| Title |
Examining Construction Process Improvements to Drive Growth in the Wooden Construction Industry Through Importance-Performance Analysis |
| Authors |
김민지(Kim, Min-ji) ; 이희정(Lee, Heejung) ; 김현수(Kim. Hyunsoo) ; 황성주(Hwang, Sungjoo) |
| DOI |
https://doi.org/10.5659/JAIK.2024.40.9.229 |
| Keywords |
Wooden Building Construction;Wood Industry;Construction Process;Industry Activation;Importance-Performance Analysis (IPA) |
| Abstract |
Promoting wooden construction can significantly reduce carbon emissions by storing carbon in wood materials and replacing carbon-intensive
materials like concrete and steel. However, the domestic wooden construction industry remains small in scale. While various strategies have
been suggested to revitalize this sector, they often lack a comprehensive understanding of the construction process and detailed
implementation plans. This study examines the construction process through in-depth literature reviews and expert interviews, identifying issues
at each stage and proposing measures to strengthen the wooden construction industry. An Importance-Performance Analysis (IPA) based on
expert surveys was conducted to evaluate the significance and effectiveness of these measures, leading to the development of short-term and
long-term strategies for stimulating wooden construction. In the short term, it is crucial to establish support policies linked to carbon
incentives, standardize information and classification systems for materials and wooden components, and quantify the benefits of wooden
construction through performance data collection. Long-term strategies focus on achieving cost and productivity competitiveness through mass
production systems and the localization of wooden construction materials. These findings aim to identify the barriers to the growth of wooden
construction and provide a foundation for effective policy recommendations. |