초록

In order to cultivate the talents acquired in the fourth industrial revolution, developed countries’ government are actively engaged in the campaigns encouraging K-12 students to participate in the maker movement. Maker education is regarded as one possible solution based on high tech in the era of the 4th Industrial Revolution, and it is spreading widely along with STEM education. In South Korea, STEAM education was actively conducted nationwide, and since 2017, STEAM and maker education have been linked showing mutual development. However, compared to STEAM education linked to the curriculum, comparison and activity-based research on maker education for teenagers is still insufficient. Therefore, this study aimed to suggest implications for STEAM education and maker education by analyzing the motivation of Korean youth to participate in maker activities. The subjects of this study are high school students who participated in maker education programs in student community for the first time in Korea. In this study, students were classified into engineering-related career group and non-engineering-related career groups based on their career intentions, and the motivation and understanding of participation in maker activities were compared. As a result of the study, male students participated more in maker education communityactivities than female students, and the engineering-related career group had a higher intention to participate in games, outdoor activities, IT equipment, digital production, and electrical/electronic production activities than the non-engineering-related career group. In addition, in the fields of handicraft/art, home baking, installing, and horticultural agriculture, there was no difference in the intention of participate in the engineering-related career group and the non-engineering-related career group. It was found that the engineering-related career group believed that there was a strong relationship between the maker education community activity, career exploration and future career choice, while the non-engineering-related career group believed that the relationship is less strong. It was also found that the engineering-related career group was participating more actively in the maker activity than the other group.

키워드

Engineering education, Engineering high school student, Comparative Study, Maker movement

참고문헌(28)open

  1. [학술지] 강인애 / 2017 / 메이커 교육(Maker education)을 통한 메이커 정신(Maker mindset)의 가치 탐색 / 한국콘텐츠학회 논문지 17 (10) : 250 ~ 267

  2. [학술지] 강인애 / 2017 / 메이커 교육(Maker Education)을 통한 기업가정신 함양: 대학교 사례연구 / 한국융합학회논문지 8 (7) : 253 ~ 264

  3. [학술지] 권우정 / 2019 / 국내 메이커 운동의 가치 및 발전 방향 분석 / 기초조형학연구 20 (1) : 35 ~ 48

  4. [학술지] 권혁인 / 2019 / 한국형 메이커스페이스 활성화를 위한 운영요소 분석 연구 / 벤처창업연구 14 (2) : 105 ~ 118

  5. [학술지] 김근재 / 2019 / 초등학교에서의 피지컬 컴퓨팅 도구를 활용한 메이커 교육 수업 모형 개발 연구 / 교육공학연구 35 (3) : 687 ~ 728

  6. [단행본] 박영숙 / 2015 / 메이커의 시대 / 한국경제신문

  7. [단행본] 장원중 / 2017 / 4차 산업혁명, 새로운 제조업의 시대 / 호이테북스

  8. [학술지] 변문경 / 2018 / 캡스톤 디자인 수업에서 학생들의 주제 결정 패턴 탐색 / 공학교육연구 21 (1) : 14 ~ 26

  9. [학술지] 변문경 / 2018 / 4차 산업혁명 시대 한국형 메이커 교육의 방향성 탐색 / 공학교육연구 21 (2) : 39 ~ 50

  10. [학술지] 오영옥 / 2019 / 창의학습공간(L-Commons) 모델을 적용한 공공도서관 메이커스페이스 공간조성에 관한 연구 / 한국도서관·정보학회지 50 (3) : 293 ~ 315

  11. [학술지] 윤성혜 / 2017 / 청소년 기업가정신 함양을 위한 메이커교육 프로그램 모형 개발 / 교육공학연구 33 (4) : 839 ~ 867

  12. [학술지] 윤혜진 / 2019 / 메이커교육 아웃리치 프로그램 사례: 메이커 정신 함양을 중심으로 / 교육공학연구 35 (2) : 365 ~ 393

  13. [학술대회] 이승철 / 2017 / 메이커 운동의 해외사례분석을통한 국내 메이커 교육 도입 방향 제안 / 국컴퓨터교육학회학술발표대회논문집 21 (1) : 41 ~ 43

  14. [학술지] 이지선 / 2017 / 메이커 교육에 디자인 사고 적용 연구 / 한국디자인포럼 (54) : 225 ~ 234

  15. [학술지] 장윤금 / 2019 / 공공도서관 메이커스페이스 운영 현황 조사 연구 / 한국문헌정보학회지 53 (3) : 161 ~ 183

  16. [기타] 한국과학창의재단 / 2017 / 메이크올 / 한국과학창의재단

  17. [학술지] Bonferroni, C. E. / 1939 / Teoria statistica delle classi e calcolo delle probabilità / Pubblicazioni del R Istituto Superiore di Scienze Economiche e Commerciali di Firenze 8 : 3 ~ 62

  18. [학술지] Dougherty, D. / 2012 / The maker movement / Innovations:Technology, Governance, Globalization 7 (3) : 11 ~ 14

  19. [단행본] Finn, J. D. / 2012 / Handbook of research on student engagement / Springer : 97 ~ 131

  20. [학술지] Halverson, E. R. / 2014 / The maker movement in education / Harvard Educational Review 84 (4) : 495 ~ 504

  21. [단행본] Harari, Y. N. / 2014 / Sapiens: A brief history of humankind / Penguin Random House

  22. [단행본] Hatch, M. / 2013 / The maker movement manifesto: rules for innovation in the new world of crafters, hackers, and tinkerers / McGraw Hill

  23. [학술지] Jorgenson, D. W. / 2016 / The ICT revolution, world economic growth, and policy issues / Telecommunications Policy 40 (5) : 383 ~ 397

  24. [학술지] Kim, H. / 2012 / Enhancing teachers' ICT capacity for the 21st century learning environment : Three cases of teacher education in Korea / Australasian Journal of Educational Technology 28 (6) : 965 ~ 982

  25. [학술지] Lindberg, L. / 2020 / STEAM Maker Education: Conceal/Reveal of Personal, Artistic and Computational Dimensions in High School Student Projects / Frontiers in Education 5 (5)

  26. [학술지] Peppler, K. / 2013 / Maker movement spreads innovation one project at a time / Phi Delta Kappan 95 (3) : 22 ~ 27

  27. [단행본] Runco, M. A. / 2017 / Creative Contradictions in Education / Springer International Publishing : 75 ~ 87

  28. [단행본] Sousa, D. A. / 2013 / From STEM to STEAM:Using brain-compatible strategies to integrate the arts / Corwin Press