Annotated Bibliography on Building Information Model

Bryde, D., Broquetas, M., and Volm, J. M. (2013). The project benefits of Building Information Modelling (BIM). International Journal of Project Management, 31(1), 56-63.

The authors of this article are accomplished researchers at various institutions of higher learning. The scholars did a research to find out benefits associated with BIM implementation. The research was based on data collected from secondary sources obtained from 35 projects in the construction industry. These projects used BIM technology in the construction process. The research also explored the degree to which BIM technological utilization resulted in benefits on the construction project cross-section. In this research study, project success criteria set were generated. Thereafter, the researchers used content analysis methodology to establish the level to which each construction project met the criterion. The research findings indicated that adoption of BIM resulted in cost reduction, project life cycle control, and time savings. Thus, this article is relevant to the research as it outlines benefits of BIM. In addition, the article arouses interest for further research on how best countries can adopt this technology so as to enjoy all the benefits associated with it.

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Chi, H., Wang, X., & Jiao, Y. (2015). BIM-Enabled Structural Design: Impacts and Future Developments in Structural Modelling, Analysis and Optimisation Processes. Archives of Computational Methods in Engineering, 22(1), 135.

Chi and Wang are researchers at Curtin University and Kyung Hee University respectively while Jiao works at BIM Research Institute in China. The research focused on identification of future trends as well as impacts of structural design practice in the incorporation of BIM technology. The scholars noted that BIM technology is a novel scheme that deals with information management in structural design processes. The authors of this article noted that utilization of BIM technology as a tool for reshaping structural design is gaining prominence in both industrial and academic circles. The research revealed that BIM technology facilitates a structural design that includes interactive visualization platform, system modeling processes, and data exchange interfaces. The research also identified how the implementation and adoption of BIM affects stakeholders in the construction sector. Finally, the scholars proposed how a structural design that is BIM-enable will be in the near future. Therefore, the article is useful as it gives an insight of the future outlook of the structural design, thus forming a basis of the research.

Gerrish, T., Cook, M., & Ruikar, K. (2016). BIM for the management of building services information during building design and use. Science & Technology for the Built Environment, 22(3), 249-251.

The authors of this article are researchers at the Loughborough University in the UK. The main objective of the research was to find out how building services information management uses BIM technology during the use and the design of buildings. Secondary sources of information formed the main research tool for this study. The findings revealed that information usage across platforms requires interoperability of pieces of information between operating systems and the design. The researcher further noted that BIM implementation avails more opportunities in terms of availability of extensive information and dataset for optimization of the performance of a building. In addition, the authors of this article assert BIM technology has changed procedures as well as the methods used to manage information. The scholars acknowledge the fact that implementation of BIM is still not prevalent among developing countries. This research article arouses interest for further research to establish the reason why most third world countries have not yet embraced BIM technology.

Ismail, N. A. A., Chiozzi, M., & Drogemuller, R. (2017, November). An overview of BIM uptake in Asian developing countries. In AIP Conference Proceedings (Vol. 1903, No. 1, p. 080008).

The three authors work as scholars at various universities in Malaysia and Australia. The researchers aimed at reviewing the uptake of BIM technology in developing Asian countries as well as the rate at which these countries implement BIM technology. The researchers observed that BIM technology has become a hotcake within construction industries of various countries. Further, the findings revealed that BIM technology helps in averting construction problems such as miscommunications, delays, and reworks, thus making the construction process a success. However, the researchers pinpoint that the technology has not reached an advanced stage in developing countries. It was noted that there are challenges that inhibit implementation of this technology in third world countries. The authors of this article went further to give recommendations that will help avert the problem of low-level adoption of BIM technology. Finally, the scholars provided insights related to the evolution and adoption of BIM technology in these world countries, the barriers that exist in BIM usage and advancement, and the future prospects of the technology. For this reason, it is prudent to note that this article is useful in the research since it gives a detailed explanation that answers the research question that will aid the research.

Lee, N., Salama, T., & Wang, G. (2014), Building Information Modeling for Quality Management in Infrastructure Construction Projects. Computing in Civil and Building Engineering, 2(5), 65-72.

