Cib - Utility Based Systems Framework for Existing Residential Building

Abstract

This study proposes an approach for conducting comparative assessments between renovation and new construction through the use of CIB utility theory systems and applies the methodology to an adaptive case study. To this end, the theoretical underpinnings of CIB were explained in the literature review, and the method of data analysis, selection of usability functions, and standard condition assessment scale were explained. The proposed model can be used to evaluate CIB utility theory systems and for life-cycle sustainability assessment (LCSA). The current findings revealed that the maintenance planning system and 5 G information must be improved because they are the key to Taiwan's future development. Considering that the aim of cost-optimal maintenance and renovation planning is to not only optimise the service life-cycle costs of building components but also to maintain appropriate conditions and the performance of the respective components, the model used in this study prioritises performance over cost. Therefore, proposals are made for the future development of LCSA considering stakeholders of various projects for new construction by enhancing objectivity and accessibility.

Identification of critical success factors (CSFs) for successful project management in manufacturing sector

“…Similarly, Chen et al ., and Lin et al . had 21 and 16 respondents (Chen et al ., 2021; Lin et al ., 2022).…”

“…Ideally, the researcher suggests having 5-10 respondents for the credibility of the results of FDM. Strasser et al and Malone et al, had 10 respondents (Malone et al, 2005;Strasser et al, 2005) (Chen et al, 2021;Lin et al, 2022).…”