Science has been and is an important tool in the construction of theworld view of modern man. There are also others, such as differentreligions. Although the Christian church has had to yield in manydisputes about world-views and philosophies of life, science doesnot seem to have superseded religion. The same also applies to themagic-occult tradition which is supported by numerous occultistmovements and sometimes even the media. From the viewpoint ofscience education, it is interesting to examine to what extent, if at all,the future educators of our children believe in claims presented inscientific, religious and magic-occult connections. Do we find anydifferences between the credibility estimates? Are there any differencesbetween primary teacher students raised in different societies andeducated in different school systems? How do the credibility estimatesrelate to each other? To answer these questions, data was collected bya questionnaire from Finnish, Estonian and Michigan primary teacherstudents. The paper presents the most important results and discussesshortly their significance from the viewpoint of science education.
To promote students’ value-based agency, responsible science and sustainability, science education must address how students think about their personal and collective futures. However, research has shown that young people find it difficult to fully relate to the future and its possibilities, and few studies have focused on the potential of science education to foster futures thinking and agency. We report on a project that further explored this potential by developing future-oriented science courses drawing on the field of futures studies. Phenomenographic analysis was used on interview data to see what changes upper-secondary school students saw in their futures perceptions and agentic orientations after attending a course which adapted futures thinking skills in the context of quantum computing and technological approaches to global problems. The results show students perceiving the future and technological development as more positive but also more unpredictable, seeing their possibilities for agency as clearer and more promising (especially by identifying with their peers or aspired career paths), and feeling a deeper connection to the otherwise vague idea of futures. Students also felt they had learned to question deterministic thinking and to think more creatively about their own lives as well as technological and non-technological solutions to global problems. Both quantum physics and futures thinking opened new perspectives on uncertainty and probabilistic thinking. Our results provide further validation for a future-oriented approach to science education, and highlight essential synergies between futures thinking skills, agency, and authentic socio-scientific issues in developing science education for the current age.
Mergers are common phenomena in higher education institutions. Improving educational quality is typically one of the stated goals of university mergers. Yet, little information exists about how merging institutions approach this goal. This paper presents results from a study of planning documents created prior to four mergers in the Finnish higher education system. These documents show that there was little concrete attention given to the educational issues related to the mergers. Most attention was placed on administrative issues and issues related to research. When educational issues were mentioned, it was almost always in the form of vague goals with few details provided about how the goals were to be reached. We conclude that this lack of attention to the educational aspect of mergers is a significant weakness of the planning process in these mergers. 相似文献
AbstractThis study analysed the first stance phase joint kinetics of three elite sprinters to improve the understanding of technique and investigate how individual differences in technique could influence the resulting levels of performance. Force (1000 Hz) and video (200 Hz) data were collected and resultant moments, power and work at the stance leg metatarsal-phalangeal (MTP), ankle, knee and hip joints were calculated. The MTP and ankle joints both exhibited resultant plantarflexor moments throughout stance. Whilst the ankle joint generated up to four times more energy than it absorbed, the MTP joint was primarily an energy absorber. Knee extensor resultant moments and power were produced throughout the majority of stance, and the best-performing sprinter generated double and four times the amount of knee joint energy compared to the other two sprinters. The hip joint extended throughout stance. Positive hip extensor energy was generated during early stance before energy was absorbed at the hip as the resultant moment became flexor-dominant towards toe-off. The generation of energy at the ankle appears to be of greater importance than in later phases of a sprint, whilst knee joint energy generation may be vital for early acceleration and is potentially facilitated by favourable kinematics at touchdown. 相似文献
When rating scales are used in different countries, thorough investigation of the psychometric properties is needed. We examined the internal structure of the Finnish translated Behavioral and Emotional Rating Scale-2 (BERS-2) using Rasch and confirmatory factor analysis approaches with a sample of youth, parents, and teachers. The results suggested that the Finnish translated BERS-2 has acceptable measurement properties and is suitable for use in Finnish schools. Results highlighted the issue that there is a need to consider cross-cultural aspects when introducing new measures in another culture. Directions for future research are also discussed in light of present findings. 相似文献
In this work, changes in the cross-country ski base properties resulting from stone grinding, skiing, waxing and re-stone grinding have been investigated. The surface topography, crystallinity, wettability and sliding properties of cross-country ski bases were recorded using a selection of measurement techniques: non-contact chromatic confocal microscopy, contact-type surface roughness analyser and scanning electron microscopy (topography), Raman spectroscopy (crystallinity), contact angle measurement (wettability) and a ski tester (sliding properties). The tested skis were used for 150 km and waxed 35 times. The ski base surface became smoother and the orientation and crystallisation of the base material increased. Wear decreased the hydrophobicity and increased the sliding friction. Even though re-grinding did not restore all of the ski base properties, re-grinding improved the wettability and sliding properties. The results help to optimise stone grinding interval to maintain the performance of the skis. 相似文献
The paper explores the moral ontology of democratic values education. It argues against the assumption that democratic values education, based on individual freedom, should be understood in a moral anti-realist and constructivist frame of reference. It claims, instead, that it is possible to educate in democratic values in ways that foster the development of the rational and moral autonomy of children only within the moral realist context. The Kohlbergian, Deweyan, Rawlsian, MacIntyrean and Rortyan counter-arguments are considered and some of their problems discussed. 相似文献
The model-based view (MBV) of science education, which strives for authenticity in science teaching, is currently seeking
support from the philosophical positions related to the Semantic View of Theories (SVT). These recent advances are promising
steps towards establishing a robust philosophical framework, but they need revision in so far as they are meant to apply to
physics and physics education. It is suggested here that in physics education, attention needs to be guided to the notion
of the empirical reliability of models and modelling, and to the methodological question of how empirical reliability is established in the process of making a match between theory and experiment. The suggested picture – intended for the purposes of physics teacher education – replaces the current more limited philosophical
frameworks used in science education with one of a wider scope. Moreover, the revised philosophical background gives a more
authentic picture of physics as science, and the modelling activity within it, than the other current stances in the science
education. 相似文献
ABSTRACTWe investigated how students in Finland perceive short-cycle higher education programmes. In line with the European trend, Finland has piloted short-cycle study programmes in order to attract adult students into higher education. We found that the students were mainly satisfied with their studies, and that their orientations to studies and learning were extrinsic in nature. The strengths of the programme were perceived as related to the flexibility of the studies, the variety of teaching methods, and the extensive contents of the studies. The main challenges were associated with difficulties in using information and communications technology (ICT) within the studies, and issues with time management. The study sheds light on how more open higher education structures and study processes can promote participation in higher education among adult students. 相似文献
