Aug 2026· 2026: Transforming Construction with Off-Site Methods and Technologies (TCOT)· 0 citations
TL;DR
A framework with three core components has been developed, which contains a BIM model component, which contains the geometric, semantic, and orientation data of building elements and provides a set of functions to support collaborative design review.
Abstract
The increasing complexity of Architecture, Engineering, and Construction (AEC) projects necessitates more effective communication among stakeholders and places greater demands on streamlining design information and workflows. This research aims to conduct a comparative study by integrating Building Information Modelling (BIM) and Virtual Reality (VR) into the design phase of construction projects using two VR platforms: Arkio and Vrex.
To this end, a framework with three core components has been developed: (1) a BIM model component, which contains the geometric, semantic, and orientation data of building elements; (2) a data transformation component, which transfers this information from the BIM environment into the VR platform; and (3) a collaborative design review component, which integrates BIM with VR and provides a set of functions to support collaborative design review.
The developed framework was applied to a case study to demonstrate its validity and practicality and to analyze the capabilities of Arkio and Vrex. The results highlight the potential of BIM–VR integration for improving cross-disciplinary collaboration and informed decision-making during the design phase. This research supports practitioners in incorporating BIM and VR into their design review workflows, helping to eliminate design errors caused by limited collaboration or inefficient communication.
A BIM-VR tool and a methodological framework designed to support decision-making when selecting finishes, with a focus on cost, waste reduction, and overall project perception are introduced.
Carlos A. León, Omar Sánchez, L. A. Cristancho et al.· Applied Sciences· 0 citations
Increasing architectural complexity necessitates the adoption of integrated methods. Convergence of Building Information Modeling (BIM) and Procedural Modeling (PM), within contemporary architecture is analyzed in this study. The limitations and potentials encountered during this convergence are discussed within an integrated framework. Digital Twin concept, as a data-driven cyber–physical simulation and optimization system, is examined as key point of the integration between BIM’s rich semantic data environment and the rule-based, dynamic operational logic of PM. Therefore, contributions of integrating PM and BIM to efficiency and automation in Digital Twin production are investigated. The requirements for aligning architectural design and construction workflows with contemporary demands and for integrating them with Industry 4.0 concepts and tools are discussed through conceptual analysis, cases, and relevant literature. Open data environments, user-friendly interfaces, standardization, training and legal frameworks are proposed to facilitate the integration and widespread adoption of BIM and PM in contemporary architecture.
Tuba Kaya· Proceedings of the internati...· 0 citations
The BIM–VR workflow advances design-phase H&S by enabling immersive hazard review, metadata integration, and collaborative issue resolution, offering a replicable solution aligned with digital construction practices.
Evaluation of the applicability of BIM–AR integration within the broader framework of smart design and digitally enabled construction management indicates that BIM–AR-supported approaches may facilitate visualization, improve access to project information, support model-based verification, and contribute to inspection-related decision-making.
Sezen Aksu, Aslı Er Akan· Smart Design Policies· 0 citations
Design coordination in toll road projects involves many stakeholders with high information exchange needs, potentially causing process waste such as waiting time, repeated inspections, design revisions, and information delays, which reduces coordination effectiveness and impacts design completion duration. The application of Building Information Modeling (BIM) through the Common Data Environment (CDE) is expected to enhance information integration and collaboration among stakeholders, thereby increasing design coordination effectiveness. This study aims to analyze the effectiveness of the application of BIM-CDE in the design coordination process in toll road infrastructure projects through waste identification and process performance measurement. The research uses a mixed methods approach with a case study design. Data were obtained through observation, study of project documents, and semi-structured interviews. The analysis was carried out using Value Stream Mapping (VSM) to identify Value Added (VA), Non-Value Added (NVA), and supporting activities, then evaluated using waiting time, lead time, and Process Cycle Efficiency (PCE) indicators. The results of the study identified four types of waste, namely waiting, transportation, defect, and overprocessing. The implementation of BIM-CDE was able to reduce the waiting time from 72 days to 25 days (65.28%), while the total lead time was reduced from 255 days to 134 days (47.45%). In addition, the PCE value increased from 27.45% to 31.34% indicating an improvement in process efficiency. This study was limited to one project case study so generalizations of results are still limited. Further research is suggested to test the application of BIM–CDE on different projects.
Rezeki Fajri, Muhammad Isradi· Eduvest - Journal Of Univers...· 0 citations