Publications

(2025). Leading Psychologically Safe Digitally Enabled Project Teams. In PMJ.

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(2025). Factors Affecting Soft Cost in BIM-Based Construction Projects. In JEPPM.

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(2025). Blockchain-based decentralised Common Data Environment: user requirements and conceptual framework. In JCEM.

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(2025). Modeling the Organizational Attributes and Strategies for Developing Accurate Digital Twins: The Case of Constructed Facilities. In IJBPA.

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(2025). Nurturing Data-Savvy Talent in Digital Transformation of Projects. In JME.

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(2024). Unveiling the Complexity Code: Navigating BIM-Enabled Projects with a Project Management Complexity Index. In ECAM.

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(2024). Adoption Challenges of Building Information Modelling (BIM) and Off-Site Construction (OSC) in Healthcare Construction: Are They Fellow Sufferers?. In ECAM.

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(2024). Mapping the Complexity of Net Zero Transition Through a System of Digital Twin Systems. In IEEE TEM.

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(2024). Leveraging Digital Twins for Enhanced Construction Project Delivery. In EC3.

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(2024). Leading psychologically safe digitally-enabled project teams. In EURAM.

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(2024). The future of digitalized project practices through data-savvy talent: A digital competence formation perspective. In PLAS.

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(2024). Can blockchain prevent the deterioration of building handover information quality for higher education institutions?. In BEPAM.

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(2024). Digital twins in the asset lifecycle: are we there yet?. In MPL.

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(2024). Projects as a speciation and aggregation mechanism in transitions: Bridging project management and transitions research in the digitalization of UK architecture, engineering, and construction industry. In Technovation.

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(2024). Common data environments in construction: state-of-the-art and challenges for practical implementation. In CI.

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(2024). Exploring Multidimensional Modularity: Strategies to Reduce Complexity in Design Activities. In JME.

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(2023). Data Analytics in managing projects. In Book Chapter.

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(2023). Experiences of talent management and digital transformation in projects. In BAM.

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(2023). How Can Digital Twins Support the Net Zero Vision?. In ICCCBE.

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(2023). Digital technologies and healthcare architects wellbeing in the National Health Service Estate of England during the pandemic. In FMT.

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(2023). Captain and conscript or companions in operational reconfiguration? The case of an infrastructure owner with projects and asset management units. In PPC.

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(2023). Building Information Modelling in Healthcare Design and Construction- a Bibliometric Review and Systematic Review. In ICCCBE.

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(2023). Comparison of current common data environment tools in the construction industry. In EC3/CIBW78.

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(2023). Navigating project management talent in the data-rich era. In EURAM.

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(2023). Megaprojects as niches of sociotechnical transitions: The case of digitalization in UK construction. In EIST.

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(2023). Digital Twin-based Services-A Taxonomy. In CADE.

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(2023). Lessons Learned on Adopting Automated Compliance1 Checking in AEC Industry-A Global Study. In JME.

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(2023). Digital technologies and well-being in architecture in the COVID-19 era. In Book Chapter.

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(2023). Taming complexity in project organising through blockchain. In Book Chapter.

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(2023). Organising for Digital Transformation-Ecosystems, Platforms, and Future States. In Book Chapter.

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(2023). Blockchain innovation ecosystems orchestration in construction. In IMDS.

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(2023). Relationship between Digital Twin and Building Information Modeling: A systematic review and future directions. In CI.

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(2022). Investigating the New Zealand Off-Site Manufacturing Industry’s Readiness for Automated Compliance Checking. In JCEM.

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(2022). Digital-enabled Design for Manufacture and Assembly (DfMA) in offsite construction: A modularity perspective for the product and process integration. In AEDM.

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(2022). Conceptual framework for decentralised information management along the entire lifecycle of a built asset. In EC3.

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(2022). Safe E-scooter operation alternative prioritization using a q-rung orthopair Fuzzy Einstein based WASPAS approach. In JCP.

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(2022). Building information modeling-enabled platform approach to design for manufacture and assembly. In Book Chapter.

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(2022). Human-Organization-Technology (HOT) Fit Model for BIM adoption in Construction Project Organizations: Impact factor analysis using social network analysis and comparative case study. In JME.

