BIM Implementation Research Articles

BIM Implementation in Post-War Reconstruction of Ukraine

BIM Implementation in Post-War Reconstruction of Ukraine

A hybrid conceptual procurement framework for BIM uptake to enhance buildings' sustainability performance in the Jordanian public sector

PurposeA large portion of the public building projects in Jordan suffers from sustainability performance issues. Therefore, this research aims to develop a hybrid procurement framework to enhance the implementation of BIM in the Jordanian public sector for better sustainable building performance. This study also aims to identify the influence of procurement factors on BIM adoption and usage in the public sector in Jordan and to provide a holistic picture of recent research on technology acceptance and adoption in the construction industry.Design/methodology/approachA qualitative approach was adopted using semi-structured interviews with key stakeholders (n = 12) in Jordan to explore procurement routes issues facing the adoption of BIM and to find proposed measures. Then, the findings of the interviews analysis using conventional content analysis and literature review were used based on a problem-solving approach to develop a hybrid conceptual procurement framework for BIM uptake to enhance the sustainability of building performance. Subsequently, semi-structured interviews were conducted to validate and refine the proposed conceptual procurement framework.FindingsIt was revealed that the deployment of unfavourable construction procurement approaches represents a major hurdle towards BIM implementation. Though essential for enhancing BIM implementation, it is revealed that a fundamental change from the common Design bid build (DBB) to more collaborative procurement approaches remains infeasible in view of the realities that govern the construction industry. Moreover, this study has found the key procurement approach challenges for effective BIM implementation.Research limitations/implicationsResearch is limited to the public sector in Jordan and further qualitative and quantitative testing of the conceptual procurement framework is needed to adjust the framework before large-scale testing.Originality/valueThe developed conceptual procurement framework is the first of its kind and draws a set of procurement approach remedies for the Jordanian public sector to foster the implementation of BIM.

IMPLEMENTAÇÃO DA METODOLOGIA BIM EM ESCRITÓRIO DE PEQUENO PORTE DE ENGENHARIA CIVIL EM JARU/RO

The BIM methodology has been implemented globally in the construction sector, becoming an essential tool for professionals due to its efficiency, quality and savings it provides in the project development and management process. Although its application on the international scene has been occurring for years, Brazil faces some challenges in fully implementing this system, which results in inefficiencies in projects, rework at construction sites, longer completion times and high costs. The use of BIM involves making several project stages compatible, with precise detailing and checking construction interferences, thus facilitating the execution of the work and increasing the client's reliability through efficiency and transparency. Therefore, this work consists of analyzing the BIM implementation process, identifying motivating factors, difficulties and changes in project practices. As a parameter for analyzing the objectives, the methodology was based on a case study together with an engineering office working mainly in public projects. With this, it was observed that understanding BIM and continuous training are crucial for efficiency and competitiveness in the market, highlighting the importance of cultural transformation within companies for the successful adoption of this methodology.

Problematic issues emerging during BIM implementation process in construction organizations

PurposeBuilding information modeling (BIM) is a popular technology in modern construction, but its implementation faces numerous difficulties, which are known as problematic issues of BIM implementation (PIBIs). This study aims to identify and analyze PIBIs based on the perceptions of practitioners in Vietnamese BIM-implemented construction contractors and similar BIM adoption-level countries.Design/methodology/approachThe research is conducted in three stages. After a comprehensive literature review, PIBIs are identified and ranked based on the Delphi method and questionnaire survey. Next, interpretive structural modeling (ISM) is used to provide a hierarchy of system PIBIs. Finally, the driving and dependence power of PIBIs are determined using Fuzzy-Matrice d'Impacts Croisés-Multiplication Appliquée à un Classement (MICMAC) analysis.FindingsThis study evaluates 32 PIBIs for small and medium contractors (SMCs) and 28 PIBIs for large contractors (LCs) in Vietnam. This study also develops a systematic framework for contextual relationships and analyzes the relationships among PIBIs using ISM-Fuzzy MICMAC analysis. The results show that different standards or techniques, modeling software limitations and information management significantly impacted LCs, while a lack of senior leadership support and incompatible software affected SMCs, causing other PIBIs.Originality/valueThis study is among the first attempts to investigate the problematic issues emerging during the BIM implementation process at the organizational level in Vietnam as well as other developing countries. The study results could be considered valuable references for BIM practitioners. Furthermore, this knowledge can enable contractors to avoid problems while adopting BIM, thereby increasing their ability to implement BIM successfully and using critical resources more efficiently.

