This is a checklist for use by science coordinators, school principals, science supervisors, and teachers in identifying strengths and weaknesses of science programs in grades seven through eight. It can also be used by science coordinators during school visits. This guide contains space for recording information concerning: school name and…

This publication presents a synthesis of the efforts made over a decade to increase minority participation in precollege engineering studies. It is produced by the National Association of Precollege Directors (NAPD), a coalition of 19 program specialists which serves as a central base for program networking and the sharing of ideas and information…

Seychelles Integrated Science (SIS), a 3-year laboratory-based science program for students (ages 11-15) in upper primary grades 7, 8, and 9, was developed from an extensive evaluation and modification of previous P7-P9 materials. This P7 SIS unit is designed to: (1) introduce students to and familiarize them with working in the school laboratory;…

A quantitative synthesis of research findings on the effects of three major activity-based elementary science programs developed with National Science Foundation support was conducted. Controlled evaluation studies of the Elementary Science Study (ESS), Science-A Process Approach (SAPA), or The Science Curriculum Improvement Study (SCIS) were used…

Women Inquire into Science and Engineering (WISE) is a 22 minute audio-visual (slide/tape) program for students in grades six through twelve. Its purpose is: (1) to apprise students of the opportunities for them in the Inquiry Into Science and Engineering Class and encourage them to take the prerequisite math and science courses; and (2) to…

Addressed is the increased need for information on science education and the physically handicapped following enactment of the Education of the Handicapped Act. The document is divided into ten sections including: (1) Science Education and the Handicapped; (2) Science for Everyone (mainstreaming); (3) Preparing Teachers to Work with the…

The evolution of argument that the study of science develops skills, attitudes of mind, or ways of thinking and behaving that are transferable to other areas of experience is discussed by looking at ways in which it has been deployed by people who sought to expand or alter the role of science in the school curriculum in Great Britain. (RM)

Three assessments of the status of school science discovered that textbooks frequently determine course content, the preparation science provides for next academic level is its justification, lecture method is widely used, science is a low educational priority, and students feel it is irrelevant to later life experiences. (MBR)

Discusses rationale for developing the Exploratorium at San Francisco's Museum of Science, Art, and Perception. Describes typical exhibits, hands-on nature of exhibits, and function of Explainers. Presents information about Exploratorium workshops (currently oriented toward upper elementary/junior high teachers), emphasizing the nature of science…

Summarizes papers presented during a symposium at the Seventh Biennial Conference on Chemical Education (Stillwater, Oklahoma 1982). Topics addressed included history of summer institutes and high school CHEM Study Program, educational activities of American Chemical Society (ACS), and activities of ACS Committee on Professional Training and…

Investigated whether a self-paced, individualized instruction course in chemistry and physics would result in: (1) greater level of achievement of academically underprepared students (N=80); (2) more satisfaction with instruction; and (3) more positive attitudes when compared with conventional instruction. Results indicate individualized treatment…

Reports results of the Energyport Project, which involved sixth graders of all performance levels in energy study. The project was designed to demonstrate the relationship between energy sources and their economic impact on the community and increase student awareness of the effects of different energy sources on the environment. (CS)

Described are the organization, focus, field and laboratory components, evaluation, and costs of the program. The rationale of this approach is presented. Benefits to the students and faculty involved are discussed. (CW)

Discusses the drive to raise science and engineering education's funding in the NSF budget from 9 percent to 20 percent. Notes that the target is $600 million per year. (MVL)

Describes and evaluates science teachers' implementation of microcomputers at a field-test site that was part of a program to encourage literacy of science teachers in the use of microcomputers (ENLIST-Micros). Discusses why only 33 percent of the teachers used computers one year after the training. (Author/YP)