Building Information Modeling Technology Research Articles

Breaking the Barriers: BIM Adoption Challenges in Quantity Surveying Firms of Northern Malaysia

The Malaysian construction industry plays a crucial role in generating national wealth. To realize the vision of Malaysia as a well-developed nation, adopting technologies and innovations is critical for the industry, particularly as the country advances towards the Fourth Industrial Revolution (IR 4.0). Building Information Modelling (BIM) is one such process, supported by various tools, that significantly enhances construction project efficiency while easing the workload of industry professionals. As integral construction team members, quantity surveyors are poised to benefit from BIM in improving their cost estimation and planning processes. However, various challenges and barriers have hindered the full implementation of this innovation. The focus of this paper is to identify the barriers to BIM implementation within the northern region of Malaysia, a topic that has become increasingly relevant as Malaysia moves towards the Fourth Industrial Revolution (IR 4.0). Data collected from a survey of 22 QS firms revealed that the top two barriers are the high cost of operating BIM software and the high cost of training. Based on these findings, it is recommended that the government provide incentives to encourage QS consultants to invest in BIM technology.

Research on the Application Mode of Construction Engineering Safety Management Combined with BIM Technology

Abstract The advent of Building Information Modeling (BIM) technology heralds a new era in construction safety management. This research integrates BIM to forge a safety management system that proactively identifies construction risks and counteracts worker safety hazards in real-time. It also constructs a comprehensive BIM-based safety evaluation index, applying advanced multi-level fuzzy comprehensive assessment techniques and refined hierarchical analysis to calculate index importance. The study dissects safety management on multiple fronts through a detailed analysis of the construction safety practices at the new campus of People’s Hospital in Province A. The findings denote a basic level of success in collaborative safety efforts and an overall disappointing safety management score of 2.463, spotlighting an urgent need for systematic safety improvements within the project.

Acoustic performance analysis of wooden structure building wall by integrating BIM technology and impedance tube method.

With the increasing demand for building acoustic performance, accurately evaluating the acoustic performance of building walls has become an important research topic. However, existing research has mostly focused on general building materials such as concrete, iron and steel, and glass. For wooden structure wall, due to the sound absorption performance of the materials themselves and the complexity of structural design, the analysis of their acoustic performance is still relatively weak. Moreover, there is a lack of quantitative description of their spectral characteristics and acoustic impedance. To analyze the acoustic performance of wooden structure building walls, Building Information Model (BIM) and impedance tube method were integrated to construct a building wall performance testing system with BIM technology. The impedance tube method was applied and testing functions for sound absorption and insulation performance were designed. The outcomes indicated that in the error test, the error range between the experimental group and the control group was [0.01, 0.18], indicating a high reliability of the experimental results. In the calculation of sound insulation of different specimens at different sound frequencies, when the frequency was 1600Hz, the sound insulation of the control group and experimental group was 65.30dB and 70.14dB, proving the effectiveness of the design method. The above results demonstrate the practicality of integrating BIM technology and impedance tube method in the acoustic performance analysis of wooden structure building walls. This study provides strong technical support for reducing the indoor environment of wooden buildings and improving the comfort of people's living environment.

Research on optimization of sustainable engineering project management based on BIM technology

With the increasing global attention to sustainable development, the construction industry is faced with the major challenge of reducing resource consumption, reducing environmental pollution and improving economic efficiency. The potential for improved engineering project management and the promotion of sustainable development are both enhanced by Building Information Modeling (BIM), a sophisticated technology that is generally acknowledged. This study delves into the use of building information modeling (BIM) in project management, focusing on how it contributes to the attainment of sustainable development objectives. This study provides an overview of building information modeling (BIM), its history and evolution, and its complex link with sustainable project management via a thorough literature analysis. Particularly noteworthy is a case study that shows how BIM helps with quality assurance, scheduling, and cost control. As shown in the case study, the results demonstrate the critical role of BIM in enhancing management efficiency and conserving resources. The study also highlights potential avenues for future research and provides actionable recommendations for improving present procedures.

