Benefits of building information modeling (BIM) for construction projects success in Pakistan.

Building Information Modeling is an innovative technology coupled with process and human interactions. BIM has been used by the Architecture, Engineering, and Construction (AEC) industry in developed and developing countries including Malaysia. This paper aims to explore the BIM implementation in Malaysian Construction Industry. This paper begins with a literature review and then reports on the findings of case studies of selected Malaysian construction organizations, carried out with the aim to explore on existing BIM implementation establishing on the BIM applications, BIM benefits, and BIM future challenges. The review highlights on several BIM benefits regarding financial, better information, communication and coordination, respond to complexity, improved visual, improved sustainability, improved safety and also create service’s or business’s opportunities. Case study findings indicate that the BIM implementation in projects are still limited and requires more efforts to be made if the construction industry wants to gain BIM benefits. The results also indicate that although BIM implementation is considered low in the Malaysian construction industry, the participants are in a consensus of the benefits from BIM implementation, similar to those found in the literature. These benefits agreed by the participants that BIM implementation is a positive way to enhance the task efficiency in project delivery and also contribute to the higher visibility of the project, together with time and cost optimization. Furthermore, in the meantime, the organization that has the knowledge and skills in implementing BIM could benefit the opportunity in getting the new job or projects as well as being hired as the service provider in the construction industry. Nevertheless, implementing BIM is not without challenges. The data analysis had identified several challenges in regards to the implementation of BIM, which are non-technical (human and organizational culture) challenges and technical (technology) challenges. Thus, based on many future challenges for BIM, the Malaysian government and construction industry players need to collaborate and play their roles in supporting BIM development in Malaysia.

Building Information Modelling (BIM) implementation is a dynamic process and there are a number of influential variables that may change throughout. There is little research on the dynamics of the change environment and the AEC organizations’ approaches to BIM adoption and implementation. A considerable number of BIM enablers have been identified and/or developed in the extant literature. However, stipulating BIM implementation enablers per se provides only a static view that is not adequate for describing effective management of BIM implementation in Architectural, Engineering, and Construction (AEC) organizations. This study is the second part of an ongoing research about BIM implementation enablers. In the first paper “Building Information Modelling (BIM) adoption and implementation enablers in AEC firms: a systematic literature review” (Abbasnejad et al., 2020) the organizational BIM enablers have been identified. The aim of this second paper is to (1) further review and validate the key BIM implementation enablers using both the existing literature and expert interviews, and (2) develop a structural model of the key enablers using the ISM technique to understand the mutual interaction of these enablers and identify the driving enablers and the dependent enablers. Twenty-eight enablers for BIM implementation were initially identified from the literature and subsequent discussion with experts from academia and industry has been conducted to select most key BIM implementation enablers. Eleven enablers were finally chosen based on the literature review and expert interviews and the Interpretive Structural Modeling (ISM) technique has been adopted to evaluate the contextual interrelationships among them. MICMAC (Matrix Impacts Cross-reference Multiplication Applied to a Classification) analysis was employed to classify the eleven enablers based on their dependence and driving power. The results indicate that there is no enabler in the autonomous cluster and this therefore signifies that all enablers are required for the implementation of BIM. BIM leadership and top management support have been identified as the enablers with the highest driving power in the initial stages of the BIM adoption and implementation process and for that reason, these enablers demand a greater priority given that there are other dependent enablers that will be impacted.

Background: Implementation of Building Information Modelling (BIM) has proven to deliver major performance improvements in Program efficiency, design quality, constructability, waste reduction, environmental performance, and capital & operational cost management of built environment projects. Yet BIM implementation in low BIM maturity markets, such as the UAE, is limited to technology applications which fail to deliver the full potential of BIM benefits to client originations. Objective: The purpose of this paper is to investigate BIM implementation from a client’s perspective and to present a case study that exhibits a level 2 BIM implementation process in a traditional procurement environment. Methods: The study has used a case study approach combined with a literature review. A critical appraisal of relevant literature is presented to highlight key issues hindering BIM implementation for client organizations, especially in developing BIM markets, such as the UAE. The research is collected using an action research approach within a case study, including project document audit, participation in project collaboration meetings and extensive communication with the project stakeholders. The case study is presented in a practice-oriented research format describing the project details, procurement approach, BIM development & management process and benefits achieved for the project client. Results: The paper presents a structured approach to strategically introduce BIM within a low BIM maturity market, creating partnering relationships, empower the supply chain partners and achieving significant BIM benefits with minimum disruption to existing work practices. The paper highlights that although BIM requires a step-change in the work practices of the construction industry, yet it is possible to successfully implement BIM with traditional procurement settings, which may be a critical feature in a certain market or a client requirement. Conclusion: There is a need for case study based, practice-oriented research work within the domain of BIM implementation. Construction clients in low maturity BIM markets are concerned about the perceived benefits of BIM and its practical implementation within existing business practices, which is addressed in this paper. Overall, the findings of this study are useful for construction industry clients and academia in redefining the existing work practices to incorporate BIM-enabled processes and applications.

