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Peer reviewedBlood, David G.; Zalewski, Leon – Illinois School Research & Development, 1988
Describes the use of microcomputers to develop a comprehensive K-12 science curriculum. Claims that the use of computer-assisted curriculum development reduces the cost of designing original curriculum. (JK)
Descriptors: Curriculum Design, Curriculum Development, Elementary Secondary Education, Microcomputers
Peer reviewedYager, Robert E. – Science Education, 1984
Offers a rationale for and definition of science education, namely, the discipline concerned with the study of the interaction of science and society, the impact of science upon society, as well as the impact of society upon science. (JN)
Descriptors: Definitions, Elementary Secondary Education, Higher Education, Science Curriculum
Ediger, Marlow – 2002
This position paper is written to outline recommendations for a quality science curriculum for schools. Among the recommendations made are that the science curriculum needs to stress excellence; that inquiry approaches are important in helping students to become curious learners who identify problems; that observing natural phenomena in the…
Descriptors: Evaluation, Science Curriculum, Science Education, Scientific Methodology
Shaw, Jane S. – Nation's Schools, 1974
By expanding curriculums to include applied science, schools may eventually ease the shortage of engineers that currently plagues the country. (Author/DN)
Descriptors: Elementary Schools, Engineering, Science Curriculum, Science Education
Peer reviewedWalsh, John – Science, 1972
Discusses the reasons why basic science courses are taught in all-university departments'' and the clinical experience is provided in cooperation with community health services, rather than a clinical teaching hospital, in the programs for Doctor of Medicine and Doctor of Osteopathy. (AL)
Descriptors: Clinical Experience, Medical Education, Program Descriptions, Public Health
Misselbrook, Hilda – Educ Training, 1969
The Nuffield Secondary Science Project is concerned with teaching science as a significant human activity to boys and girls. This project involves no course as such but rather material from which teachers can select. The approach is interdisciplinary and the framework consists of eight broad themes to be covered over a 3-year period. (JK)
Descriptors: Foreign Countries, General Education, Interdisciplinary Approach, Science Curriculum
Lewis, Bob – Educ Training, 1969
Explores the association between mathematics and the sciences. Suggests alternative ways of looking at mathematical models according to the science under study. (JK)
Descriptors: Foreign Countries, Interdisciplinary Approach, Mathematics Curriculum, Science Curriculum
Peer reviewedCallon, George F. – NASSP Bulletin, 1972
Presented in this article is the author's own experience in science curriculum change. (Editor)
Descriptors: Administrator Role, Curriculum Development, Curriculum Evaluation, Science Curriculum
Coburn, David A. – Instructior, 1972
In the science curriculum, use of a cemetery offers unlimited potential for developing the skills of collection, collation, and interpretation of qualitative and quantitative data." (Author)
Descriptors: Climate, Geology, Science Activities, Science Curriculum
Peer reviewedHandler, Philip – Journal of Medical Education, 1972
The author discusses the issues regarding the relationship between science training and the medical profession. (HS)
Descriptors: Curriculum, Higher Education, Medical Education, Medicine
Chaudhari, U. S. – Teaching, 1970
Descriptors: General Science, Science Curriculum, Science Education, Science Teachers
Harrison, Geoffrey – Educ Training, 1970
Project Technology has tried to counteract the drift away from science and technology by encouraging the development of projects which are relevant and beneficial to society and by giving students an idea of the positive potentials of technology. (BC)
Descriptors: Demonstration Programs, Foreign Countries, Schools, Science Curriculum
Peer reviewedWong, Ovid – American Biology Teacher, 1977
Explores possibilities for adapting BSCS materials for use in Hong Kong schools, including discussion of major areas for revision, i.e., selection of local flora and fauna and establishment of a resource supply center for living materials and chemicals. (CS)
Descriptors: Biology, Curriculum Development, Science Curriculum, Secondary Education
Peer reviewedScimone, Anthony; Scimone, Angelina A. – Journal of Chemical Education, 1996
Investigates chemistry topics necessary to facilitate the study of biochemistry in U.S. medical schools. Lists topics considered especially important and topics considered especially unimportant in general chemistry and organic chemistry. Suggests that in teaching undergraduate general or organic chemistry, the topics categorized as exceptionally…
Descriptors: Biochemistry, Chemistry, Higher Education, Medical Education
Peer reviewedSimmons, Bora; Volk, Trudi – Journal of Environmental Education, 2002
Features a conversation with Dr. Harold Hungerford, the president of the Center for Instruction, Staff Development, and Evaluation (CISDE), on the goals of environmental education and experiences in his career. (YDS)
Descriptors: Educational Change, Educational Improvement, Environmental Education, Higher Education


