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Brahmia, Suzanne; Etkina, Eugenia – Journal of College Science Teaching, 2001
Discusses methods for addressing at-risk factors in introductory physics and how they can be implemented. Offers recommendations for creating an effective program within the structure of a research university. (MM)
Descriptors: At Risk Persons, Course Descriptions, Higher Education, Physics
Peer reviewed Peer reviewed
Millar, Robin; Hunt, Andrew – School Science Review, 2002
Describes the AQA AS-level course 'Science for Public Understanding' and explains its underlying rationale. Shows how a topic-based course can be used to consolidate students' understanding of some scientific explanations and ideas-about-science in a systematic manner. (Author/MM)
Descriptors: Concept Formation, Course Descriptions, Science and Society, Science Education
Peer reviewed Peer reviewed
Friedrichsen, Patricia Meis – American Biology Teacher, 2001
Describes a specialized biology course designed to meet the needs of prospective elementary teachers. The original course was oriented towards hands-on activities for K-8 classrooms, improving prospective elementary teachers' attitudes toward science, and increasing self-efficacy in science teaching. Original goals were re-examined with the advent…
Descriptors: Biology, Course Descriptions, Hands on Science, Higher Education
Soviet Education, 1987
Presents a rationale for the new Soviet biology curriculum. Explains guidelines for teaching methodology. Describes in some detail the goals and tasks for students in the new Soviet biology curriculum for grades six through eleven. (RKM)
Descriptors: Biological Sciences, Biology, Course Descriptions, Curriculum Development
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Spitulnik, Michele Wisnudel; Krajcik, Joseph – Journal of Computers in Mathematics and Science Teaching, 1998
Discusses how to promote scientific and technological literacy within a science methods course. Describes the rationale for the design of the course, the structure of the course, prospective students, the types of technological tools, the integration of those tools into the course with examples of student-constructed artifacts, and challenges…
Descriptors: Computer Software, Course Descriptions, Course Organization, Educational Technology
Peer reviewed Peer reviewed
Adams, David L.; And Others – Journal of College Science Teaching, 1986
Describes a college-level course designed to increase students' scientific, technological, and ethical literacy. The course has no prerequisites and satisfies either a science or humanities elective. Course content and teaching methodology are included. (JN)
Descriptors: College Science, Course Descriptions, Ethics, Higher Education
Peer reviewed Peer reviewed
School Science Review, 1980
Presents three science education notes for British science teachers and educators. These are (1) science in general studies; (2) the problem of primary science; and (3) the development of a grade 3 science course. (HM)
Descriptors: Course Descriptions, Curriculum Development, Educational Trends, Elementary School Science
Veblen, David R. – Geotimes, 1983
Mineralogy has become increasingly linked to chemistry and physics during recent years. This relationship between chemistry, physics, and mineralogy, as indicated by the content of conference papers, research studies, and physical/chemical laboratory procedures used in mineralogy, is reviewed. Creative applications of established mineralogic…
Descriptors: Chemistry, College Science, Conferences, Course Descriptions
Janke, Bruno; And Others – 1988
A global survey was conducted by Unesco in 1986 on the place occupied by the teaching of science, mathematics, and technology, with the data indicating that mathematics and science are firmly entrenched in school curricula worldwide, but the place of technology is much more tentative. It was decided to probe more deeply into the adequacy of these…
Descriptors: Course Descriptions, Educational Policy, Elementary Secondary Education, Foreign Countries
United Nations Educational, Scientific, and Cultural Organization, Paris (France). Div. of Science, Technical and Environmental Education. – 1988
A global survey was conducted by Unesco in 1986 on the place occupied by the teaching of science, mathematics, and technology, with the data indicating that mathematics and science are firmly entrenched in school curricula worldwide, but the place of technology is much more tentative. It was decided to probe more deeply into the adequacy of these…
Descriptors: Course Descriptions, Educational Policy, Elementary Secondary Education, Foreign Countries