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기술적 문제해결력의 개념적 구조

A Conceptual Structure of Technological Problem Solving Capability

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키워드

주제분류교육학

초록

Abstract

The purpose of the study was to deduce on the conceptual structure of Technological problem solving capability in technology education. Therefore, the study was conducted through literature research on technological problem's type, technological problem solving and technological problem solving capability. The main finding in this study were as follows;In this study, technological problem solving capability was defined as capability used for solving problem in technological problem context, and a conceptual structure of technological problem solving capability was established by content system of technology(manufacturing, construction, transportation, communication, and life technology), technological problem context(invention, design, troubleshooting, and procedure), and technological problem solving process(problem's awareness, inquiry, execution, and assessment). ipso facto, an conceptual structure of technological problem solving capability was comprised of three dimensions: content, context, and process.

참고문헌 (54)

  1. "사고기능의 교육" (1984), 문음사
  2. "중학교 기술교과 교육과정 국제비교" (2002)
  3. "초중등학교 기술교과 교육내용의 계열화에 관한 연구" (1990)
  4. "기술교육과정 및 평가" (2002), 충남대학교출판부
  5. "중등기술교과 교육과정 개정방향과 과제", 6(1), pp.45~62 (2006)
  6. "실과 기술가정 교육목표 및 내용 체계 연구 Ⅰ" (2001), 한국교육과정평가원
  7. "실과 기술가정 교육목표 및 내용 체계 연구 Ⅱ" (2002), 한국교육과정평가원
  8. "기술교과교육학" (2005), 형설출판사
  9. "Understanding Design and Technology" (1980), Department of Education and Science
  10. "The effects of direct and indirect instruction on teaching technological problem solving activities" (1999)
  11. "Teach science for science's sake; for global competitiveness try technology", 3, pp.49~50 (1991)
  12. "Technology education curriculum standards k-12" (1990), The Delaware Department of Public Instruction Vocational Education Division
  13. "Learning to Solve Tomorrow's Problems", pp.25~29 (1989)
  14. "Analysis of the factors involved in Technological problem solving in a collage technology education classroom" (2005)
  15. "The Effects of Technology Education, Science, and Mathematics Integration Upon Eighth Grader's Technological Problem-Solving Ability" (1994), Unpublished Doctoral Dissertation
  16. "Examining the dimension of technology", 5(3), pp.219~244 (1995)
  17. "Design and problem solving in technology education", 83, pp.24~33 (1999), National Association of Secondary School Principals
  18. "An assessment model for a design approach to technological problem solving", 12(2), pp.5~20 (2001)
  19. "Design as a catalyst for learning" (1997), Alexandria, VA:Association for Supervision and Curriculum Development
  20. "Implementing technology education problem-solving activiti", 2(2), pp.1~10 (1991)
  21. "Teaching Design and Technology", pp.3~11 (2005), Paul Chapman Publishing
  22. "The problem of solving problems", pp.21~24 (1997)
  23. "University of West Virginia" (1973), Unpublished Doctoral dissertation
  24. "Instructional Strategies for Technology Education Council on Technology Teacher Education", pp.87~98 (1988)
  25. "A factor analysis of primary mental processes for technological problem solving", 36(2), pp.83~100 (1999)
  26. "Design and Problem Solving in Technology" (1994), Delmar pub
  27. "Process-based technology education", 50(8), pp.3~7 (1991)
  28. "Problem-Solving in the British Craft" (1987), Unpublished Doctoral dissertation New York University
  29. "Technology for all Americans: A rational and structure for the study of technology" (1996), Reston, VA:Author
  30. "Standards for technological literacy: Content for the study of technology" (2000), Reston, VA:Author
  31. "Advancing Excellence in Technological Literacy: Student Assessment, Professional Development, and Program Students" (2003), Reston, VA:Author
  32. "Differences in perceived technological problem-solving ability of university technology and humanities students" (1997)
  33. "The technical problem and its didactic function" (1996)
  34. "Technology ; Report of the Project 2061TM Phase Ⅰ Technology Panel The American Association for the Advancement of Science", pp.~2061 (1989), Inc
  35. "Research on problem solving instruction: What works, what doesn't?", 56(5), pp.47~49 (1994)
  36. "Can problem solving be taught?", 5(2), pp.12~18 (2001), University Chemistry Education
  37. "Learning to solve problems; An instructional design guide" (2004), San Francisco, CA:Pfeiffer: A Wiley Imprint
  38. "Physical facility factors for technological problem-solving activities in Secondary Technology Education Programs" (1991), Unpublished Doctoral dissertation, West Virginia University
  39. "The assessment of performance in design and technology" (1991), School Examinations and Assessments Council
  40. "Perceptions and identification of problem solving activities in secondary industrial arts and technology education programs in Montana" (1989), Unpublished Master' Thesis Montana State University
  41. "Problem solving: Much more than just design", 2(1), pp.29~42 (1990)
  42. "Problem-Solving Processes in Technology Education: A pilot study", 4, pp.5~34 (1994)
  43. "Technically speaking : why all Americans need to know more about technology" (2002), Washington D. C.:National Academy Press
  44. "A conceptual framework for technology education", 50(1), pp.6~11 (1990)
  45. "Heuristics in the classroom Problem solving in school mathematics National Council of Teachers of Mathematics"
  46. "Why learn about problem solving? The Technology Teacher", pp.15~22 (1986)
  47. "The teaching and learning environment", 50(3), pp.3~7 (1990)
  48. "Technigues of structured problem solving" (1988)
  49. "The effects of a technological problem solving activity on FIRST LEGO league participants' problem solving style and performance" (2005), Virginia Tech, Blacksburg, Virginia
  50. "Organizational behavior and public management" (1998), New York:Marcel Dekker Inc
  51. "Enhancing Problem Solving Disposition, Motivation and Skills Through Cognitive Apprenticeship" (2003)
  52. "Technological Problem Solving Demonstrated", 52(2), pp.23~25 (1993)
  53. "Technological and personal solving styles: Is there a difference", 7(2), pp.55~71 (1996)
  54. "Problem solving in technology education at the secondary level as perceived by technology educators in the United Kingdom and the United States" (1996)

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