Demand Analysis for the Development of Basic-Level TRIZ Curriculum

  • Han, Jiyoung (Daejin University, Innovation Center for Engineering Education) ;
  • Yoo, Seung-Hyun (Ajou University, Department of Mechanical Engineering)
  • Received : 2014.07.14
  • Accepted : 2014.07.30
  • Published : 2014.07.31

Abstract

This study was conducted for the purpose of developing a basic-level TRIZ curriculum to improve students' creativity and problemsolving abilities. Towards this end, literature review, field application study, and a survey on the demand for such curriculum were conducted, as the research methodologies. Specifically, literature review was performed on the TRIZ-related research trends and education trends, and the researchers, who had experience running a TRIZ education program for a few years, ran a basic-level TRIZ for 40 hours as part of the extra-curriculum of A University. An actual survey was also conducted to determine the demand for the development of a basic-level TRIZ curriculum. Of the total of 40 students who were subjected to the curriculum, 31 responded sincerely 1 to the survey. Based on the survey analysis results on the students' recognition of the TRIZ curriculum and of the TRIZ task performance, and on the contents and educational effects of TRIZ, basic guidelines for the development of a basic-level TRIZ curriculum were formulated. Reflecting the results of the survey on the demand for a basic-level TRIZ curriculum, such a curriculum was proposed based on 16-week-long, 3-credit lectures considering the curricula of other subjects in the university.

Keywords

References

  1. Jung, J.(2012), The Application Effect of TRIZ Technique in Practical Arts Idea Plan Activity by University Students of Education, Journal of Korean practical arts education, Vol. 25 NO. 3, Korea Practical Arts Education.
  2. Jung, Y., Seo, Y., Koo, K., & Hyun, C.(2003), TRIZ Application for Inventive Thinking in the Design Phase VE, Journal of Korea Contents Association, Vol. 19 No. 8, The Korea Contents Society.
  3. Kim, H.(2013), Instructional Design Model Development for Continuous Creativity-Personality Education based on NFTM-TRIZ, Journal of Korea Contents Association, Vol. 13 NO.8, The Korea Contents Society,.
  4. Kim, G.(2007), Development and Verification of the Invention Education Model Applied with TRIZ Techniques, Journal of Korean practical arts education, Vol. 20 NO. 1, Korea Practical Arts Education.
  5. Lee, S. & Song G.(2011), A Study on the Effects of the Essay-Writing Class Based on TRIZ on the Development of Creative Thinking, Digital library, Vol. 63 No.-, The Korea Digital library Forum.
  6. Mann D.(2007). Hands of systematic innovation. IFR Consultants Ltd.
  7. Moon, D.(2006), Exploring Strategies for Applying TRIZ to Technology Education, Journal of Korean Instiute of Industrial Educators. Vol. 31 NO. 2, The Korean Instiute of Industrial Educators.
  8. Rantanen, K. & Domb, E.(2005). Simplified TRIZ. Kim, B., Park, S. co-translation. Inter vision.
  9. Raviv, D.(2000). Teaching inventive thinking. TRIZ Journal.
  10. Yoo, S. H.(2013). Sustainable Design by Systematic Innovation Tools(TRIZ, CAI, SI, and Biomimetics), Handbook of Sustainable Engineering, (Ed. J. Kauffman and K. Lee), Springer.
  11. POSCO Newspaper. http://www.posco.co.kr/homepage/docs/kor3/jsp/news/posco/s91fnews003v.jsp?idx=195775.