Investigating Optimism about and Impediments to BIM Implementation in Construction Safety Management: Asian Perspectives

Investigating Optimism about and Impediments to BIM Implementation in Construction Safety Management: Asian Perspectives

The organizational mechanism of new technology implementation: an empirical study in the Chinese construction industry

ABSTRACT In the past decade or so, an increasing number of construction organizations have shifted from traditional CAD to BIM, which requires organizations to make corresponding changes and can be seen as a progressive organizational change. However, existing research knows little about the organizational management mechanisms for BIM implementation. From the perspective of organizational change, considering the role of transformational leadership and organizational unlearning, this study constructs a framework to explore the organizational mechanism of BIM implementation. Based on empirical analysis of 124 samples from mainland China, it was found that transformational leadership contributes to the improvement of an organization’s BIM implementation level and the pathway is mainly achieved through organizational unlearning. This study contributes to the construction industry’s organizational change and new technology implementation by inferring and validating the positive roles of transformational leadership and organizational unlearning in promoting BIM implementation. Research findings can also provide helpful guidance for industry participants to implement BIM within organizations successfully.

A hybrid modelling approach for information processing workflow in inter-cultural heritage projects

PurposeBuilding Information Modelling in building processes brings significant efficiency gains. However, its use in restoration projects is still experimental. On the other hand, more than traditional methods are needed for communication, collaboration, and shared understanding. Hence, the main research question is how to enhance these aspects in multinational projects with information transparency challenges and the need for shared understanding among stakeholders. This research aims to develop and propose a hybrid modelling approach that integrates traditional and BIM-based information process workflows through testing and evaluating to what extent BIM can be used in restoration projects without excessive efforts.Design/methodology/approachConsidering this aim, the case study, the Mahmud Pasha Hammam as the heritage building, a 15th-century structure located in Serbia, was studied with the action research strategy to enable action-based learning by doing. Alongside the 2D documentation as the traditional method for the existing structure, restoration design proposals were also produced for the new additions to the heritage structure with BIM.FindingsA new BIM use scenario was experimented with and proposed, proving BIM implementation's potential impact on heritage restoration projects. A hybrid model was developed that meets the requirements of existing regulations and specifications, where restoration proposals were visualized quickly, quantity take-off was produced, and technical drawings were generated instantly.Originality/valueThis hybrid modelling workflow integrates HBIM with traditional methods in restoration projects to improve communication, efficiency, and collaboration in a real-time professional project.

5D BIM Implementation to Overcome Cost Management Issues in Upstream Oil and Gas Projects in Malaysia: A Review

Since the outbreak of COVID-19, the upstream oil and gas industry has faced unprecedented challenges in terms of low prices. Given the volatility and uncertainty around oil prices, it is critical for the sector to exercise capital constraints and manage costs effectively to ensure its future success. In response to the difficulties with cost overruns, oil and gas operators have implemented various strategies and measures, such as cost reduction, project prioritisation, project delays and streamlining the supply chain and contracts. However, these approaches do not provide a sustainable or cost-effective solution in the long term. Previous research on project cost overruns has shown that internal factors, particularly project data integration, are the main cause of poor project performance and cost overruns. However, no approaches or technologies have been proposed to improve cost management or control cost overruns. This paper aims to review the features and functions of 5D BIM that could improve the integration of project data throughout the lifecycle and provide a solution for cost management in Malaysia's oil and gas upstream projects. The methodology adopted in this study ensures a rigorous and systematic approach in reviewing the literature on cost management issues, cost overruns and the role of 5D BIM. Consequently, BIM streamlines cost estimating, saves time by automating data entry and producing accurate estimates, increases productivity and promotes better collaboration within the project team.

