. (TW)

Described is a course for nonscience majors that incorporates science and technology. Presented is a curriculum model for developing technological literacy which includes applied math, personal impacts, applied science, societal impacts, and technological systems and concepts. (KR)

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)

Presents the syllabus for a course which surveys aspects of American economic growth from the end of the 18th century to the early 20th century through the perspectives offered by the discipline of the history of technology. Describes format, readings, evaluation, materials, course organization, and a field trip. (CW)