Purpose The main purpose of this study is to reveal the degree of association between lean, building information modeling (BIM) and construction project success. The study further intends to provide strategies for high and low associations of the factors. Design/methodology/approach Lean construction and BIM are two important applications that have recently gained popularity in terms of enhancing project success. Considering this impact, this study investigates the synergy between lean construction and BIM and determines to what extent these two contribute to the success of the projects. As a first step, lean, BIM and project success were examined based on an in-depth literature review. In the second stage, a structural equation model (SEM) was established to reflect the relationship among these three through hypotheses. Then, a questionnaire was designed and administered to the construction professionals experienced in both lean and BIM implementation. The SEM was tested using Analysis of Moment Structures (AMOS), an SPSS tool. Findings The results indicated that lean implementation has a significant and positive impact on BIM implementation and project success. On the other hand, BIM implementation had a lower significant impact on project success than lean implementation construct. Research limitations/implications The results of this study can be used by both policymakers and industry practitioners in terms of developing strategies for effectively using both lean and BIM. The researchers can further develop other implementation models to investigate whether these concepts are more effective in increasing project success when used integratively. Originality/value This study considers both the impact of lean and BIM on project success through input from construction practitioners working on large projects. This way, the study fosters the use of lean, BIM or lean–BIM together in construction projects to enhance project success.

Building Information Modeling (BIM) with other associated Information Technologies(IT) is reshaping the construction industry worldwide, and is viewed as a systematic solution targeting at the industry’s nature as traditional, fragmented, document-centric and dangerous. In general, the industry is receptive to the change and becoming more Occupational Health and Safety (OHS) conscious, but the adoption of such implementation lags far behind. There have been a number of technology oriented studies aimed at inventing some BIM software functional modules to facilitate the construction safety management, but the philosophy behind that type of studies remains questionable –the applicability of those inventions for the safety management practice, the acceptability of those functional modules by the industrial practitioners, the non-holistic view on the construction safety management, as well as the equivalence of obeying the safety regulations and the safety performance on site. Essentially, the implementation of BIM is a certain Information System (IS) implementation in an industrial discipline, but BIM implementation is always treated as a static, objective and mechanical phenomenon, and the industrial practitioner’s participation during the implementation course have been subsequently not attained enough attention. Therefore, it is justifiable to take a view of management and/or process change on BIM adoption and implementation issues. In this perspective, how to integrate BIM into the construction safety management technologically, organizationally and institutionally becomes the problem for the Hong Kong construction industry, in which context the research is conducted.
\nDriven by the aim of this study – to understand the mechanism for the adoption and implementation of Building Information Modeling (BIM) and other associated Information Technologies (IT) for the construction safety management in Hong Kong–the qualitative method approach is adopted. More specifically, the narrative approach as the strategy of inquiry is formulated given the consideration of the available time and resource for the study. In so doing, the researcher, himself as the most important research instrument, conducts ten open-ended face-to-face interviews with the industrial practitioners as the first-hand data, and a number of in-depth literature studies on the construction safety management in Hong Kong as the second-hand data. To characterize the qualitative study paradigm, all the procedures from drafting the interview questions to validating the research findings occur in an iterative and inductive manner, and a Computer Assisted Qualitative Data AnalysiS(CAQDAS) program, the QSR NVivo 10 is also employed to smooth the data analysis process.
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\nAssisted by the program –the Word Frequency Query and the detailed coding analysis –the comparison of the results between the partial and the whole interview texts is made to confirm the sample size of the ten interviews has reached the theoretical saturation. Based on this point, all the sub-categories and child-codes under three top parent categories –Attitudes towards BIM in Hong Kong, BIM Acceptance by the Industry, and BIM and Construction Safety –are grouped into visual models for illustration. By comparing and contrasting with the existing knowledge, the research findings are further validated in terms of how to promote BIM implementation for construction safety management in Hong Kong. Beyond those in line with the previous literatures, the machine readable data format for the construction safety management needs to be further explored on its content and the quantification method. Whereas, how BIM implementation will promote the frank auditing as well as the relational contracting approaches are also worth further studied.
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\nBy examining the current contextual situations and through narrative inquiry on BIM implementation for construction safety management in Hong Kong, this study provides understandings, which are elaborated in a trajectory of the sociology of technology, on the implementation of a specific information technology BIM for construction safety management in the Hong Kong construction industry. The research also comes to an open conclusion ready to integrate any continuous emerging evidence, for both the expectation of the qualitative research and the nature of the issue to be addressed –BIM implementation as an emerging phenomenon. The thesis finally presents its recommendations for BIM implementation for the construction safety management in Hong Kong for administrators, policy makers and other decision makers.

