Results are reported of performance and attitudes of students (N=109) receiving high structure (objectives, reviews, examples, questions, feedback) and students (N=108) receiving low structure (emphasis on content) laboratory manuals and instructions. (SK)

Information is presented, based on two visits to the USSR combined with a reading acquaintance of Soviet science education, about education in science in Soviet schools. (PB)

Presents highlights of Chemical and Engineering News survey of the employment picture for chemical professionals. Focuses on the question of needing a Ph.D.; employment opportunities; salaries; and career planning, including the names and addresses of many employers of chemists and chemical engineers. (SK)

Discusses the rationale underlying the production of 16 interactive teaching packages designed to demonstrate to 15-16 year olds the historical, domestic, industrial, economic, and socio-moral implications of chemistry. Briefly describes each package and reviews assessment results. (DS)

Describes the application of the Piaget-based learning cycle technique for teaching an introductory organic chemistry course. Explains the step-by-step process used to convert a lecture course into a discussion-based active learning course. A learning cycle provides students with concrete material and aids them in understanding abstract concepts…

Presents interview data from chemists at Cornell University (New York) who used an experimental electronic journal system. Highlights include a comparison of electronic journals and printed journals; characteristics of an ideal electronic system, including presentation of graphics and text, and its effects on user productivity; and implications…

Describes a sequence of five experimental courses in chemical engineering that are designed to meet the needs of students with various learning styles. The courses use a variety of teaching methods and are designed to develop and enhance creative problem-solving. (DDR)

Discusses classroom application of the concept that the best way to learn something is to explain it to someone else. Science students select basic subject concepts, then develop a brief lecture and a series of demonstrations and hands-on activities to explain those concepts to younger audiences. Students present their teacher-approved units to…

Presented is a unified science and technology instructional model that emphasizes multidisciplinary learning through discovery and hands-on activities. Two courses, developed from this model, are described in terms of curriculum, teaching methods, scheduling, credit, limitations, enrollment, and promotion. (KR)

Described are some commonly encountered chemistry experiments that have been modified for computerized data acquisition. Included are exercises in radioactivity, titration, calorimetry, kinetics, and electrochemistry. Software considerations and laboratory procedures are discussed. (CW)

Described are the camps, competitions, and tests of the U.S. National Chemistry Olympiad. International competition, local exams, participating high schools, and national exams are highlighted. A summary of test results from the 1988 national examinations are presented. (CW)

Presented are reviews of two computer software packages for Apple II computers; "Organic Spectroscopy," and "Videodisc Display Program" for use with "The Periodic Table Videodisc." A sample spectrograph from "Organic Spectroscopy" is included. (CW)

Discusses changes in chemistry education from 1983 to 1988. Describes the past and present situation of chemistry education. Reports on current teacher education programs. (MVL)

Describes a year long laboratory program for third, fourth, and fifth graders. States the goal of the program is to demonstrate what chemistry is, how it is done, and why it is fun and interesting. Provides a syllabus of the experiments and lists educational objectives. (MVL)

Australian institutions are developing and using performance indicators (number of publications, research grants, and of Ph.D. graduates) to distribute resources. Some of these are disadvantaging the Humanities. This paper addresses differences in chemistry, engineering, English, and law as they are described by other researchers. (Author/MLW)