BIM implementation in a New Zealand consultingquantity surveying practice

Abstract

5D BIM - generating cost data via the building information modelling (BIM) process-has the potential to be used by quantity surveyors (QSs) to streamline their workflows and increase their provision of a quality service. Consultant QSs experienced in the use of 5D BIM, from the New Zealand office of a large global practice, were interviewed on their perceptions of the benefits of, and barriers to, 5D BIM implementation within their firm. Findings suggest that 5D BIM has numerous benefits over traditional methods, chiefly through the increased efficiency and visualisation that BIM provides, along with the rapid identification of design changes. However, realisation of these perceived benefits is limited to date, due to several barriers hindering 5D BIM implementation: incomplete design and insufficient model object data in the BIM model; a lack of standards to facilitate electronic measurement; legal issues, and a lack of government support. Increasing 5D BIM implementation, in tandem with increasing use of collaborative project working through integrated project delivery, will, however, facilitate these benefits being achieved to a far greater extent in the future. Further research is recommended to identify the BIM skills which QSs will need in the future to reach thefull potential of 5D BIM

BIM Adoption in the Cambodian Construction Industry: Key Drivers and Barriers

“…The joint 4th overall ranking of "BIM provides real time collaboration" (MR = 4.02) supports the assertion that BIM depends on a collaborative approach, with design changes being automatically updated and coordinated amongst the project team [59]. BIM provides a collaborative platform, providing smooth real-time updates to enable effective collaboration amongst team members [6].…”

Implementing 5D BIM on construction projects: contractor perspectives from the UK construction sector

“…According to Kell and Mordue, (2015), there is far greater need for common, aligned geometric and information and the resultant information output at various workstages must be fit for uses such as quantification parameters and digital measurement. A more structured approach for 5D BIM implementation and understanding utilising a structured level of detail/information for cost information output in a contractor led procurement is required (O'Brien et al, 2014;Harrison and Thurnell, 2015;Mayouf et al, 2019).…”

“…One key issue that arose from a review of existing work in the BIM field focuses on the lack of standardized coding methods within the BIM Environment. This is because BIM model information creation reflects set parameters and different formats of software vendors impacting on data quality, accuracy and reliability of extracted quantities (Thurairajah and Goucher, 2013;Harrison and Thurnell, 2015;Kim and Park, 2016;Mayouf et al, 2019).…”

Đề xuất quy tắc tạo lập mô hình BIM phục vụ việc tự động hóa đo bóc khối lượng trong các dự án xây dựng sử dụng vốn nhà nước tại Việt Nam

“…Đo bóc khối lượng ứng dụng BIM đã thu hút sự quan tâm của các nhà nghiên cứu trên toàn thế giới. Các bài báo nghiên cứu quốc tế có liên quan chỉ ra các yếu tố hạn chế của việc đo bóc khối lượng ứng dụng BIM [10], lợi ích và thách thức đối với việc áp dụng BIM trong việc đo bóc khối lượng [11][12][13]. Một số nghiên cứu cũng đề xuất các giải pháp để việc đo bóc khối lượng ứng dụng BIM hiệu quả hơn như đề xuất cách thức lập mô hình BIM phục vụ việc đo bóc khối lượng [14], đề xuất các nguyên tắc liên quan đến việc đo bóc khối lượng trong mô hình BIM [15], đề xuất quy trình đo bóc khối lượng ứng dụng BIM để cải thiện độ tin cậy của dự toán trong giai đoạn thiết kế sơ bộ [16].…”