Describes a program at Indiana University-Purdue University at Indianapolis with two distinctive features: a parallel work-study format and integration of a conventional Master of Science academic component of coursework and research with work experience. Discusses student characteristics, placement, and response to the program. (CW)

Examines three errors and learning difficulties found to be typical in general chemistry, gives the source of each problem, and presents a method of correcting each problem. Suggests using analysis of examination errors for the purpose of altering instruction for the improvement of student learning. (CW)

Reported is the use of a wrestling photograph in a noncalculus introductory physics course. The photograph presents a maneuver that could serve as an example for a discussion on equilibrium, forces, torque, and angular motion. Provided are some qualitative thoughts as well as quantitative calculations. (YP)

Compares the university training of scientific personnel in each country to see how strengths are nurtured. Discusses curriculum content as well as the societal and cultural factors which determine the educational environment. Describes entrance examinations, undergraduate programs, curricula, and societal views. (CW)

Describes a science activity designed for undergraduate biochemistry classes. Provides background, a list of materials, experimental procedures, and the results of this experiment. (CW)

Presents a practical exercise that enables students to measure flux control coefficients in a metabolic pathway in vitro, to verify the summation property, and to compare the differences in the distribution of these coefficients in different steady states. Discusses background, materials, methods, and results of the activity. (CW)

Addresses the development of innovative skills in future engineers and the factors that promote and inhibit change. Describes two theoretical perspectives which deal with some of the factors affecting individuals and groups when confronted with the possibility of radical change. (TW)

Cites the public image problem of field biologists and systematists. Discusses systematics and natural history including species variation, ecology, management of organisms and appreciation of nature. Describes widespread fallacies which downplay the importance of field biology and suggests ways to improve its image. (CW)

Argues that universities are failing to prepare students for responsible citizenship in a world being rapidly changed by biotechnology. Calls for bringing together biology and the social sciences in more core courses. (TW)

Discusses a single pattern formation mechanism that could underlie the wide variety of animal coat markings found in nature. Presents the results of a mathematical model for how these patterns may be generated in the course of embryonic development. (CW)

Discusses the present state of engineering education in Europe and attempts to compare the different educational systems. Gives views on how to develop engineering education in Europe and how to organize collaboration between universities and their centers of excellence. Discusses the role of the European Society for Engineering Education. (CW)

Gem and mineral shows are excellent nontraditional opportunities for community education and outreach by geology teachers. Discusses initial club contacts, displays, shows, and the advantages of show participation to academic geologists. (CW)

Announces and presents highlights from a new report from NSF "Proposal Review at NSF: Perceptions of Principal Investigators." This report presents the results of a 1986 NSF survey of 14,000 applicants from academic institutions whose proposals for research support had been awarded or declined during 1985. (CW)

Examined the feasibility of using two microcomputer simulations to improve preservice elementary teachers performance in the formation and testing of hypotheses. Considers the effects of mode of computer instruction and cooperation on the acquisition of skills. (CW)

Reviews topics from editorials in "Graduating Engineer" in the 1980's. Discusses the state of the economy at present, as well as new technology and jobs in engineering fields. Cites manufacturing excellence as a present theme in the engineering field. (CW)