Analysis of Supporting and Hindering Factors for the Implementation of BIM and GIS Integration in IKN Projects

The relocation of Indonesia's capital city from Jakarta to IKN (Capital City of the Archipelago) in Penajam Paser Utara is a monumental project covering an area of 2,876 hectares, which involves massive infrastructure development. To ensure the success of IKN development and development based on the principles in Law Number 3 of 2022 including equality, technological balance, resilience, sustainable development, livability, connectivity, and smart cities. BIM-GIS integration technology was key in managing the complexity of this project. With BIM-GIS integration, it supports digital transformation for more efficient and complete decision-making, including spatial variabels. This thesis aims to analyze the factors that influence the implementation of BIM-GIS integration technology in the early stages of IKN project development. Exploratory factor analysis methods are used to identify supporting factors that facilitate the successful implementation of BIM-GIS integration, as well as inhibiting factors that may hinder it. Questionnaires are used as a data collection tool from stakeholder respondents in IKN projects. Questionnaire data was analyzed using Exploratory Factor Analysis (EFA). The research results showed that there were 16 supporting factors with 4 component groups and 16 inhibiting factors with 6 component groups. Based on these results, strategic steps are proposed to contribute to the development of science and play a role in the successful relocation of Indonesia's capital city.

Synergizing BIM and RIBA in architectural practice – technology workflow efficiencies, challenges, and insights

ABSTRACT Productivity improvements are constrained by insufficient consideration of technology adoption within professions. This study clarifies the limited knowledge between BIM and RIBA architectural workflow synergies and proposes a framework to improve identified inefficiencies. Consequently, a qualitative approach consisting of 10 interviews with architects was conducted to understand their personal experiences and opportunities for improvement. The findings revealed that multidisciplinary design cooperation and risk reduction are major possibilities for workflow improvements in the design stage, while site communication and error detection increase the need for an architect’s presence onsite during the construction stage. Additionally, this study identifies interoperability, barriers to change, and design inflexibility as professional drawbacks of using BIM. These findings provide hierarchical data to form an architect’s BIM matrix, which aims to maximise opportunities and reduce challenges in BIM implementation. This study highlights the importance of considering both technical and human factors in BIM adoption and uses management theories to explain how architects can better utilise technology to enhance their practice.

Influence of BIM and Lean on mitigating delay factors in building projects

Building projects are affected by various phenomena that can affect their success and continuity and, in the worst cases, can lead to project abandonment. The delay has been identified as one of the phenomena with the most significant impact and recurrence; therefore, mitigation actions are required. BIM and Lean Construction are two approaches with great potential to mitigate delay-generating factors. However, more studies need to be conducted to analyze their influence on mitigating schedule delays. Considering this gap, this paper focuses on analyzing the influence of Lean Construction tools, and BIM uses that favor mitigating the main factors that generate variations in the construction schedules of residential buildings. The research method was divided into five main stages: (1) delay factors identification; (2) BIM uses identification; (3) Lean tools identification; (4) questionnaire design, validation, and application; and (5) influence quantitative analysis. A total of 20 delay factors, eight BIM uses, and eight Lean tools were selected. Next, a consultation was conducted with 50 building project managers and two residential building projects were analyzed. The findings show that implementing BIM and Lean tools greatly influences mitigating delay factors such as errors and deficiencies in design documents, inefficient project planning and scheduling, and poor communication and coordination with designers. BIM uses that have a strong influence on reducing delays include 4D construction planning and 4D construction analysis and optimization. In the Lean domain, the Last Planner System (LPS) and collaborative meetings have a high influence on mitigating delays. This study provides valuable insights for construction project managers to improve overall project efficiency by optimizing the implementation of BIM uses and Lean tools.

From Point Cloud to BIM: A New Method Based on Efficient Point Cloud Simplification by Geometric Feature Analysis and Building Parametric Objects in Rhinoceros/Grasshopper Software

The aim of the paper is to identify an efficient method for transforming the point cloud into parametric objects in the fields of architecture, engineering and construction by four main steps: 3D survey of the structure under investigation, generation of a new point cloud based on feature extraction and identification of suitable threshold values, geometry reconstruction by semi-automatic process performed in Rhinoceros/Grasshopper and BIM implementation. The developed method made it possible to quickly obtain geometries that were very realistic to the original ones as shown in the case study described in the paper. In particular, the application of ShrinkWrap algorithm on the simplify point cloud allowed us to obtain a polygonal mesh model without errors such as holes, non-manifold surfaces, compenetrating surfaces, etc.

