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중학교 과학 영재를 위한 유전 심화 학습 프로그램의 개발과 적용 -초파리(돌연변이체)를 중심으로-

Development and Application of Genetics Enrichment Learning Program for the Science-Gifted Middle School Students : ruit Fly, Drosophila melanogaster

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Abstract

The purpose of this study was to develop science-gifted education program based on the creative problem solving (CPS) in genetics area and investigate its effects. The program consists of three parts including lecture, experiment and homework. Two groups of the 7th grade students, the gifted and the general group, participated in this project and homepage was used for the effective management during homework. We tested the creative behavior character in science and also students' creative problem solving ability, and then received students' evaluation in the end of the program. Our study showed the followings. First, the developed program enhanced the creative problem solving ability for both the gifted and the general group students. The gifted showed increase in flexibility, but no change in fluency. The general group showed increase in both fluency and flexibility. Scientific elaboration was improved in both student groups. However, unlike the gifted, (as) the general group students did not well understand whole sequences of the experiments in terms of the quality, this program seems to be proper for the gifted students. Second, creative behavior character test showed no increase in both the gifted and the general group, indicating that the motivation factor is not improved within the short period of 3 months. In conclusion, our study showed that CPS-based genetic education program enhanced students' creative problem solving ability so that this program will be able to be used to increase the scientific creativity of the gifted middle school students in the genetics area.

참고문헌 (13)

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  3. "과학사와 CPS모형에 기초한 발생 생물의 수업 프로그램 개발", 33(3), pp.264~276 (2005)
  4. "창의적 문제해결 모형(CPS)을 활용한 창의성 교육 프로그램의 효과 분석", 16(2), pp.29~53 (2004)
  5. "An exploratory study on students' problem-solving ability in earth science", 24(5), pp.441~451 (2002)
  6. "Development and implementation of ‘Inventories of evaluating science gifted education programs'-centering around SNU science-gifted education center", 14, pp.77~107 (2005)
  7. "Creativity in Education and Learning" (2003), Routledge: Taylor and Francis Books
  8. "Genetics a Conceptual Approach" (2006), Freeman
  9. "Handbook of Creativity" (1999), New York: Cambridge University Press
  10. "Various approaches to and definitions of creativity The nature of creativity", pp.99~121 (1988), Cambridge University Press
  11. "Why Fly?: A philosophy of creativity" (1995), 서울: 학지사
  12. "Handbook of Creative Learning Center for Creative Learning" (1982)
  13. "Creativity-a component approach model" (1995)

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