Organizational schemes for the state expertise process of design documentation depending on the level of implementation of information modeling technologies

The implementation of building information modeling (BIM) technologies is actively developing in Russia due to legislative influence. The authors of the article examined the process of the design documentation's examination depending on the level of building information modeling technologies' implementation. A gradation of BIM implementation levels in the examination process was applied: low, medium, high, on the basis of which three schemes of the organizational examination process were described. For each scheme, positive and negative aspects were analyzed. Questions that may arise when trying to implement each organizational scheme were formulated. For the practical implementation of each scheme by all participants in the process the necessary measures were described. The conclusions about the further vector of development in the realities of current legislation and the development of building information modeling technologies were drawn.

Impact of BIM implementation in engineering projects in Syria

Engineering projects are often exposed to problems during their design and implementation, due to the lack of availability and accuracy of sufficient information, the failure to set an accurate timetable and budget, and the lack of cooperation and coordination between team members. Therefore, a technology was found to help solve these problems, which is building information modeling. It is one of the most important developments in the field of engineering in general, and the second generation of model design tools is the result of decades of research and development. Through it, one or more virtual models were created to support the design process through all its stages, and it is a simulation of the reality of the real project. In our research, we will discuss the most important problems that engineers face when working on a project, the importance of applying this technology and the benefits it has on the project and its parties, a simplified explanation of it, its dimensions, the stages that the project goes through, and the most important problems that we face when applying it. Building quantities will be studied in the traditional way and compared with quantities calculated through building information modeling technology.

An integrated review and analysis of urban building seismic disaster management based on BIM-GIS

Given the increased frequency and destructive nature of seismic events, the exigencies for enhanced management protocols for urban edifices in the milieu of seismic disaster scenarios have intensified. The role of Building Information Modeling (BIM) and Geographic Information Systems (GIS) in the governance of seismic-induced disasters is integral and merits recognition. The synergistic application of BIM and GIS technologies empowers the strategic articulation of measures that substantially abate the potential hazards associated with seismic events. The present manuscript conducts a comprehensive review of the applications of BIM-GIS synergy in the domains of seismic disaster prevention, emergency response, and in the evaluative and recovery phases following such calamities. It also examines the associated data paradigms and advancements in data interoperability techniques while addressing the prevailing limitations within the scope of contemporary research. This study endeavors to enhance the acumen of urban disaster management operatives in discerning and capitalizing on the collective strengths of BIM and GIS, with the aim of optimizing urban strategies for managing seismic disasters and diminishing the resultant losses sustained by the populace.

Sustainable Development of Construction Industry in China

The research aims to determine the direction of sustainable development of the construction industry in China and ensure its regular and stable development. A series of data comparisons and methods of the comprehensive analysis showed that the construction industry in China, on the one hand, is a major industry with a huge scale and a significant position on the international market. On the other hand, it is also an industry with low investment in technology, high energy consumption, relatively backward engineering technology, and management. Besides, management and operation methods are relatively traditional and associated with challenges of industry development. The comparison with advanced manufacturing industries and foreign developed countries clarified the shortcomings of China’s construction industry and set the directions for future development. These include (1) active development of green building, (2) promotion of the industrialization process, (3) improvement of the technology application level, and (4) timely improvements of the relevant regulations. China also needs to adjust the industrial form of the construction industry and increase the internationalization level. Based on the methods of data description research and literature review, we identified the conditions for sustainable development of the construction industry and proved the importance of using Integrated Project Delivery [IPD] and BIM (Building Information Modeling) technology in the development of the Chinese construction industry. The research allowed us to understand the important role of technology and organization management in developing the construction industry. When we continue to learn lessons from advanced science and technology, smart organization, and management and implement them in the construction industry, only then it will develop sustainably.

