Discusses the areas of science education in need of revision, based upon societal implications of the scientific enterprise and the interactions of science with society, culture, and human values. (JK)

Describes a method used to define major areas in individualizing a high school chemistry course and modules that emphasize competency in investigative process skills, basic concepts, and reading comprehension for each module. Includes flow chart of modules, flow chart of student learning path, and a sample module on electron clouds. (JN)

Choice Chemistry is a multi-level course written in a style for use in Scotland (but adaptable for other areas). Underlying course philosophies (including mastery/personalized learning approaches), course structure, and course content are discussed. (JN)

"Astronomy with the Space Telescope" is a course designed to show scientists/engineers how this instrument can make important advances in astrophysics, planetology, and geophysics. A description of the course (taught to 11 students working for the National Aeronautics and Space Administration) and sample student paper on black holes are…

A-level engineering science constitutes an alternative approach to A-level physics, linking teaching, student experiences, and assessment to engineering philosophy and practice. Discusses the nature and development of the curriculum and its examination, factors related to its growth and acceptance, and future prospects. (JN)

Manufacture, properties, uses, and economic aspects of inorganic chemicals are discussed in an industrial chemistry course. Provided and discussed is a flowchart used in the course. The flowchart is a logical method of presenting the important features of inorganic chemicals and a summarizing their method of manufacture. (JN)

The Physics Plus Project is producing a series of pamphlets designed to supplement existing curricula with physics application topics (such as physics of sports, motor cars, weather, medical physics, energy). Discusses rationale for the projects, pamphlet production, distribution to schools, and use of pamphlet material on examinations. (JM)

Discusses five recent advances in sedimentary tectonics, noting how they are incorporated into college curricula. Advances discussed include basin type, tectonic setting, facies analysis (in conjunction with basin type/setting), stratigraphic analysis of reflection seismic data, and quantitative analysis of subsidence histories of sedimentary…

It is important that nutrition education be made part of the regular and postgraduate curriculum in all medical schools. The medical student should be provided training in nutrition and dietetics, both as part of the basic science syllabus and of the clinical aspects as they apply to disease states. (MSE)

Focusing on research is suggested as an approach for teaching organic chemistry for nonmajors. Topics of saturated hydrocarbons and unsaturated hydrocarbons are used as examples to illustrate the approach. (SK)

Raises questions about the widely accepted rationale of teaching scientific methodology in order to help students become better problem solvers in nonscience settings. Argues that it is better to teach problem solving skills within familiar contexts not complicated by difficult subject matter. (DC)

Lists physics courses at universities, colleges of education and technology, and polytechnics in England, Wales, and Northern Ireland. Includes honors degree courses, course structure, special entry requirements (if any), special notes, and name of contact person. (SK)

The movement to reinstate systematic inorganic reaction (descriptive) chemistry into the curriculum is gaining momentum. Offers suggestions and strategies showing that the change is desirable and easy, even for instructors with little experience with systematic fundamental and industrial inorganic chemistry. (Author/JN)

Discusses problems which act against adoption of systematic science study in elementary schools. Also discusses a research project aimed at developing a model of in-service training and curriculum development in elementary science on a catchment area basis which attempts to address the problems and issues cited. (Author/JN)

In a recent issue of "Science Education" (v.63: 395-406), Stewart criticized methods for assessment and representation of cognitive structure in minds of learners and attempts to link these structure to content structure in subject matter being learned. Presents counterarguments to Stewart's position. (Author/JN)