This guide, developed for the chemistry 200, 300 program in Manitoba, is designed to articulate with previous science courses, provide concepts, processes, and skills which will enable students to continue in chemistry-related areas, and relate chemistry to practical applications in everyday life. It includes a program overview (with program goals…

The Systems Thinking and Curriculum Innovation (STACI) Project is a multi-year research effort intended to examine the cognitive demands and consequences of learning from a systems thinking approach to instruction and from using simulation-modeling software. The purpose of the study is to test the potentials and effects of integrating the systems…

This bulletin presents reports on science and technology education in the countries of the Asia and Pacific region. The first section is composed of an introduction which defines science and technology and how it is dealt with both within and outside the formal education system. It also summarizes the highlights of science and technology education…

Describes the Intermediate Science Curriculum Study (ISCS) instructional system and its underlying rationale, and outlines the planning and developmental procedures used to construct this individualized junior high school science program. (JR)

This study evaluated the impact of the Australian Science Education Project (ASEP) which, during 1969-1974, produced learning materials for secondary school science courses. The extent to which ASEP materials had been adopted and used by secondary schools, variation in adoption and use between states and factors associated with this variation,…

The goals of the Stevens Technical Enrichment Program (STEP) are to seek out economically and educationally deprived high school students who show potential in science and mathematics, and to train and motivate these students to enter college. Students were selected from high schools in Hoboken and Newark, New Jersey, as well as from New York…

Presents perspectives on the aims and content of materials science courses and materials engineering courses. Outlines a proposed curriculum for a four-year degree course in engineering and identifies technical and social skills necessary for engineers. (ML)

Discusses the chemistry component of a five-week summer program for talented high school juniors and seniors at the Pennsylvania Governor's School for the Sciences. Describes the chemistry core, lab component, team projects, and program results. (CW)

Student outcomes were assessed by quantitatively combining results of 57 reported evaluations of three major curriculum programs in elementary school science. Thirty-two percent of the comparisons were statistically significant, favoring activity-based programs; six percent favored control groups. (DH)

Provides an overview of the educational system and the instructional approach employed with earth science education in The People's Republic of China. Reviews the major characteristics of secondary, undergraduate, and graduate programs. Cites representative institutions and explains their earth science programs. (ML)

The Search for Excellence in Science Education (SESE) project gives national recognition to outstanding science programs. Descriptions of five high school physics programs selected by SESE are provided. Unique aspects of the programs, instructional strategies, and other areas are included. (BC)

Investigated whether the Lesotho Introductory Science Improvement Program promoted more positive attitudes toward science and how findings compared with those reported in the literature. Responses from a 57-item questionnaire, obtained from 647 students, indicated no significant differences between experimental (N=172 boys, 167 girls) and control…

Presents observations of 30 high ability students participating in a three-day summer science course. Includes results of tests measuring divergent thinking given to students and student comments on the ideal science teacher, ideal science classroom, and cities of the future. (Author/JN)

Encouraging scientific thinking through open-ended experiments, allowing students access to common chemical instrumentation, and introduction to laboratory techniques are goals of a high school science laboratory program. Course content (general, inorganic, and organic chemistry), limitations, and course evaluation are discussed. (Author/JN)

Describes the use of the Gaussian 70 computer programs to carry out quantum chemical calculations, including single calculations, geometry, optimization, and potential surface scans. Includes a summary of student activities and benefits for students in an honors freshman chemistry course. (SK)