Presented is the final formative evaluation report on "Me and My Environment," a 3-year multimedia environmental sciences program developed for 14 to 17-year-old educable mentally handicapped (EMH) children by the Biological Sciences Curriculum Study (BSCS). Discussed are the goals of employability and personal independence for EMH…

There is great diversity among institutions of higher education in their requirements for various curriculums. This report, which is concerned only with the broad requirements as percentages of total requirements, analyzes the Bachelor of Arts and Bachelor of Science curriculums in six undergraduate areas that account for about one-half of all…

A 3-year study based on Piagetian theory considered this question: Do children who receive systematic instruction in the basic concepts of mathematics and science when they are in kindergarten think more logically when they reach second grade than do children who did not have such early instruction? The groups having prescribed lessons in…

Developed at The Mountain School (Lookout Mountain, Georgia), a project funded under Title III of the Elementary and Secondary Education Act, 1974-75, this curriculum guide for an interdisciplinary minicourse in weaving provides for integration of environmental and career education goals with those in academic areas. Introductory material…

This paper describes two methods of EST (English for Science and Technology) paragraph development: rhetorical process development and rhetorical function-shift development. A series of hypotheses set up to account for explicit and implicit information in some EST function-shift paragraphs that students have had difficulty learning to understand…

Describes the changes and trends in elementary school science in Great Britain. Discusses the justification for the development of programs at the elementary school level and some of the essentials of good practice. Indicates some of the myths about elementary science and provides guidelines for progressing from elementary to secondary science.…

Expresses concern for the development of graduate education programs in technological fields in Japan. Compares and contrasts the educational systems of Japan and the United States. Claims that graduate education in Japan has not absorbed the flexibility and open structure of American education. (TW)

Describes the environmental education programs of Ball State University's Department of Natural Resources. Focusing on natural resource science and technology, the program has thrusts in resource conservation, environmental protection, and environmental education. Outlines the program goals, courses, curricular patterns, graduate programs, and…

Describes the recent work done in Great Britain designed to create a national curriculum in secondary schools in England and Wales. Discusses the organization of the curriculum with mathematics, English, and science being at the core. Suggestions for appropriate time allotments for different courses and themes are also provided. (TW)

Discusses the importance of interpretive programs in the Northern Territory of Australia. Describes the typical interpretive approach of local school science curricula, which serve 20,000 Aboriginal children. Addresses the curriculum framework, learning strategies, and process skill development, illustrating them through a lesson on mangroves. (TW)

Describes an eight-week summer course in statics and strength materials offered by the University of Wisconsin-Madison to high school minority students. Provides the rationale for the course, along with descriptions of the laboratories, teaching techniques, and evaluation procedures used. (TW)

Announces a "user friendly" chemistry course for grades 10 to 12 for college bound students designed to enhance public understanding of chemistry. Discusses the development, field testing, and structure of the course. Stresses the importance of training teachers in the skills required to teach "Chemistry in the Community." (CW)

Discusses state of chemistry education and new technologies. Reviews recent history of undergraduate chemistry education. Enumerates technologies applicable to chemistry fields. Suggests changes in science courses in higher education. Discusses plans of the National Science Foundation (NSF) stressing funding in chemistry education and chemistry…

Describes a course on artificial intelligence (AI) in process engineering taught at Columbia University to chemical engineering students, using an AI methodology known as Knowledge-Based Expert Systems (KBES). Provides a description of the course, the lecture topics, and a synopsis of some of the student projects. (TW)

Traces science curriculum development efforts in elementary and secondary schools in Great Britian. Calls for changes in the curriculum so that all students above the age of 16 take science courses. Considers the possible impacts on vocational courses, and on college courses in science, engineering, and teacher education. (TW)