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51.
52.
Science, technology, engineering and mathematics (STEM) is a form of education seen by many governments and educators as a preparation of the types of students needed for the future. STEM education is being developed in many countries without the support of official policy, such as is the case in Canada. In the United States, the National Science Foundation (NSF), and a private non-profit organisation, Achieve Inc.?, have been enlisted to develop policy to guide the development on STEM nationally. Due to its influence in global politics and economy, many countries, including Canada, are interested in how the United States is preparing its citizens for the future through STEM education. In this paper we present a critical discourse analysis on STEM policy from the United States as a basis to discuss: biopolitics in science education; notions of citizenship in contemporary school education and science education; and citizenship and STEM education. 相似文献
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54.
Larry D. Evans 《Psychology in the schools》2004,41(5):527-535
Foster care's impact on academic development was investigated for 392 students reentering foster care. Psychoeducational evaluation was performed at initial and return placements. Average achievement increased .22 points between placements. Students reentering care did not show differences in achievement or IQ compared to control students with a single placement. Although average achievement showed a small increase between placements, some students showed large changes. Declining achievement was directly related to above‐average initial achievement ( p < .001), and indirectly related to not being in special education ( p < .001) and nonminority race ( p < .02). Results provide evidence that overall academic development appears neither enhanced nor hindered by foster care placement, but specific groups may be at risk for poor gains. © 2004 Wiley Periodicals, Inc. Psychol Schs 41: 527–535, 2004. 相似文献
55.
Rejection, deprivation, physical pain, and an unpredictable environment are the primary determinants in the maladjustment of the abused child from infancy through adolescence.It is our conclusion that the majority of adolescents with character and personality disorders, particularly as manifested in the BORDERLINE SYNDROME, will have been subjected repeatedly and consistently to a parenting style incorporating these four determinants.The authors are involved in providing long term In-patient treatment to 40 severely emotionally disturbed adolescents. The vast majority of these youngsters are referred for uncontrollable acting out. Approximately ninety percent of these adolescents under treatment were abused and neglected as children.One of the forty adolescents under treatment will be considered. We believe her case history is typical of the abused child in adolescence. 相似文献
56.
What strategies do high school students use when solving chemistry problems? The purpose for conducting this study was to determine the general problem-solving skills that students use in solving problems involving moles, stoichiometry, the gas laws, and molarity. The strategies were examined for success in problem solving for 266 students of varying proportional reasoning ability, using interviews incorporating the think-aloud technique. Data were coded using a scheme based on Polya's heuristics. Results indicated that successful students and those with high proportional reasoning ability tended to use algorithmic reasoning strategies more frequently than nonsuccessful and low proportional reasoning students. However, the majority of all students solved the chemistry problems using only algorithmic methods, and did not understand the chemical concepts on which the problems were based. 相似文献
57.
Eve Mayes 《British Journal of Sociology of Education》2017,38(7):1068-1075
58.
Student interviews provide valuable input into peer evaluation of teaching. Both the University of Georgia and Stanford University have explored ways of using student interviews to tap into student perspectives. The approaches taken by the two schools are compared in this paper. Similarities and differences are identified and discussed. In addition, the aspects of teaching that are best reflected upon by peers versus students are enumerated.Sheri D. Sheppard, an associate professor, has been at Stanford University in the Design Division of Mechanical Engineering since 1986. In addition to teaching both undergraduate and graduate design classes, she does experimental and analytical research on weld fatigue and impact failures, fracture mechanics, and applied finite element analysis. She is also a co-principal investigator with Professor Larry Leifer on a multi-university NSF funded project to critically review undergraduate engineering curricula. Before coming to Stanford, Dr. Sheppard completed her graduate studies at the University of Michigan and held several research and consultancy positions in the automotive industry. Larry Leifer received his Ph.D. in Biomedical Engineering, his M.S. in Product Design and his B.S. in Mechanical Engineering at Stanford University. He studied human information processing and biomedical engineering in laboratories in the U.S. and Europe before joining Stanford's mechanical engineering department faculty in 1976. Currently he is a professor in the design division where he teaches courses in engineering design based on industry-funded projects and distributed design teams. He studies and promotes this pedagogy through leadership in an NSF funded coalition of engineering schools which are revising undergraduate engineering curricula. Relatedly, he has developed the Smart Product Design laboratory and taught its curriculum for 10 years. As founding director of the Stanford Center for Design Research, he does design theoretic studies and objective evaluation of structured design methodology. Seeking to disseminate assistive devices for physically limited individuals, he co-founded the Tolfa Corporation (1989) and Independence Works, Inc. (1992), a product development enterprise that uses the Internet World Wide Web to bridge the technology transfer gap between research laboratories and disabled consumer markets. J. Edward Carryer is an Acting Assistant Professor in the Design Division of Mechanical Engineering at Stanford University. In addition to teaching both undergraduate and graduate courses in mechatronics, he is active in the organization of workshops on Mechatronics Education and the development of both graduate and undergraduate Mechatronics curricula. Before coming to Stanford in 1992, Dr. Carryer held positions in the automotive industry and as a consultant on mechatronic systems, including Chief Engineer at Creative Applications Engineering Inc. There his work involved projects on medical instruments, electronic engine controls and human environmental control systems. Dr. Carryer's graduate work was done at the University of Wisconsin, Madison and Stanford University. 相似文献
59.
This paper introduces a new way of evaluating instructional strategies by using computers. Two basic theories, instructivism and constructivism, are discussed and critically evaluated in terms of their effectiveness in conceptual learning. Despite the current popularity of constructivism, the radical form of it is criticized in this paper. The advantages and limitations of these two approaches, especially the radical forms of constructivism, are outlined. After borrowing some ideas from other effective conceptual change models, an integrative model for conceptual learning (the Inventive Model) is introduced. Two versions of multimedia physics software are developed by the authors. The first version is based on the Inventive Model and the second version based on a radical constructivist model. The effectiveness of the Inventive Model was compared with the radical constructivist approach and conventional science instruction. Students' log files were analyzed to investigate the nature and the processes of the conceptual change. A conceptual test and a knowledge test were used to compare the groups. The quantitative results showed the superiority of the Inventive Model over the other models in conceptual learning and the superiority of conventional instruction in learning the basic knowledge. The qualitative analysis showed that only the Inventive Model lead to coherent conceptual learning. It was concluded that the process of conceptual change is gradual and continuous. Analysis of students' log files revealed no moments of dramatic change in students' conceptions. 相似文献
60.
Larry D. Yore 《科学教学研究杂志》1984,21(7):745-753
This study explored Morine and Morine's (Discovery: A challenge to teachers. Englewood Cliffs, NJ: Prentice-Hall, 1973) assumptions regarding age and cognitive development of learners successfully utilizing two types of inquiry, specifically structured inductive and semi-deductive. Two groups of elementary school students from grades one, three and five were individually assessed on six conservation tasks and a multiplicative classification task. The two groups were instructed on two different science topics utilizing different inquiry strategies. Achievement data from topic specific tests were analyzed by an ANOVA technique. The results indicated that age made a significant difference on achievement for both inquiry strategies. The significant contributions were due to the differences between grade one and grades three and five. The differences between grade three and grade five were not significant. The effect of cognitive development was more noticeable in the less structured semi-deductive strategy in which four conservation tasks and the multiplicative classification tasks were significant. 相似文献