Building Information Modeling (BIM) content has become the most advanced approach to integrating information in infrastructure projects. There is a clear trend of BIM expansion worldwide, but Bosnia and Herzegovina (B&H) is lagging behind as there are still no BIM projects done. Industry reports forecast that the wider adoption of BIM will unlock 15–25% savings to the global infrastructure market by 2025. The benefits of BIM are many and mostly refer to improved collaboration within stakeholders, reduced costs for companies as well as reduced repetitive and time-consuming procedures. This paper brings out the results of the BIM awareness survey conducted in B&H, including the ranking of expected advantages for B&H construction industry from implementation of BIM. Apparently, there are many challenges ahead Governments, construction industry and academy in the country. Therefore, this paper also draft outlines of roadmap for the BIM implementation at the national level.

Over the course of the last twenty years, building information modeling (BIM) has emerged as a firmly established construction methodology integrating fundamental principles. The implementation of BIM methodologies possesses the capability to augment the attainment of quality, cost, and schedule objectives in construction endeavors. Notwithstanding the widespread adoption of BIM in the construction sector, the execution of BIM-related tasks frequently suffers from the absence of established methodologies. The objective of this study was to create a BIM application model through an examination of the correlation between BIM integration and the achievement of overall project success (OPS) in construction endeavors. In order to develop the BIM application model, feedback was solicited from a cohort of fourteen industry experts who assessed a range of BIM activities in light of prior research. The data that were gathered underwent exploratory factor analysis (EFA) in order to authenticate the results acquired from the expert interviews. Furthermore, construction professionals participated in structured surveys in order to evaluate the importance of said BIM practices. This study utilized partial least squares–structural equation modeling (PLS-SEM) to ascertain and authenticate the underlying framework and correlations between BIM implementation and OPS. The findings indicate a moderate correlation between the implementation of BIM and the success of a project wherein BIM is responsible for approximately 52% of the project’s overall success. To optimize project outcomes, it is recommended that construction companies prioritize the implementation of BIM practices. This study highlights the correlation between the utilization of BIM and favorable project results, emphasizing the necessity for the construction sector to adopt BIM as a revolutionary instrument to attain enhanced project achievements.

The construction industry, characterized by complexity and multidisciplinary interdependence, has increasingly adopted Building Information Modeling (BIM) to enhance efficiency and coordination. Despite its global recognition, BIM's implementation during the early planning phase of high-rise building projects in Indonesia remains limited. This study aims to explore how early-stage BIM adoption impacts project performance, particularly in terms of design coordination, time efficiency, and cost estimation. Employing a qualitative research methodology, this paper conducts a systematic literature review drawing on peer-reviewed sources from 2020–2025. The PRISMA framework guided data identification, screening, and inclusion, ensuring methodological rigor. Thematic analysis was used to categorize findings into key themes such as BIM benefits, implementation challenges, and adoption strategies. The results show that early BIM implementation significantly enhances design coordination (85%), improves clash detection (80%), and increases cost estimation accuracy (78%). Additional benefits include schedule optimization and material waste reduction. Case studies from international projects—like the Suzhou Zhongnan Center and projects by Turner International—demonstrate that BIM integration at early planning stages helps mitigate design conflicts, streamline interdisciplinary workflows, and support informed decision-making. However, challenges in the Indonesian context include high initial costs, lack of trained professionals, minimal client demand, and cultural resistance. Strategic solutions proposed include tiered training, regulatory incentives, adoption of Common Data Environments (CDE), and national digital roadmaps. These findings underscore the urgent need for institutional and professional transformation to fully leverage BIM’s potential in Indonesia’s high-rise construction sector.

