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The role of Building Information Modelling (BIM) in the project planning stage is crucial for enhancing sustainability and project success in the Architecture Engineering and Construction Industry (AEC). BIM adoption spans various project life cycle stages, from pre-construction to post-construction, offering benefits like improved accuracy, efficiency, reduced errors, and enhanced decision-making. Interdisciplinary cooperation facilitated by BIM platforms allows early involvement of structural engineers, leading to better load flow representation, precise soil structure interaction consideration, and improved BIM model quality, resulting in simplified planning and construction stages. BIM technology aids in visualizing, coordinating, simulating, and optimizing project stages, reducing design defects, enhancing construction process rationality, and improving work efficiency, thereby yielding economic and social benefits. BIM usage in the pre-construction stage enables effective planning of construction sites, optimizing resource allocation, and facilitating multicriteria decision-making analysis.

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Open access•Book Chapter•DOI Summary of BIM Technology Application in a Dormitory Building Project 13 Dec 2022	BIM technology plays a crucial role in project planning by enabling visualization, coordination, simulation, optimization, and drawing, enhancing efficiency, reducing waste, and improving economic and social benefits.
Journal Article•DOI Integral BIM-Based Planning A. A. Kalinin 01 Jan 2023-Rilem bookseries	BIM facilitates interdisciplinary cooperation in project planning, enabling early involvement of structural engineers for better load flow representation, precise soil structure interaction, improved BIM model quality, and sustainable concepts integration.
Open access•Journal Article•DOI An Empirical Study on Significance of BIM Adoption in Various Stages of Project Lifecycle Sindhu Vaardini U 31 Mar 2023-International Journal of Advanced Research in Science, Communication and Technology	BIM plays a significant role in improving accuracy and efficiency during the project planning stage by enhancing design and planning processes in the pre-construction phase.
Proceedings Article•DOI Building Information Modelling (BIM) for Project Planning: Measures to Improve Its Adoption Opeoluwa Akinradewo, Olusegun Aanuoluwapo Oguntona, Babatunde F Ogunbayo, Clinton Aigbavboa - Show less +3 more 26 Jun 2023	The role of BIM in project planning involves enhancing sustainability, simplifying processes, and addressing challenges in achieving project success through measures like competitive advantage, cost savings, and collaboration.

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What is bim function in project delivery system?4 answersBIM (Building Information Modelling) is a function in project delivery systems that aims to improve collaboration, communication, and efficiency in construction projects. It is a collaborative approach that integrates people and processes, allowing for the centralized sharing of design and operational information. BIM provides a digital representation of the project, allowing stakeholders to visualize and analyze various aspects of the project before implementation. It enables early stakeholder engagement, helping to identify design and construction mistakes, understand project details, and facilitate collaboration among project stakeholders. BIM also allows for the simulation and optimization of construction processes, pre-control of risks, and dynamic control of construction costs. By integrating BIM into project delivery systems, such as Integrated Project Delivery (IPD), projects can benefit from improved communication, closer collaboration, and better quality outcomes. BIM provides a cost-effective and time-saving approach to project delivery, enhancing the overall management and implementation of construction projects.

What are the benefits of BIM?5 answersBuilding Information Modeling (BIM) has several benefits in the construction industry. These include better understanding of design, improved communication through visualization, reduced design errors, improved accuracy of drawings, and better information exchange. BIM facilitates collaboration among project stakeholders, leading to more efficient and accurate design and implementation of large-scale infrastructure projects. However, the realization of BIM benefits in the mainstream architecture, engineering, construction, and operation (AECO) industries is limited. The expected benefits of BIM, such as long-term lifecycle improvements, are often not realized due to the current state-of-practice and the need for a fundamental change in the sector. BIM technologies offer effective technical, organizational, and technological decision-making, resulting in cost and time savings, improved quality, and increased competitiveness for construction organizations. BIM implementation also provides benefits for contractors, including better building design, more accurate documentation, and improved modeling.

What is the impact of BIM on construction projects?5 answersBuilding Information Modeling (BIM) has had a significant impact on construction projects. It has enhanced collaboration among project stakeholders, leading to more efficient and accurate design, construction, and operation phases of large-scale infrastructure projects. BIM technology allows for the digital simulation of building characteristics, increasing efficiency and reducing communication problems during the implementation process. BIM also improves knowledge collaboration through relational governance mechanisms such as trust and relational norms, with the level of BIM application significantly affecting their effectiveness. BIM replaces traditional methods of design evaluation, reducing errors and improving organizational maturity. BIM technology improves the efficiency of collaborative work, transfers shared gifts, speeds up production and procurement plans, and enhances project decision-making. Overall, BIM has revolutionized the construction industry by bringing traditional practices into the digital age, improving efficiency, and facilitating collaboration among project stakeholders.

How does BIM implementation affect project performance?5 answersBIM implementation has a significant impact on project performance. The use of BIM improves work efficiency and performance in the construction industry, leading to better project outcomes. Effective use of BIM directly improves project performance, and stakeholder management plays an important intermediary role in this process. BIM-related factors, such as external factors, project factors, technological factors, and management factors, all contribute to construction project performance. However, there are challenges and obstacles to BIM implementation that can hinder its effectiveness. These include digital skills among staff, lack of support from management, and inconsistencies in implementation processes. To improve BIM implementation and project performance, it is important to address these challenges and consider external factors, stakeholder dynamics, stakeholder engagement, and empowerment. Overall, BIM implementation has the potential to enhance project performance in the construction industry.

When BIM start using in the construction projecty?5 answersBIM technology has been increasingly used in the construction industry in recent years for various stages of the project, including project bidding, planning, implementation, and completion acceptance. The development of BIM technology has revolutionized project management in construction, offering many benefits. The adoption of BIM has led to improved productivity rates, resource rationalization, and better control and coordination in construction projects. BIM technology allows for dynamic simulation and demonstration of the construction site, providing managers with intuitive observation of various details and parameters. It has also addressed the shortcomings of traditional management modes, such as schedule, quality, and cost control, by allowing construction units to build virtual models based on actual conditions and improve construction quality. The construction industry needs to pay more attention to BIM technology and its important role in project management.

What are the potential benefits of using BIM in construction?5 answersThe potential benefits of using BIM in construction include improved quality of products, reduced design and construction defects, decreased risk to worker health and safety, and lower overall project costs and delivery time. BIM also allows for better understanding of design, improved communication through visualization, and reduced design errors. Additionally, BIM integration with Lean principles can lead to increased efficiency and visualization, better building processes and performance, risk mitigation, and cost reduction. BIM-GD integration can optimize construction site layout planning, minimizing travel distances, improving productivity, and ensuring a safe work environment. Overall, BIM technology provides powerful technical means for optimizing various stages of the construction project, avoiding design and scheme defects, improving work efficiency, and creating economic and social benefits.

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