Integrating lean construction with BIM and sustainability: a comparative study of challenges, enablers, techniques, and benefits

Moradi, Sina; Sormunen, Piia

doi:10.1108/ci-02-2023-0023

Cited by 12 publications

(4 citation statements)

References 61 publications

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“…Over the years, the accumulated developments in LC, BIM, and FM have evolved to levels where they have become prominent contenders in advancing the construction industry towards leading value indicators of construction excellence. However, recent perspectives on improving productivity in construction processes have identified the need for integrated applications of LC, BIM, and FM in improving the construction industry [50][51][52]. It has been observed in many cases that the integration of LC, BIM, and FM results in effective and beneficial approaches, tools, techniques, and synergies for improving construction design and implementation [53].…”

Section: Integrated Implementation Of Lc Bim and Fmmentioning

confidence: 99%

Optimized Integration of Lean Construction, Building Information Modeling, and Facilities Management in Developing Countries: A Case of Qatar

Musharavati

2023

Buildings

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Over the past decades, the construction industry has benefited from implementing Lean Construction (LC) principles, extensive usage of Building Information Modeling (BIM) tools, and application of advanced Facilities Management (FM) theories as standalone packages. Recently, integrated applications of LC, BIM, and FM have attracted a lot of attention. While progress has been made, few researchers have attempted to develop a method for optimizing integrated applications of LC, BIM, and FM in developing countries. In addition, relatively little is known about the hindrances and challenges in integrating LC, BIM, and FM at various levels of inquiry. The current study contributes to these gaps by examining the challenges that hinder developing countries from adopting integrated applications of LC, BIM, and FM. Qatar, a rapidly developing economy, was used as a case illustration. In the present study, drivers for enabling optimized integration of LC, BIM, and FM were identified. A closed-ended survey was conducted to investigate and understand contextual and organizational factors that hinder the integration of LC, BIM, and FM at three levels of inquiry. Findings displayed that lack of communication skills, language barriers, and inappropriate training provided to low-level skilled workers were the most prominent hindrances. To this end, an integrated communication and collaborative environment for bridging the communication gap was outlined. Furthermore, the wide disparity in the levels of awareness, readiness, and implementation of LC, BIM, and FM across construction companies was identified as a major challenge in deploying and disseminating succinct knowledge on how to optimize the integration of LC, BIM, and FM. To resolve challenges, an integrated collaborative platform for disseminating differentiated knowledge and information on how to seamlessly integrate LC, BIM, and FM was developed. This integrated collaborative platform can be used by authorities to monitor progress and productivity in the construction industry. The significance of this study lies in providing a basis for organizations that intend to implement LC, BIM, and FM in an integrated manner.

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Section: Integrated Implementation Of Lc Bim and Fmmentioning

confidence: 99%

Optimized Integration of Lean Construction, Building Information Modeling, and Facilities Management in Developing Countries: A Case of Qatar

Musharavati

2023

Buildings

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“…It can be used throughout a project's lifecycle and increase overall productivity. Successful BIM implementation requires the stakeholders' collaboration and communication [5,6].…”

Section: Introductionmentioning

confidence: 99%

Exploring Students’ Acceptance of Construction Information Technology: The Development of a Comprehensive Technology Acceptance Model for the Design of an Education Program at a Japanese University

Watanabe,

Skitmore

2023

Sustainability

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Construction information technology (CIT), particularly building information modeling, is globally embraced in industry but relatively new to Japanese universities because of its unique interdisciplinary nature. This presents challenges for students and instructors. Promoting the widespread adoption of CIT in Japan necessitates the development of undergraduates’ proficiency in hard and soft engineering. The problem is that Japanese universities lack research and curricula concerning CIT education—a deficiency that raises the need to evaluate students’ perceptions and acceptance of such education. This study is an initial endeavor to fulfill this need, with a view to providing curriculum recommendations and insights into the issue of interest via the analysis of students’ awareness by developing a comprehensive technology acceptance model (TAM). The findings revealed that students’ exposure to and knowledge of CIT during their university education significantly influence their perception of its utility, thereby affecting their acceptance of CIT courses. Their perception of the usefulness of CIT in future employment is a more influential factor in their willingness or readiness to accept and participate in CIT courses than its perceived importance for industry development. To facilitate the advancement of the construction sector, stakeholders should develop an industry–university collaboration-based education program that bridges the gap between academic and industry needs, creates job opportunities for students, and nurtures talent.

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“…Additionally, BIM provides a visual representation of the construction process, facilitating better planning and communication among team members [2]. However, the full potential of BIM can be realized by incorporating LC principles, which optimize workflows and minimize waste, thereby enhancing overall project performance [3]. Various studies have emphasized the importance of implementing lean practices in the AEC industry [4][5][6].…”

mentioning

confidence: 99%

“…Various studies have emphasized the importance of implementing lean practices in the AEC industry [4][5][6]. These studies have explored the benefits of lean construction and addressed the challenges associated with its implementation [3]. Furthermore, some studies have examined both the advantages and obstacles and have provided recommendations for academics and professionals seeking to develop and implement lean practices [7][8][9].…”

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confidence: 99%

The role of BIM as a lean tool in design phase

Aziz,

Nasreldin,

Hashem

2024

J. Eng. Appl. Sci.

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In the architectural, engineering, and construction industry, poor visualization of construction processes and lack of information exchange between different work teams can lead to poor performance. To address these challenges, lean construction methodologies aim to reduce and eliminate waste in construction processes, while BIM technology aims to enhance collaboration between project team members. In general, these technologies can be used together to improve project management and cost reduction. This can be achieved through improving workflow and coordination, enhancing interaction among project members, and using available tools to analyze and improve work. Many aspects of the integration between LC and BIM have been studied, and researchers have come up with some findings and recommendations. Most studies previously demonstrated theoretically that cost reductions using BIM techniques are significant compared to the traditional approach of project management. This is what this study proved practically by applying BIM in the design of a building which is quite successful in construction as it identifies the main causes of construction waste such as reducing waiting time and reducing non-value-added work by using Dynamo to develop these designs. So, the research problem comes, which is how to keep up with development in the field of construction by applying different BIM programs, which results in reducing the time and cost used in design. BIM is a technology that aims to enhance project management and cut costs. A digital representation of the project that contains all the data required for planning, managing, and carrying out the project is created using BIM.

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Integrating lean construction with BIM and sustainability: a comparative study of challenges, enablers, techniques, and benefits

Cited by 12 publications

References 61 publications

Optimized Integration of Lean Construction, Building Information Modeling, and Facilities Management in Developing Countries: A Case of Qatar

Optimized Integration of Lean Construction, Building Information Modeling, and Facilities Management in Developing Countries: A Case of Qatar

Exploring Students’ Acceptance of Construction Information Technology: The Development of a Comprehensive Technology Acceptance Model for the Design of an Education Program at a Japanese University

The role of BIM as a lean tool in design phase

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