Building Information Modeling is an innovative technology coupled with process and human interactions.BIM has been used by the Architecture, Engineering, and Construction (AEC) industry in developed and developing countries including Malaysia.The reason for having BIM in practice triggered by the Director of Public Works Department (PWD) in 2009; who urged construction companies to adopt ICT to enhance productivity and efficiency. This paper aims to explore the BIM implementation in Malaysian Construction Industry. A literature review was carried out to explore on existing BIM implementation that includes definitions, BIM applications, BIM benefits and BIM future challenges.The data collected from various sources such as books, journal articles, conference papers and material available on the Internet, which related to BIM. The review highlights on several BIM benefits regarding financial, better information, communication and coordination, respond to complexity, improved visual, improved sustainability, improved safety and also create service’s or business’s opportunities.Nevertheless, implementing BIM is not without challenges although it gains attention from many countries. Some issues regarding culture, technology, process and policy for the construction stakeholders, organizations and policymaker have been raised to take up the challenges for effective BIM implementation.

The Impact of BIM on Risk Management as an Argument for its Implementation in a Construction Company

Construction delay is one of the cost-related issues in the construction industry. Introducing Building Information Modelling (BIM) aided in the cost management of the construction project through early clash detection. Thus, BIM reduces the chances of construction delay and becomes a significant solution for cost issues in the construction industry. Therefore, this paper focuses on the cost management between the BIM and the non-BIM construction projects in Malaysia. The objectives of this paper are: (i) to study the issues of cost management and (ii) to analyse and compare the cost management between the BIM and non-BIM projects in the Malaysian construction industry. A qualitative method was adopted in this study. A semi-structured interview was conducted among the Grade 6 and 7 contractors involved in both BIM and non-BIM projects in Kuala Lumpur and Johor Bahru. The result revealed that the main cost-related issue the construction industry faces is the project's delay. With the implementation of the BIM, it contributes to the reduction of the actual cost by 10% - 30%. However, the implementation of BIM in Malaysia's construction industry is still in the infant stage, and it requires collaboration from the government sector to boost BIM implementation.

<p><b>The construction industry is often referred to as being ‘unproductive’, where studies by both BRANZ and MBIE highlight the importance for the industry to adopt new technologies (Building information modelling ((BIM)) to help improve productivity levels. Although BIM implementation can increase productivity levels (through adoption of collaborative work processes), its Implementation is being negatively influenced by restrictive contractual frameworks (referred to as procurement), where projects are being delivered misaligned to the promised deliverable’s.</b></p> <p>The aim of this thesis was therefore to investigate the fragmentation that procurement selection can have on projects implementing BIM (with a primary focus on the New Zealand construction industry). To begin this investigation, literature was investigated where it was found that traditional procurement methods such as design bid build (DBB) and design build (DB) were ‘inadequate forms of procurement for projects implementing BIM processes’ due to their ‘fragmented nature, where all stages of the development of the building (design, construction, and operation) were not well integrated’ (the stages were separated). Due to this separation between project stages the collaboration and sharing of information (the basis of BIM) between consultants and contractors is reduced, ultimately impacting the success BIM can have within a project.</p> <p>Further within the literature review, new forms of innovative procurement were identified, where these new methods have the ability to better support projects implementing BIM due to the basis of the contract being formed on collaborative work processes. With this information sourced on the various procurement methods, an exploratory sequential methodology was developed to explore the selection of procurement within BIM projects’, as well as the success of these projects’ (where success was measured as projects meeting the triple constraint). This information was gathered within a questionnaire, and a case study, where the intent of this two step methodology was to validate questionnaire findings, whilst allowing for a more comprehensive understanding as to why these results were occurring.</p> <p>Results from the questionnaire found that 93% of projects’ were procured via traditional procurement methods, with DBB being the most common method within New Zealand, with a 61% implementation rate. Of all the data collected on projects’ within the questionnaire It was also identified that only 1 project within New Zealand (implementing an innovative procurement method) met all three aspects of the triple constraint. Although the projects’ procured through innovative methods were identified as being the most successful, key findings within this thesis was that innovative procurement methods are not appropriate on all projects within New Zealand, with this due to the small construction project size, and the cost required to set a project up through these methods being unable to be justified.</p> <p>Discussions with industry professionals identified that a redevelopment of traditional procurement methods is required, to allow the methods to support digital processes, and collaboration amongst the design team, with there also being the need for an independent BIM procurement specialist. The role of this specialist would see them work along side the client, to ensure that BIM was effectively procured within the project in question. An education piece is also required to be undertaken, focusing on the client. This is due to the client being the primary selector of the procurement strategy and method, and it believed that clients do not have a sufficient understanding of the influence that this selection can have on project successes.</p>

