A Survey on the Status of Building Information Modeling’s (BIM) Adoption and Implementation in Public Sector Construction Projects in Nigeria (original) (raw)
Related papers
Assessment of Building Information Modeling (BIM) Knowledge in the Nigerian Construction Industry
Building Information Modeling (BIM) is an innovative approach that is gradually being implemented across the globe. BIM aids the visualization of what is to be built in a simulated environment in order to identify potential design, construction or operational problems of a facility. Despite established benefits that BIM offers, the adoption of BIM in the Nigerian Construction Industry has been relatively slow. A field survey was conducted with the use of 90 structured questionnaires; self administered via stratified random sampling of stakeholders within the Construction Industry in Kaduna State, Northwestern Nigeria; all structured to identify the respondents' level of awareness of BIM, and extent of usage of BIM. 43 questionnaires were properly filled and returned. With a response rate of 44.77%, the results were analyzed using the Percentile and Relative Index (RI) methods. As a contribution to knowledge, the paper has established that there is a low level of knowledge of Building Information Modeling (BIM) in the Nigerian Construction Industry which is associated to the low level of awareness and utilization amongst stakeholders. As such, the paper recommended the need for increased awareness and utilization of BIM via the participation of relevant professional bodies; the integration of BIM into the Academic curriculum; and for the Nigerian Government to facilitate the implementation of BIM in Infrastructure projects, in order to ensure adequate knowledge of BIM towards improving productivity and efficiency in the Nigerian Construction Industry.
BUILDING INFORMATION MODELING ADOPTION IN NIGERIA'S PUBLIC- PRIVATE PERTNARSHIP CONSTRUCTION PROJECT
Building Information Modeling (BIM) is the latest trend technological advancement which is playing a vital role in transforming the construction industry in terms of planning, design, construction and management. The issues identified in literature would contribute in accelerating the adoption of BIM in NGN construction industry, especially for designers and contractors. It is very important to interact with those in the construction industry, and investigate which factors form the basis is impacting the performance of construction industry. From the following dissertation it is observed that construction industry undergoes a great deal of risk by investing time and money in promotion of BIM, especially during times of economic recession. Advantages ofBIM as well as a lack of awareness of value added of BIM are identified. The problems associated with BIM interoperability as well as the degree of information leveraged from BIM are clearly understood. With the increase in governmental efforts to integrate BIM into the construction industry, the NGN will soon become a global leader in BIM.
An Analysis of Building Information Modeling (BIM) Usage in Nigerian Construction Industry
IRJET, 2022
The global construction industry is in rising demand for Building Information Modeling (BIM) components in new construction projects. Although there has been significant increase in industry-wide acceptance of BIM, and in spite of its benefits, it is still not a standard practice in Nigerian Construction Industry (NCI). This research aimed at exploring the use of BIM among architects in Nigeria. A survey that investigated BIM awareness and usage, BIM software used in projects, activities executed using BIM and barriers to BIM usage was distributed to architects practicing in NCI. Responses were collected using questionnaires and data analyzed through descriptive and statistical tests. The survey results indicated a low usage of BIM in construction projects despite architects showing fair awareness of BIM. The result also revealed BIM was mostly used for architectural detailed design, 3D visualization, architectural modelling, scheduling and construction documents coordination. Lack of clients demand, poor leadership and organization towards digital innovation and cost of training were the three top obstacles to BIM implementation. The research contributes to the existing body of knowledge by providing insight into BIM usage in Nigeria. It is expected that this knowledge could be useful for BIM implementation and tackle barriers to BIM adoption in the Nigerian construction industry.
STATE OF BUILDING INFORMATION MODELLING (BIM) ADOPTION IN NIGERIA
Construction Industry has had its biggest breakthrough since the development of Building Information Modelling (BIM). The industry has been changing over time; United States has been at the forefront of adoption and implementation of BIM while Australia, United Kingdom and some other developed nations are moving in full force concurrently. At the same time, developing countries are battling with BIM uptake. The BIM awareness and adoption in Nigerian Architecture Engineering and Construction (AEC) is significantly low; research to adopting this innovation has received very little attention. This piece of work (as part of preliminary investigation of a PhD work) is aimed at exploring the state of BIM within decision makers in Nigerian AEC. Semi-structured interviews were conducted with stakeholders in the industry (Contractor, Consultant and Clients); the transcribed interviews were analysed using qualitative content analysis. The information revealed that, the key players are generally not familiar with the term " Building Information Modelling " or " BIM " although mostly aware of some of its tools (i.e. AutoCAD, Revit etc.). Only a few uses some BIM tools at organisational level 'lonely BIM' and operating model based 'BIM stage 1.' Moreover, no legislative provision on BIM adopting or regulation. Nevertheless, the government is open for new concepts in promoting and advancing the industry only when they are convincing enough. Lack of experts on BIM is a major barrier to its adoption at all levels. Recommendations are made based on the findings based of the exploration for the industry to compete with its global counterpart.
International Journal of Engineering Science Technologies, 2022
The Indonesian government through the Minister of Public Works and Public Housing Regulation number 22/2018 has required the use of BIM in the construction of state buildings with criteria above 2000 square meters and over two floors. These regulations are binding on stakeholders such as owners, consultants, and contractors. This study aims to analyze how the influence of the application of Digital Building Information Modeling technology on the implementation of construction projects, which consists of the advantages of BIM adoption variables, factors related to BIM adoption, challenges, and obstacles, on the success factors of BIM-based projects. The research was conducted using quantitative methods, using data from questionnaires of 40 respondents from 14 construction companies in Indonesia. The data of the dependent variable and the independent variable were analyzed using multiple regression using statistical analysis SPSS 25.0 software. The conclusion from the results of data analysis, states that there are significant effects between the variables of the application of digital technology BIM (X) in the construction service industry on the critical success factors for BIM-based projects (Y) together. Partially, the variable excess of BIM adoption (X1) and the variables related to the adoption of BIM (X2) has positive and significant effects on the determinants of the success of BIM-based projects.
