Describes a four day, non-graded pre-introductory college chemistry course designed to prepare students in the basic chemical fundamentals. (SL)

Describes a new high school physics option in Great Britain which uses the model of a technological approach to the study of materials. Discusses the components of the program, including the development of a student book for independent learning and six case studies. Provides a case study about turbine blades. (TW)

Describes the goals and organization of the first in a series of courses that have an interdisciplinary concentration at Virginia Polytechnic Institute and State University. Also discusses three of the upper-level courses in the series and highlights the educational goals of this approach. (ML)

Points out agriculture's central position in the human economy and advocates its placement in liberal education. Provides a list of topics highlighting agriculture in the history of science and technology curriculum. Discusses the potential for using agriculture material in undergraduate science courses. (ML)

Reports on a conference on Biochemical Education and National Development held at the University of Lagos (Nigeria). Includes the author's personal impressions on biochemical education at Nigerian universities. Summarizes the sessions held at the conference regarding undergraduate, graduate, and research programs in those universities. (TW)

Proposes that the production of alcohol from corn be used as a practical application of scientific principles that deal with energy transformations. Discusses the solar energy available for growth, examining the utilization of solar energy by plants. Describes the conversion of corn to alcohol, with suggestions for classroom and laboratory study.…

Explains practices and activities related to measurement, observation, and problem solving/practical investigating in British science classes. Provides three physics investigations and assesses their instructional potential and effectiveness with students. (ML)

Discusses how teachers turn an idea into a meaningful lesson. Suggests class brainstorming, using community resources, library searches, and further classroom activities. (YP)

Presents the results of a comparative study of Canada and Israel. Science achievements based on data collected in the Second International Science Study are examined. Also the intended and translated curriculum are considered. The populations of the study, results of the study, and the similarities between students are described. (CW)

Reports the results of a national survey on teaching introductory physics at the college level. Lists the names of the most frequently used textbooks, reasons for changing textbooks used earlier, information regarding laboratory manuals, and instructor's comments on this type of course. (YP)

Studies the interviews of 24 professional scientists to seek their views on the long range effects of their initial training. Analyzes the interviews for content, teaching, and types of learning experience. Concludes with a discussion of the implications of the findings for science education. Argues for a reduction in content. (CW)

Reports an investigation of the perceptions of technology of teachers who are the heads of their school science departments. Relates these perceptions with those of a sample of 13-year-old pupils. Reveals that many teachers have a restricted view of technology. Discusses the implications of findings for curriculum change. (CW)

Reports the results of a survey of 70 experienced primary school teachers in Australia designed to explore respondents' concepts of technology and their attitudes about curriculum change. Discusses the implications of their findings on technology curriculum improvement. (CW)

Describes a 15-week course in the fundamentals of microelectronics processing in chemical engineering, which emphasizes the use of very large scale integration (VLSI). Provides a listing of the topics covered in the course outline, along with a sample of some of the final projects done by students. (TW)

Discusses the need to integrate management and technology in engineering education programs. Describes the undergraduate management and technology program at the University of Pennsylvania. Outlines both the four-year and five-year options, describing two integrative courses that were developed specifically for the program. (TW)