Evaluating the Competitiveness of Asian Construction Companies through Patent Analysis

Evaluating the Competitiveness of Asian Construction Companies through Patent Analysis
  • 지우종
  • 이동민
  • 임현수
  • 표기윤
  • 이동윤
  • 외 3명

초록

In evaluating the competitiveness of construction companies and their development strategies, patents are a useful andobjective source of technical information. In this study, the cutting-edge technologies of construction industries of China,Japan, and South Korea were investigated based on the data of patent applications filed by a total of 15 constructioncompanies (five companies from each country). The related technologies were classified into six core technology groupsbased on their keywords. After that, we used four patent analysis methods: time series analysis, IP (Intellectual Property)emergence level analysis, spiral module analysis, and OS (Object-Solution) Matrix analysis, to identify the promisingtechnologies/vacant technologies for global construction companies in China, Japan, and South Korea, and to analyze thetechnical competitiveness of the three countries. The findings of this study showed that each country can claim a relativetechnological advantage over the others. Overall, 3D printing and offsite construction technology, data acquisitiontechnology, AR and VR technology are expected to be promising in the Asian region. The present study contributes tothe body of knowledge by expanding our understanding of technological innovation for the competitiveness of companiesand the technology development strategies pursued by the construction industries of China, Japan, and South Korea.

키워드

construction technologypatent analysistechnological competivenesstechnology trend analysistechnology forecasting
제목
Evaluating the Competitiveness of Asian Construction Companies through Patent Analysis
제목 (타언어)
Evaluating the Competitiveness of Asian Construction Companies through Patent Analysis
저자
지우종이동민임현수표기윤이동윤이학주박인성강경인
DOI
10.5345/JKIBC.2020.20.2.199
발행일
2020
저널명
한국건축시공학회지
20
2
페이지
199 ~ 212