Building Information Modelling as a Construction Management Tool in Nigeria
WIT Transactions on the Built Environment, 2017
Building Information Modelling (BIM) is a process that enhances construction management. One of the major advantages of the BIM is its ability to develop a model that can be used from the initial design to construction and occupancy of the building. In view of this advantage, it can be regarded as a central aspect of construction management. However, in Nigeria, the utilization of BIM as a vital tool for construction management remains at the preliminary stage. Therefore, the purpose of this paper is to evaluate the effect of BIM as a tool for construction management in Nigeria and, through this, identify measures to improve or, otherwise, facilitate its use in the Nigerian building industry. To realize this, structured questionnaires were distributed to AEC firms selected through the simple random sampling method. Discussions were also conducted among peers and showed a number of barriers to the use of BIM, which include: lack of support from leadership in the offices, lack of comm...
Journal of Environmental Design 17 (2), 167-177, 2022
Building Information Modelling (BIM) has been invented as a solution that could address the many problems associated with the multidisciplinary nature of the construction industry. Moreover, BIM is also a disrupter of the traditional ways in which things have been done in the construction industry. Some in the construction industry are very adamant to embracing the positive change that BIM brings. As a result, BIM with all the benefits, is still subjected to minimal use in the industry. Using the construction industry in Lagos, this study investigates the aspects of BIM usage. The methodology involved the distribution of online surveys to professionals cutting across the industry. 252 responses were obtained using purposive sampling. The results show that the most significant aspects of BIM usage are at the pre-construction; construction stage; data gathering; idea generation; analysis; and project realization stages. The post-construction phase did not feature. This work recommends that more BIM experts should be trained to fill the skill gap through seminars and workshops for architects, quantity surveyors, builders, civil engineers, structural engineers, mechanical engineers, estate managers, urban and regional planners, geoinformatics and land surveyors in Nigeria. Since there is shortage of professionals with the knowledge of BIM and these professionals are trained within higher institutions before getting into the labour market, this study recommends that BIM be incorporated into the curriculum of AEC disciplines in higher institution.
Journal of construction in developing countries, 2023
This study was motivated by the need to deploy building information modeling (BIM) and its technologies to improve the realization of construction projects. Prior to the introduction of BIM, the construction industry was confronted with obstacles and was sluggish in adopting change. Until recently, existing BIM research has mostly focused on large enterprises, and there has been an apparent pattern of underrepresentation of medium-sized firms in BIMrelated studies. Thus, the purpose of this paper is to investigate the major hindrances to BIM's adoption in construction projects as well as the dynamics of these hindrances in a developing country like Nigeria, using the total interpretive structural modeling (TISM) approach. The TISM displayed an eleven-level hierarchy of hindrances made up of independent, dependent, and linkage categories. Based on the MICMAC analysis, "lack of skilled BIM personnel" had the highest driving and the lowest dependence (independent) power, thus indicating its importance in the adoption of BIM. The findings further showed that "lack of awareness of BIM" and "resistance to change" are critical for the adoption of BIM in construction projects. The drivers (dependents) for the ease of adoption of BIM by policymakers and practitioners within the built industry are thus defined in this study. This study contributes to the early studies of BIM adoption from a developing country's perspective.
SUMMARY This paper discusses the challenges of Building information modeling implementation in the Nigerian construction Industry. The need to innovatively integrate the construction process and address project development challenges has to do with the integration of building information modeling (BIM) in the building design and development cycles. However the adoption of BIM in the Nigerian construction Industry is not encouraging and its implementation is poor. Data were collated through a designed questionnaire by identifying the challenges affecting BIM implementation and the various approaches to overcoming BIM challenges in the Nigerian construction industry. Data were analyzed and ranked using Relative Importance Index (RII), simple percentages, pie charts and bar chart. Research findings indicate that lack of BIM education with an RII value of 0.79 and lack of information on BIM with an RII value of 0.76 are very significant challenges of BIM implementation in the Nigerian construction Industry. It also reveals that Increase research for BIM technology in Institutions of Higher learning with RII of 0.78, Conduct BIM skills development programmes with RII values of 0.76 are very significant approaches to overcoming the challenges of BIM implementation in Nigeria. The study suggests that BIM education should be a priority and information on BIM should be made available in the Nigerian construction industry.
Journal of Construction in Developing Countries, 2024
This study was motivated by the need to deploy building information modelling (BIM) and its technologies to improve the realisation of construction projects. Prior to the introduction of BIM, the construction industry was confronted with obstacles and was sluggish in adopting change. Until recently, existing BIM research has mostly focused on large enterprises and there has been an apparent pattern of underrepresentation of medium-sized firms in BIMrelated studies. Thus, the purpose of this article is to investigate the major hindrances to BIM's adoption in construction projects as well as the dynamics of these hindrances in a developing country like Nigeria, using the total interpretive structural modelling (TISM) approach. The TISM displayed an 11-level hierarchy of hindrances made up of independent, dependent and linkage categories. Based on the Matrice d'Impacts Croises Multiplication Appliqué a Classement (MICMAC) analysis, "Lack of skilled BIM personnel" had the highest driving and the lowest dependence (independent) power, thus indicating its importance in the adoption of BIM. The findings further showed that "Lack of awareness of BIM" and "Resistance to change" are critical for the adoption of BIM in construction projects. The drivers (dependents) for the ease of adoption of BIM by policymakers and practitioners within the built industry are thus defined in this study. This study contributes to the early studies of BIM adoption from a developing country's perspective.