Developing the Format and Samples of Teaching Materials for Scientific Creativity in the Ordinary Science Curriculum -Including Teachers' Practice and Reflection-
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Scientific creativity is necessary for all ordinary students in ordinary school settings. In this study, a practical format for teaching scientific creativity is suggested, and sample teaching materials based on this format are developed. To facilitate the practical use of the teaching materials in ordinary schools, the model of IS3CA(Iterative Small Scale Scientific Creative Activity) was proposed. Using this format and the proposed teaching materials, a brief in-service program was developed and implemented. Here, the aim is to improve teachers' actual professional ability to develop their own teaching materials rather than just using the pre-developed teaching materials provided by the researcher. Positive responses about the in-service program were collected from the teachers, and the results also showed that the development of teaching materials by teachers was possible. Therefore, I expect that the teaching of scientific creativity by ordinary teachers is possible for ordinary students in ordinary school contexts. Finally, based on the results and experiences of this study, a curriculum for teaching scientific creativity is suggested.
Abstract
Scientific creativity is necessary for all ordinary students in ordinary school settings. In this study, a practical format for teaching scientific creativity is suggested, and sample teaching materials based on this format are developed. To facilitate the practical use of the teaching materials in ordinary schools, the model of IS3CA(Iterative Small Scale Scientific Creative Activity) was proposed. Using this format and the proposed teaching materials, a brief in-service program was developed and implemented. Here, the aim is to improve teachers' actual professional ability to develop their own teaching materials rather than just using the pre-developed teaching materials provided by the researcher. Positive responses about the in-service program were collected from the teachers, and the results also showed that the development of teaching materials by teachers was possible. Therefore, I expect that the teaching of scientific creativity by ordinary teachers is possible for ordinary students in ordinary school contexts. Finally, based on the results and experiences of this study, a curriculum for teaching scientific creativity is suggested.
참고문헌 (28)
- AAAS (American Association for the Advancement of Science), "Science for All Americans: Project 2061" (1990), Oxford University Press
- Baer, J., "Domains of creativity, In Encyclopedia of Creativity", pp.591~596 (1999), Academic Press
- Conti, R., "Evidence to support the componential model of creativity : Secondary analyses of three studies", Creativity Research Journal, 9, pp.358~389 (1996)
- Corte, E. D., "Marrying theory building and the improvement of school practice: a permanent challenge for instructional psychology", Learning and Instruction, 10, pp.249~266 (2000)
- Cropley, A. J., "More Ways Than One: Fostering Creativity" (1992), Greenwood Publishing Group
- Hu, W., "A scientific creativity test for secondary school students", International Journal of Science Education, 24(4), pp.389~403 (2002)
- Kim, K. H., "Can only intelligent people be creative?", The Journal of Secondary Gifted Education, 16(2, pp.3) (2005), 57~66
- Mansfield, R. D., "The Psychology of Creativity and Discovery : Scientists and Their Work" (1981), Nelson-Hall
- MEST(Ministry of Education, Science and Technology), "2009 Revised Curriculum: General Introduction of Elementary, Junior and Senior High School Curriculum", MEST, ~ (2009)
- National Curriculum Board, "Shape of Australian Curriculum: Science", ~ (2009)
- 박종원, "과학적 창의성 모델의 제안-인지적 측면을 중심으로-", 한국과학교육학회지, 24(2), pp.375~386 (2004), 한국과학교육학회
- Park, Jongwon, "Modelling analysis of student's processes of generating scientific explanatory hypothesis", International Journal of Science Education, 28(5), pp.469~489 (2006)
- Development of Scientific Creativity Activities, "Park, Jongwon", ~, pp.KRF-2007-721-B00034 (2008)
- Development and Distribution of Mathematics and Integrated Science Teaching Materials for Science Gifted Education Center, "Park, Jongwon", KOFAC, ~ (2009)
- Development and Distribution of On-line Activities for Scientific Creativity, "Park, Jongwon", KOFAC, ~ (2010)
- 박종원, "과학 영재아의 창의적 과제 수행과정에서의 특성 분석", 한국과학교육학회지, 30(6), pp.770~784 (2010), 한국과학교육학회
- 박종원, "과학적 창의성의 이해와 지도", 새물리, 61(10), pp.947~961 (2011), 한국물리학회
- Park, Jongwon, "Analysis of Types of Activities for Scientific Creativity", ~
- Plucker, J. A., "Generalization of creativity across domains: Examination of the method effect hypothesis", Journal of Creative Behavior, 38, pp.1~12 (2004)
- Richards, R., "Everyday creativity: Our hidden potential, In Everyday creativity and new views of human nature", pp.25~54 (2007), American Psychological Association
- Rose, L. H., "The metaanalysis of long-term creativity training programs", Journal of Creative Behavior, 18, pp.11~22 (1984)
- Scott, G., "The effectiveness of creativity training : A quantitative review", Creativity Research Journal, 16, pp.361~388 (2004)
- Scott, G., "Types of creative training : Approaches and their effectiveness", Journal of Creative Behavior, 38(3), pp.149~179 (2004)
- Siverstein, S. C., "Teachers' participation in research programs improves their students'achievement in science", Science, 326, pp.440~442 (2009)
- Treffinger, D. J., "Programs and strategies for nurturing creativity, In International handbook for research on giftedness and talent", pp.555~567 (1993), Pergamon
- Yager, R. E., "Development of student creative skills : A guest for successful science education", Creativity Research Journal, 2(3), pp.196~203 (1989)
- Weisberg, R. W., "Creativity: Understanding Innovation in Problem Solving, Science, Invention, and the Arts" (2006), John Wiely & Sons
- Wolpert, L., "The Unnatural Nature of Science" (1992), Harvard University Press