Modeling 5D building information modeling drivers for efficient construction project delivery.
Date
2024-04
Authors
Journal Title
Journal ISSN
Volume Title
Publisher
Federal University of Technology, Owerri
Abstract
This study models 5D BIM drivers for efficient construction project delivery in Nasarawa State. This study was motivated by the need to deploy 5D BIM in construction projects for efficient project delivery. This study specifically evaluated the extent of deployment of 5D BIM on construction project, identified the drivers of 5D BIM on construction project delivery. The study is guarded by the technology acceptance model (TAM), lean theory and social network theory. This study adopted a survey mix of quantitative and qualitative research methods, while the census sampling technique was used in selecting a total of 71 population as the sample size, and 5 construction companies currently undertaking projects in Nasarawa state were consulted. The instrument for data collection and measurement consist of well structured questionnaire modeled in likert scale in addition to semi structured interview as well as personal observations used in eliciting information from the construction firms. The questionnaires were validated for reliability using the Crombach’s alpha test. The data collected were presented using descriptive statistical tools in the form of frequency, figure and charts, while the factor analysis and DEMATEL(decision making, trail and evaluation laboratory) analysis was used. The findings from the study indicated that there is a low level of deployment of 5D BIM and non utilization of the identified drivers for efficient construction project delivery. The factor analysis reduced the twenty two drivers into eight namely: procurement and supply management, real time monitoring, visualization enhancement, adoption of technology and innovation, change management, shorter project life cycle, early involvement of contractors and improved cost estimation. The eight drivers were subjected to cause and effect test where five drivers with low influence fell within the effect group and three drivers with higher influence fell within the cause group. This study’s recommendations include; to create awareness for professionals in construction company on 5D BIM, acceptance of digital modernization by construction companies, provisions of lecture and seminars by companies to educate professionals on the usage of 5D BIM on construction, provision of simple software applications and platforms for 5D BIM and inclusion of 5D BIM study in educational curriculum to allow for students to be conversant with 5D BIM in construction.
Description
A Master's thesis on 5D building information modeling drivers
Keywords
5D BIM, drivers, modeling, construction projects, construction industries, effective project delivery, Nasarawa State., Department of Project Management Technology
Citation
Muhammad, A. K. (2024). Modeling 5D building information modeling drivers for efficient construction project delivery. (Unpublished Master's Thesis).Federal University of Technology, Owerri, Nigeria