Interior Space Design and Modelling Methods for Smart Homes - Integrating BIM and VR Technologies

Abstract In this study, the integration of Building Information Modeling (BIM) and Virtual Reality (VR) technologies with performance analysis software facilitates the selection of optimal indoor space layouts for settlement buildings. This is achieved through the use of information modeling and visualization tools to assess various aspects such as sunlight exposure, lighting conditions, architectural parameters, and energy consumption across different building layouts. A virtual environment was created using BIM and VR, within which the collision detection algorithm was refined using a chime-playing test scenario to enhance the quality control of 3D models. At 5000 triangular slices, the detection algorithm optimized in this study demonstrated a real-time performance that is 19 milliseconds faster than that of the comparative algorithm. Furthermore, in scenarios involving micro-speed air exchange, an open window area of 30 square meters facilitated an air volume of 250,168, indicating both economic and practical benefits. The overall satisfaction with interior design and spatial arrangement achieved through BIM and VR integration consistently exceeds 80%, underscoring the synergistic potential and future-oriented trajectory of combining these technologies.

Bridge BIM Dynamic Temperature Sensing Identification and Operation and Maintenance Technology

With the high-quality development of transportation in China, highway bridges, as the core part of transportation infrastructure, have received widespread attention for their safety and operation management. Especially in the field of super large bridges, due to their importance in transportation and enormous social benefits, safety and operation management are particularly crucial. This research focused on the operation and maintenance management of super large bridges, especially how to improve the efficiency and effectiveness of bridge operation and maintenance management through BIM (Building Information Modeling) technology. This technology deepened the understanding of bridge structure and performance by establishing a detailed BIM model. By standardizing model data and establishing coding systems, data interoperability and management efficiency were improved, providing decision support for the daily management and maintenance of bridges. According to experimental data, it can be concluded that the accuracy of basic information judgment, temperature and humidity accuracy, bridge status judgment accuracy, and operation and maintenance information accuracy of BIM dynamic temperature recognition and maintenance technology for bridges were among four sets of data. The accuracy rates of all four data items were between 91.20% and 94.27%, indicating a high accuracy rate. The comprehensive application of these technologies aims to improve the operation and maintenance management level of super large bridges, ensure their long-term stability and safety, and contribute to the sustainable development of transportation systems.

Leveraging BIM Technology for Comprehensive Lifecycle Management in Engineering Projects

Abstract This research explores the impact of Building Information Modeling (BIM) on engineering project lifecycle management. A mixed-methods approach, combining quantitative data from surveys and case studies with qualitative insights from interviews, reveals that BIM significantly reduces cost and time overruns. Specifically, projects using BIM showed an average cost overrun of 5% versus 15% in non-BIM projects and a time overrun of 7% compared to 20% in non-BIM projects. Additionally, BIM enhances quality management and improves collaboration among stakeholders, leading to more efficient project execution. The study concludes that BIM is crucial for enhancing efficiency, sustainability, and overall performance in engineering project management. However, adoption challenges, particularly in developing regions, highlight the need for further research and strategies to support broader implementation. BIM’s ability to optimize resources and support informed decision-making makes it a key tool for the future of construction management.

Challenges in the adoption of building information technology (BIM) technology in Indian construction industry (ICI)

Aim: This study aims to identify the challenges hindering the adoption of BIM technology in the ICI and provide insights into ways to overcome these challenges. Methodology: A questionnaire using a Likert scale was developed and distributed to 121 participants working for developers in the ICI. Factor analysis was conducted using SPSS 25 to examine the obtained data and identify the primary reasons that impede the adoption of BIM technology. Findings: Factor analysis of the data identified six main factors accounting for 74.31% of the variance. These factors included regulatory framework, lack of expertise, knowledge, and adoption, compatibility issues, resource limitations, and inadequate demand. Originality Value: The research above is unique since it specifically examines the obstacles that are preventing the widespread use of Building Information Modeling (BIM) technology in the building sector in India. While there is existing research on BIM adoption in other countries, there is a lack of comprehensive studies on the specific challenges faced by the Indian construction industry. This study provides insights into the main obstacles to BIM adoption in India and identifies six main factors that have not been extensively studied before. Additionally, the study uses a Likert scale questionnaire and factor analysis to analyze the data, which is a unique approach that has not been widely used in previous research on BIM adoption. Implications: The study’s findings offer valuable insights into the primary barriers hindering the adoption of Building Information Modeling (BIM) in the construction sector of India.. The identified factors can help developers and policymakers in the industry overcome these challenges to improve project efficiency and outcomes. This study can also provide a foundation for future investigations into the adoption of Building Information Modeling (BIM) in India and other emerging economies.. The implications of this study can contribute to the broader understanding of technology adoption in the construction industry, which can lead to better decision-making processes and improved project outcomes. Limitations and Scope for Future Research: The research has significant drawbacks. First, the study focused on the Indian construction industry and may not apply to other emerging or industrialized nations. Second, the limited sample size may restrict generalizability. The study solely examined BIM adoption barriers and did not provide solutions. Researchers might create techniques to overcome these obstacles and encourage BIM adoption in the Indian building sector. Finally, the research did not consider contractors, architects, and engineers, who may shed light on BIM adoption issues and solutions.