Measuring BIM Implementation: A Mathematical Modeling and Artificial Neural Network Approach

Measuring BIM Implementation: A Mathematical Modeling and Artificial Neural Network Approach

The Challenges of Implementing Building Information Modeling in Indonesia Construction Projects

The future of BIM is exciting and full of challenges, but there are several obstacles to implementing BIM effectively in the construction sector in Indonesia. Thus, the aim of this research is to examine the challenges of implementing BIM on construction projects, especially in Indonesia. Data was obtained from 45 respondents who answered questionnaire questions, including owners, consultants, contractors/subcontractors, private companies and state-owned enterprises representing construction parties in Indonesia. Empirical analysis using the Correlation Coefficient-A Measure of Linier method states that there are seven variables which are challenging variables in implementing BIM in construction projects. The seven challenge variables are BIM technical readiness, organizational paradigm changes regarding BIM, work environment awareness of BIM, compliance on BIM rules, increased competency and skills, consistent application of effective leadership, maturity of BIM utilization. These seven challenge variables have a linear relationship with the application of BIM in Indonesian construction projects. In conclusion, construction project parties in Indonesia must responses positively to these seven challenges to ensure that the implementation of BIM in construction projects in Indonesia is in accordance with the regulations released by the government.

Penerapan Building Information Modelling (BIM) oleh PT PP (Persero) Tbk pada Proyek Jembatan di Indonesia

Bridge that implement BIM can increase planning accuracy, reduce construction risks, and better plan the entire project. PTPP is a pioneer contractor that has implemented BIM in Indonesia since the end of 2015. The PTPP division that handles road and bridge infrastructure is Infrastructure 1. The aim of this research is to evaluate whether the BIM implementation is commonly carried out on PTPP bridge projects. The aim of this research is to evaluate the BIM implementation to the bridge project. This research method was used library research with a focus on the use of valid literature that already has previous research. The result of this research is that the BIM implementation to PTPP bridge projects is commonly used. All PTPP bridge projects since the end of 2015, a total of 3 projects have implemented BIM. Two bridge projects, Kendari Bay Bridge and the PIK 2 Connecting Bridge, North Jakarta, provide information about the implementation of BIM which can be accessed by the public via the official PTPP website and social media. Information on BIM implementation includes the process, software used, and the benefits on the bridge project. Meanwhile, for the Bogeg Bridge, Serang, no detailed information is available regarding the application of BIM. For the Kendari Bay Bridge project, the benefit of implementing BIM is that PTPP designed the bridge in just one month, saving three months. 3D model visualization really helps minimize errors and save time during the actual construction phase so that teams can collaborate easily using the same 3D model throughout the project. For the PIK 2 Bridge project, the benefits of implementing BIM include synchronous work drawings, helping with volume calculations, speeding up topographic surveis, detecting discrepancies, visualizing the project implementation schedule, helping coordinate with the project team, and helping with quality checks in the field.

Redesain Jalan Akses Dermaga IHM Dengan Implementasi Building Information Modelling

The rapid development of Indonesian construction, especially in the capital city of the Nusantara, which is undergoing intense development, requires all parties involved to work effectively and efficiently. A method is needed to face these challenges. The BIM method is considered superior in terms of effectiveness and efficiency compared to conventional methods. In the PT ITCI Hutani Manunggal dock access road construction package, the planning is still using conventional methods. So that the package is re-planned by implementing BIM. This research aims to redesign the horizontal and vertical alignment planning of roads located in Penajam Paser Utara Regency with the implementation of Building Information Modeling. In the research process, the data analysis technique uses the BIM method which consists of 4 stages, namely modeling of plan traces and profiles, horizontal alignment redesign, vertical alignment redesign, and 3D BIM visualization. This research uses secondary data, namely detailed engineering design drawings and lidar contours. The redesign results obtained 27 Intersect Points and 72 Vertical Intersect Points made road geometric adjustments in order to meet the minimum permitted standards. The implementation of BIM provides a clear initial picture of the form of road infrastructure that is built in an integrated manner.

