Described is a university physics course bridging the gap between educational methodology, content, and applications of physics in identifying and resolving both societal and physical problems. Discussed are students' goals, instruction, and evaluation. Provides supporting texts list, a sample schedule, and sample ideas for independent…

Reports on a study which was conducted to provide a sample of biology teachers an opportunity to describe their experiences and opinions regarding the controversial issue of evolution and creation as it relates to teaching about the origins of life. Provides the objectives, sample selection, an analysis, and a conclusion. (RT)

Identified are the types, objectives, and course components of continuing engineering education. A historic approach and seven parties involved in the continuing education are described. An efficient way to discover the necessary co-operation patterns is to look at the course components and at the parties involved. (Author/YP)

Discusses some special Master of Science in engineering (MS) programs including manufacturing and quality control, safety engineering, transportation engineering, and computer related areas. Gives a table showing MS degrees, institutions, and faculty. (YP)

Discusses an issue that balances a knowledge of science and technology with that of the humanities and arts. Describes Japan's case including its school system, second language learning, and traditional values. Suggests that United States could understand and maintain the link without mimicking the Japanese. (YP)

Criticizes astrology and uses student interest to help encouraging critical thinking and the scientific method. Provides some thought-provoking questions, three activities, and resource materials and a list of astronomy organizations. (YP)

Discusses some difficulties in teaching the concept of voltage to secondary school students. Presents and describes the content of a teaching sequence introducing voltage as a primary concept through relationships with other variables. Provides an example of the delivery of the teaching model. (YP)

Describes environmental education activities available in the Northwest Territories including the "Science Alive" project, the "Dial-an-Expert" service and a science fair program provided by the Science Institute of the Northwest Territories. Gives an outline of the Institute. Provides some demographic and geographic data of…

Describes the background of the study and fellowship programs for graduates from the developing countries at the Norwegian Institute of Technology. Discusses some experiences with the programs. Includes a brief description of five courses: (1) "Pulp and Paper Technology"; (2) "Marine Civil Engineering"; (3) "Hydropower…

Examined the effects of science curricula organized around topical and causal styles of discourse on 46 eighth graders. Found that students taught with the causal style of discourse had significantly higher retention rates and could better apply their knowledge to problem-solving exercises than students taught with the topical style. (MDM)

Reviews "Look to the Mountain: An Ecology of Indigenous Education," a book that provides a philosophic basis for American Indian education that stresses culture, spirituality, environmental education, and the importance of "visioning" or looking to the future. Includes an outline for an indigenous science curriculum. (LP)

Briefly describes a workshop model developed by the Texas Learning Technology Group to educate teachers about technology uses in the science curriculum. Highlights include hands-on experience, cooperative small group activities, print and electronic courseware, and implementation strategies. (LRW)

The science curricula in grades K-6 in 4 school districts from 4 states are analyzed and compared. Two districts employ a content approach using textbooks as the dominant medium, whereas the other two employ a hands-on approach using manipulative activities and thematic units. Implications for students with disabilities are considered. (Author/PB)

Discusses the emergence of chaos as a major scientific subject and its place in historical, scientific, and technological context. Three sections provide (1) an overview of the scientific paradigm; (2) a review of the ideology of classical mechanics; and (3) examples of classical systems behaving in peculiar, nonintuitive manners. (MDH)

The importance of integrating the science curriculum from elementary through secondary classrooms is discussed. An example using the topic of the sea is used to explain the difference between true integration and correlation in both elementary and secondary levels. The importance of choosing learning activities that support objectives stated in…