Enhancing Building Information Management Adoption in Design Consultant Companies in Malaysia: A Conceptual Study

The implementation of a Building Information Modelling (BIM) system has been acknowledged to offer numerous advantages to a design consultancy organization. Nevertheless, an examination of a readiness study on design consultant firms regarding the implementation of BIM System reveals a negligible adoption rate within the industry. Therefore, further endeavors are necessary to promote a more widespread utilization of BIM. The objective of this research is to encourage the extensive implementation of BIM in the consultant organization. The research objective is to investigate the potential benefits of implementing a BIM system in consultant businesses for project design. In order to accomplish research objectives, a theoretical framework is suggested, drawing upon the findings of the review. This framework will thereafter be employed to design the questionnaire for gathering data. A questionnaire survey is employed to gather data for this investigation. In this study, the quantitative research approach model was employed for objective analysis. Each technique is evaluated using a five-point Likert scale, which enables respondents to assess the effectiveness of the strategy in relation to its significance. Upon completion of the research, the findings of this study indicate that the actual outcome aligns closely with the anticipated outcome. Specifically, the deployment of BIM systems among firm consultants in Malaysia remains relatively low, although it demonstrates greater effectiveness in terms of design assistance and constructability. It is expected that the information presented in this thesis will inspire firm consultants to incorporate BIM technologies in their upcoming projects.

A comprehensive research study on digital Tools in building renovation

Digital technologies are having a significant impact, it is challenging to keep up with their rapid evolution. Along with the other challenges we face, the preservation of cultural heritage and historical buildings must be prioritised. It is therefore necessary to explore and understand how we can create an effective link between the restoration of historic buildings and the constantly evolving environment of digital technologies. The article deals with a critical analysis of digital tools used in the renovation of historic buildings with a specific focus on Building Information Modelling (BIM) technologies. The aim of this study is to provide a comprehensive overview of the current state of digital tools in the context of the renovation of historic buildings and to reveal trends in the use of BIM technologies of historic buildings. The research explores in which years in which the idea of BIM in conjunction with renovation came to the fore. It focuses on specific dimensions that have been actively used in conjunction with the restoration of historic buildings and identifies which dimension is used most frequently.

The impact of BIM technology on enhancing efficiency of resolving collisions in construction engineering systems

In modern construction, one of the important aspects is the management of collisions in engineering systems, such as pipelines, ducts, electrical wiring, etc. Collisions can lead to delays in the project, reallocation of resources, and even to significant financial losses. It is known that the implementation of Building Information Modeling (BIM) technologies in construction practices can significantly facilitate the detection and management of collisions. However, there are questions regarding the specific impact of BIM on the efficiency of collision problem resolution in various types of construction projects. It is also important to consider potential difficulties and limitations when implementing BIM in the process of resolving collisions in engineering systems. Investigating these aspects will help understand the full scope of BIM’s impact on the efficiency of collision management in construction and develop recommendations for the practical application of this technology.

Disruptive method for managing BIM design and construction using Kanban

Abstract Companies in the construction sector need effective information management. In particular, the transmission of information within a company is key to improving its management and competitiveness. Currently, many companies in the construction sector are making a great effort to implement the building information modelling (BIM) methodology. Such implementation requires collaborative work through the Cloud between the different agents in the construction process of any project. In fact, information management in BIM projects is related to the creation, storage, transfer and efficient application of information within a three-dimensional (3D) virtual model of the project. The size of the project also determines the optimal management approach. The main problems resulting from poor information management may be a lack of coordination between actors, loss of information or misinterpretation of information. This work has two stated objectives. The first objective is to carry out a literature review of the applications of BIM technology and the importance of managing knowledge according to International Organisation for Standardisation (ISO)- 19650. The second objective is to propose a disruptive method based on the Kanban tool to properly manage BIM information in the design and construction phases. This paper has practical implications for the improvement of BIM application for project managers.

