Provides abstracts of selected mathematics and science papers presented during the conference. Topics included: (1) problem solving using the computer; (2) controlling the environment through Logo; (3) software and technology in the science curriculum; (4) learning multiplication facts using multiple strategies; and (5) limitations and potential…

Discusses the science component of the Oxford Certificate of Educational Achievement (OCEA). Proposes that this measure be used for assessing the process skills of physics students as part of the new General Certificate of Secondary Education, which mandates that 20% of student's performance be measured in practical and experimental work. (TW)

The purpose of this study was to investigate the effects of learning strategy and summarization within a computer-based chemistry and physics program. High school students worked individually or in cooperative dyads to complete science instruction; half of them completed summaries over the instructional content when directed to do so. The study…

The report discusses incorporating more math, physics, chemistry, engineering and computer science into classes and laboratory work and emphasizing independent research will help undergraduate education reflect real-world science. Schools, professional societies and funding agencies should develop new teaching materials and facilitate faculty…

Describes activities, demonstrations, and materials suitable for middle school science, including investigations on solar energy, surface tension, exploding cottages, worms and light, airplanes, depolarizing simple cells, and the thermal expansion of metals. (JN)

To improve science, mathematics, and technology education, Israeli high school teachers received training involving inservice courses and school supervision. Surveys, reports, observations, meetings, and student achievement tests indicated that the program was useful for teachers who had acquired basic knowledge in their disciplines. It took 3-6…

Presents an account of a week of learning and instruction from a high school physics course to provide a context for discussion of the role and demands of teacher inquiry. Argues coordination of student inquiry and traditional content is a matter of discerning and responding to students' particular strengths and needs. (Author/KB)

Describes an inquiry-based project on kinematics piloted at a rural middle school in 1996 by a Maine collaboration of university faculty, graduate students, and K-12 teachers. The group examines the new science standards, develops new curricula based on physics education research, helps middle-school teachers implement that curricula, and assesses…

Describes the Mathematical and Scientific Foundations of Engineering curriculum which emphasizes the mathematical and scientific concepts common to all engineering fields. Scientists and engineers together devised topics and experiments that emphasize the relevance of theory to real-world applications. Presents material efficiently while building…

Two college educators offer their personal stories of adopting technology for college teaching in different disciplinary contexts (a physics course for nonmajors and a design course for interior designers and architects), and the process of redesigning curricula, rethinking instructional techniques, and revising student assessment accordingly.…

Information on the content of the intended science curriculum, what science was actually taught by the teachers, and how that science was taught is presented. Student achievement and attitudes were assessed using tests and questionnaires. Data were obtained from teachers regarding whether the content had been taught to the students (n=657) who…

Examines the influence of two factors of the process of graphing on rural students' (n=93) ability to comprehend kinematics graphs on constant velocity events. Students exhibited difficulty in constructing and comprehending graphs of derived variables and were unaware of their own graphing skills deficiencies. (34 references) (MDH)

Describes study that investigated teachers' criteria for the use of courseware packages in Dutch junior high school physics classes. The development of a courseware evaluation instrument is described; drill and practice, simulation, and tutorial courseware packages are evaluated; motivating elements are considered; and implications for the design…

Presents the experience of an English instructor who worked with members of the Physics Department to revise a technical physics class. Discusses the impact of learning communities at Henry Ford Community College (Michigan) on faculty development, student performance, and institutional culture. (VWC)

This interpretive case study describes a collaborative project involving a physics professor and a science educator. We report what was learned about factors that influenced the professor's development of teaching strategies, alternative to lecture, that were intended to promote prospective teachers' meaningful learning and their use of canonical…