Maturity of BIM Implementation in the Jordanian AEC Industry

Purpose: The Architecture, Engineering and Construction (AEC) industry in Jordan is continually evolving and integrating new methods and technologies. However, the implementation of BIM workflows and digitised processes has been very slow. This research aims to provide an assessment of the current status of BIM implementation and use within the AEC industry in Jordan. Design / methodology / approach: AEC professionals in Jordan were surveyed using a questionnaire and perceptions of BIM was obtained by followup structured interviews with experienced AEC professionals. Findings: This research evaluates the maturity of BIM understanding and implementation in Jordan and identifies three critical areas for the improvement and optimisation of BIM implementation in Jordan. Originality / value: This research provides a current view of the status of BIM implementation within the AEC industry in Jordan, identifies progress to date towards raising awareness of the benefits of BIM adoption, makes the needed information available for policy makers and project stakeholders, and proposes potential initiatives to support the implementation of BIM across Jordan.

Application of BIM Implementation Process in the Operation and Maintenance of Information Management System in Building Facilities

The appalling state of building facilities in Nigeria, poses a great concern to stakeholders. This stems from lack of adequate information management in the operation and maintenance of building facilities. Therefore, the study is aimed at assessing the application of BIM implementation process in the operation and maintenance of information management system in building facilities. The study made use of a quantitative research approach, making the population for the study to encompass facility management practitioners (Onsite Facility Engineers, Onsite Facility Technicians, Facility Management Professionals [IFMA] and Facility Management Company owners) who are fully registered with International Facility Management Association (IFMA) in Abuja-Nigeria. The sample size for the study is 184 and the respondents were selected by a systematic random sampling method with a close ended questionnaire used for the data collection. The questionnaire is administered via Google forms; and questionnaires shared through the google form link were answered and the results were collected through google response tools, and 121 copies of the questionnaire were duly filled, returned and used for data analysis. The result shows that the implementation of BIM in operation and maintenance of facilities is very low as manual and stand-alone computer system are still predominant in most of the operations carried out by the practitioners and the stakeholders. The study further revealed that Improvement in asset information management that lead to increased efficiency of facility assets is significantly affect by the operational system. The result also shows that Facility managers are traditionally included late in the building lifecycle and posed a high challenge to most practitioners and this has made the application of BIM in operation and maintenance of information management in facility management very negligible, as such the paper suggest that BIM usage in the O&M of buildings should be encouraged and imbibed right from the planning and designing stages of building facilities. Facility managers/professional should also be included right from the inception of a building life cycle to the end of the building.

A STUDY ON EFFICIENCIES AND HINDRANCES TO BIM IMPLEMENTATION IN INDONESIAN CONSTRUCTION PROJECTS

BIM is an integrated system where processes are conducted seamlessly, influencing information exchange not only among software but also among stakeholders. BIM is identified as a method that can be employed to enhance the efficacy and efficiency of construction projects, along with the quality of construction projects. The research aims to evaluate the effectiveness, challenges, and overall performance of BIM in the construction industry in Indonesia, providing insights into the extent to which BIM is utilized and its impact on construction projects in Indonesia. The research uses a literature review method to identify the BIM implementation process and its correlation with BIM maturity. The research results demonstrate the continued high demand for BIM resources among Indonesian construction projects. The use of BIM has been utilized in the construction, design, and planning phases of projects. The maturity of BIM utilization is predominantly associated with collaboration, team building, communication, and clash detection. BIM adoption is still quite low in Indonesia, particularly concerning legality, the availability of BIM requirements, supply chain participation, stakeholder involvement, and standard setting. Keywords: BIM; Performance; Project.

Contagion of BIM Implementation Practices in Interproject Networks: An Empirical Study in China

Contagion of BIM Implementation Practices in Interproject Networks: An Empirical Study in China