Pemodelan 3D Jembatan Lengkung, Studi Kasus Jembatan Bukit Sulap, Menggunakan Software Autodesk Revit

Infrastructure is an essential sector in a country, and infrastructure development reflects the country's progress. Infrastructure development is a priority, but the implementation of infrastructure projects needs to pay attention to time, costs and quality. Building Information Modeling (BIM) has the potential to minimize errors and increase efficiency. BIM is a method that was originally applied to the AEC (Architecture, Engineering and Construction) industry. BIM technology makes it possible to create 3D building models that contain information, analysis of work volume calculations, scheduling, and cost calculations. There is several software that applies BIM technology such as Autodesk Revit, Autodesk Advanced Steel, Tekla Structures and Navisworks. BIM technology has been widely applied in construction projects in Indonesia, be it buildings, roads or bridges. In this research, modelling of a steel truss bridge with an arch type was carried out using Autodesk Revit software. This research was conducted to determine the capabilities and limitations of Autodesk Revit software in modelling arch-type steel frame bridge structures. The modelling in this research uses DED (Detailed Engineering Design) image sources for the Bukit Sulap Bridge project, which were obtained from the PUPR Department of Lubuklinggau City. The modelling carried out is in the form of steel frames, bracing, girder beams and bridge connections.

Development and Challenges of BIM in the Construction Industry in China and Australia

This article examines the application and development of Building Information Modeling (BIM) in the construction industries of China and Australia. The visual, coordination, simulation, and optimization characteristics of BIM provide a foundation for project management. In China, BIM has been widely adopted in major engineering projects, but it still faces challenges such as inactive design institutes, inconsistent data standards, and a shortage of BIM talent. BIM usage in Australia is relatively low, partially due to the lack of government enforcement. It is recommended to promote wider BIM application in various fields through training, resource support, establishing industry standards, and providing incentives. In summary, BIM technology holds significant potential for the future development of the construction industry, but overcoming various challenges is necessary to achieve its maximum benefits.

Application of BIM in Highway Engineering

The layout of new infrastructure construction around digital transformation is an important proposal in the national "14th Five-Year Plan". Building Information Modeling (BIM) has multi-dimensional model information integration technology, responds to the national call, and meets the needs of innovative development and digital transformation and upgrading of highway construction. In recent years, BIM has developed rapidly in the engineering field. In this context, this paper studies and summarizes the technical standards and specifications of BIM technology in the highway field, design software, and the application of BIM technology in engineering puts forward the problems existing in the current promotion of BIM technology, and looks forward to the future of BIM technology application in highway engineering.

Leveraging BIM technology for improved accuracy in detailed cost estimation in Sri Lanka

Detailed cost estimation is the process of predicting the cost of the project at workface level. However, traditional methods of detailed cost estimation encounter various challenges in achieving precise cost estimation. To address these challenges, modern techniques have emerged in the field of cost estimation. Building Information Modelling (BIM) has emerged as an efficient solution for addressing challenges in construction projects. This study investigates the adaptability of BIM for detailed cost estimation. The research adopted qualitative approach. Data were collected using two rounds of Delphi interviews with 14 experts in detailed cost estimation and BIM. Code-based content analysis was used to analyse the data. The study provides empirical evidence showcasing the potential of BIM effectively addressing the challenges encountered in detailed cost estimation. By focusing on the perspective of consultant quantity surveyors in Sri Lanka, findings underscore the significant role of BIM in enhancing the accuracy and efficiency of detailed cost estimation processes for improved project outcomes. The findings highlight further research opportunities and contribute to the understanding of BIM's impact on cost estimation. The findings can use to enhance the practical implementation of BIM by intervening to form more partnerships among application developers and industry leaders.