The value of Building Information Modelling (BIM) has been noted by the global construction industry, and several countries are facilitating BIM through national strategies and initiatives. However, the South African Construction Industry (SACI) lacks widespread and effective BIM implementation. Therefore, this study presents a proposal to facilitate BIM implementation across the industry. A qualitative, exploratory methodology was followed involving semi-structured interviews with nine BIM experts. The interviews were analysed using thematic analysis. An understanding was gained of the challenges associated with BIM implementation across the construction industry. Possible solutions were found in terms of initiatives and strategies to facilitate and promote BIM implementation locally. Key role-players responsible for facilitating BIM implementation in the SACI were identified. Finally, a proposal is made to facilitate BIM implementation across the local industry, which comprises three key concepts, namely leadership, strategy, and roles and responsibilities. This research contributes to BIM adoption and implementation in the SACI and can be used for future research on national BIM implementation strategies.

Over the years, in construction industry, BIM (building information modelling) is one of the most mentioned topics with the main question: “Do we need it?” The answer should be commonly known, like with every solution that modernizes the profession and society. BIM in linear construction projects (transportation facilities and structures, sewage/water supply) and landscape design are still “one step behind” with already accepted “BIM implementation” in AEC (Architecture, Engineering and Construction) industry and MEP (Mechanical, electrical, and plumbing) industry. With more than 10 years of experience KAP4 company is one of the leading brands in BIM – Croatia. Along with our knowledge, courage, and motivation, we successfully realized multitude projects in Croatia and Europe, mostly in AEC industry but also in linear construction projects. Through our biggest project in linear construction industry “ROUTE 6 PRISHTINE – HANI I ELEZIT” (Sections 2&3), on real life project we will show advantages of BIM implementation in road structures design (bridges, overpasses, underpasses, etc.), but also in survey data, road design and earthwork optimizations, along with challenges in process (changes in design, no BIM environment, etc.) and later BIM impact on our Client and associate designers on route. With dozens of BIM road/structure models on route we will demonstrate output results with drawings/documents full of information, improved graphic outputs, document and team design collaboration, process of design, associate designers’ collaboration and facilitating the client to follow the whole process and documentation. Hopefully, and answer to first question, do we need it.

Recently, Building Information Modeling (BIM) technology has attracted much attention in the Architecture, Engineering, and Construction (AEC) industry. Despite the growing interest in BIM technology, the benefits of BIM have not yet been fully realized during the course of implementation of BIM because of its low adoption rate among architects. Therefore, it is significant important in successful adoption of BIM in design organizations, understanding of the factors influencing the adoption of BIM. The aim of this study is to empirically examine the individual, organizational, social, and technical factors affecting architects’ adoption of BIM. The 162 architects with experience using BIM tools at three major design firms in South Korea were selected to participate in the face-to-face survey. This study extends the Technology Acceptance Model (TAM) by incorporating constructs such as computer self-efficacy from the individual domain, top management support and technical support from the organizational domain, subjective norm from the social domain and compatibility from the technical domain. The results strongly support the extended TAM in predicting the intention of users to adopt BIM. It also demonstrates the significant effect of computer self-efficacy, top management support, subjective norm, and compatibility on behavioral intention through perceived ease of use and perceived usefulness. This study provides academics and practitioners with the understanding of factors leading to the successful implementation of BIM in design organizations. It also provides insight into the role management plays in the adoption of BIM among architects in the AEC industry.