안전전담기술인제도의 안전성과 향상방안에 관한 연구

Abstract

The purpose of this study was to study the impact of the safety technology system on safety performance in public construction project management sites with insufficient research results. Since October 6, 2020, the safety technician system has been implemented for public construction projects, but as the number of accidental deaths in public construction projects is still not decreasing, the safety technician system, which supervises construction company-centered safety management, has been suspended. The purpose of the study was to suggest ways to improve.
 The research model of the research method is a study to determine the influence of institutional factors, competency factors, and methodological factors as independent variable factors on safety performance. For the empirical study, a survey of 172 people was conducted targeting the ordering office, construction project management technicians, and construction companies. The valid surveys of 156 people, excluding 16 unfaithful respondents and missing answers, were used for statistical analysis. IBM SPSS 28 was used as the statistical analysis program. Reliability analysis, correlation analysis, and regression analysis were conducted.
 As a result of the reliability analysis, the Cronbach's α coefficient of the institutional factor was 0.706, the competency factor was 0.915, and the method factor was 0.672, showing that the competency factor was the highest and the method factor was the lowest. As a result of the correlation analysis, the institutional factors and competency factors of the safety technician system were statistically significant at r=.692, p=.000, and the methodological factors and competency factors were r=-.223, p=.005. . However, the correlation between institutional factors and methodological factors was r = .037, p = .651, indicating that the correlation was not statistically significant. As a result of the regression analysis, the institutional factors showed a standard coefficient of .420 and a significance level of .000, the competency factors showed a standard coefficient of .266 and a significance level of .004, and the methodological factors showed a standard coefficient of .166 and a significance level of .013. +) was found to have an impact and was adopted.
 Through this study, empirical research results showed that the safety technician system is a system that improves safety and efficiency at public construction sites, and that it is an effective system for preventing accidents and reducing accident costs through continuous maintenance and improvement of the safety technician system. Confirmed. In the future, we hope that through follow-up research on private construction, a dedicated safety supervision system will be introduced early, contributing to preventing safety accidents and reducing accident costs at construction sites.