All the authors of this article are professors in Construction and Management Departments at Central Connecticut University. The aim of the research was to establish how BIM enhances quality management in manufacturing and construction projects. The authors acknowledged the fact that in recent times, there has been a steady rise of BIM implementation in most countries. The researchers noted that BIM adoption had numerous advantages to the construction industry. For instance, they point out that incorporation of BIM technology resulted in improved return on investment. Other than the benefits of BIM, the research study also focused on obstacles and issues related to BIM implementation in third world countries. It is important to note that the study focused on vertical projects. Therefore, more research needs to be done to promote BIM for horizontal construction projects. This project thus arouses interest for further research in BIM technology in horizontal projects as well as how best to avert implementation challenges of BIM technology.

Li, J., Hou, L., Wang, X., Wang, J., Guo, J., Zhang, S., & Jiao, Y. (2014). A project-based quantification of BIM benefits. International Journal of Advanced Robotic Systems, 9(3), 67-78.

The authors of this article are researchers and academicians at various institutions of higher learning in Asia. The scholars used an approach that is case study oriented to carry out research. The researchers noted that numerous research studies are undertaken in the construction industry to determine feasible technologies and methods that can be used to cut project wastes and costs. The authors acknowledge the fact that BIM technology is a promising method that aims at achieving cost and waste reduction. In this research, the writers note that a huge gap still exists as far as productivity is concerned. The construction stakeholders lack first-hand data to prove the effect that BIM technology will have in the construction industry. For this reason, the stakeholders fear to take the risk of adopting BIM technology. It is also important to note that the researchers sought to compare the benefits of BIM and non-BIM technologies. The authors noted that BIM technology had an upper hand in solving construction problems such as budget overspending, resource controls, and so on. Thus, this article forms an integral part of the research that is to be conducted on BIM.

Li, J., Wang, Y., Wang, X., Luo, H., Kang, S., Wang, J., & ... Jiao, Y. (2014). Benefits of Building Information Modeling in the Project Lifecycle: Construction Projects in Asia. International Journal of Advanced Robotic Systems. 12(3), 126-137.

The writers of this article are computer scientists, civil engineers, researchers, and designers. The researchers of this article based their research on the BIM technology. The researchers noted that this technology enables integration of information regarding building lifecycle. Thus, it finds application in architectural, construction, and engineering industries. In particular, the authors pinpointed 4D computer-aided design as the leading technological advancement aimed at improving the planning process of the construction industry. Furthermore, the researchers observed an increasing trend of the application of BIM technology in every lifecycle of a construction project. It is prudent to note that the researchers of this article compared and contrasted the application of BIM technology across a diverse background. The research concluded that the productivity of the construction sector improved when BIM technology was used as it enables integration and sharing of pieces of information regarding the construction process. In addition, this technology enables convenient collaboration among the stakeholders in the construction industry. It is therefore imperative to note that this paper provides insights regarding the benefits of the BIM technology, thus it is helpful in conducting the research on BIM technology in third world countries.

Marzouk, M., Abdelkader, E. M., El-zayat, M., and Aboushady, A. (2017). Assessing Environmental Impact Indicators in Road Construction Projects in Developing Countries. Sustainability, 9(5), 843.

The authors of this article are renowned researchers at engineering department of Cairo University. The research was tailored towards assessing the indicators of the environmental impact in projects related to road construction in third world countries. The research methodology was a case study approach that was aimed at demonstrating the BIM technology applicability in road construction projects. The research findings indicated that environmental pollution is one of the chief problems in the construction sector. The construction projects release high amounts of pollutant gases and particles which affect flora and fauna. The indicators of environmental impact include eutrophication potential, human health particulate, smog, a greenhouse gas, and ozone depletion. The authors found out that BIM technology is essential in assessing the environmental impact of road projects in the construction sector. The model is applied in the overall road construction project lifecycle. The researchers conducted that adopting BIM technology in road construction projects is vital in eliminating or reducing environmental pollution on roads. Therefore, this article triggers future researchers into finding out the modalities involved eliminating environmental pollution using BIM technology.

Memon, A. H., Rahman, I. A., & Harman, N. M. E. (2014). Implementation of building information modeling in Malaysian construction industry. In AIP Conference Proceedings (Vol. 1621, No. 1, pp. 343-349). AIP.

All the three authors of this article are scholars at Tun Hussein Onn University in Malaysia. This study aimed at assessing the level at which BIM technology is implemented in Malaysian Construction Industry. The study methodology that was used to conduct this research was the use of questionnaire survey. The researchers distributed 150 questionnaires among clients, contractors, and consultants. Out of these forms, 95 were completely filled. The study investigated computer s...