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(2022). Digital Technologies in Built Environment Projects: Review and Future Directions. In PMJ.

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(2021). Digital Leadership for the Built Environment. In Book Chapter.

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(2021). Blockchain Opportunities and Issues in the Built Environment: Perspectives on Trust, Transparency and Cybersecurity. In Book Chapter.

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(2021). Integrated Approaches to Design for Manufacture and Assembly: A Case Study of Huoshenshan Hospital to Combat COVID-19 in Wuhan, China. In JME.

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(2021). Developing digerati leaders: Education beyond the building information modelling (BIM) ecosystem. In Book Chapter.

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(2021). Blockchain use cases across entire lifecycle of a built asset: A Review. In EC3.

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(2021). Blockchain ecosystem in construction: Open or closed ecosystem?. In ARCOM.

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(2021). BIM-enabled Sustainability Assessment of Design for Manufacture and Assembly. In ISARC.

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(2021). Building data analytics capability to increase information processing capacity: The case of a professional service firm. In EurOMA.

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(2021). Digital Transformation in Developing Countries: A Study into BIM Adoption in Thai Design and Engineering SMEs. In IJSCE.

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(2021). Insights into Blockchain Implementation in Construction: Models for Supply Chain Management. In JME.

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(2021). Collaboration in BIM-based construction networks: a qualitative model of influential factors. In ECAM.

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(2021). Infrastructure megaprojects as enablers of digital innovation transitions. In Book Chapter.

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(2021). Combining Multi-Criteria Decision Making (MCDM) Methods with Building Information Modelling (BIM): A Review. In AutCon.

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(2020). Supporting collaborative design and project management for AEC using Speckle interactive data flow diagram. In DC/IO.

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(2020). Position paper: digital engineering and building information modelling in Australia. In SASBE.

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(2020). Digital transformation in construction-Systematic literature review of evolving concepts. In EPOC.

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(2020). Collaborative Workflows and Version Control Through Open-Source and Distributed Common Data Environment. In ICCCBE.

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(2020). Web-based distributed design to fabrication workflows. In CAADRIA.

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(2020). BIM-enabled design for manufacture and assembly. In EG-ICE.

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(2020). SpeckleViz: A Web-based Interactive Activity Network Diagram for AEC. In SimAUD.

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(2020). Preparing construction supply chains for blockchain technology: An investigation of its potential and future directions. In FEM.

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(2020). Shifting trust in construction supply chains through blockchain technology. In ECAM.

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(2020). Are Megaprojects Ready for the 4th Industrial Revolution?. In ICE MPL.

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(2020). Boundary-spanning for managing digital innovation in the AEC sector. In AEDM.

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(2020). Blockchain-Based Innovation in UK Construction: A User Perspective. In EURAM.

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(2020). The Digital Supply Chain: Mobilising Supply Chain Management Philosophy to Reconceptualise Digital Technologies and Building Information Modelling (BIM). In Book Chapter.

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(2019). The Influence of the Blockchain Technology on Trust in construction Supply Chain Management. In CIB W78.

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(2019). A Proposed Model for Digital Transformation of Requirements Management in the Design of Healthcare. In CIB W78.

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(2019). Towards a methodology for quantifying the benefits of BIM. In EC3.

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(2019). From relational to technological trust: How do the IoT and Blockchain technology fit in?. In EC3.

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(2019). Preparing Construction Supply Chains for Blockchain: An Exploratory Analysis. In CIB World.

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(2019). An Alternative Project-Based Learning Model for Building Information Modelling-Using Teams. In EPOC.

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(2019). Knowledge Management and Organizational Capabilities in Project settings: Unpacking Project-based Learning. In PM Congress.

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(2019). Digitalisation in construction: Mixed blessing for collaboration in projects. In PM Congress.

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(2019). Collaboration Barriers in BIM-based Construction Networks: A Conceptual Model. In IJPM.

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(2019). Organising and Managing boundaries A structurational view of collaboration with Building Information Modelling (BIM). In IJPM.

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(2019). Conceptualizing and operationalizing team task interdependences: BIM implementation assessment using effort distribution analytics. In CME.

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(2018). An Alternative Project-Based Learning Model for Building Information Modelling-Using Teams. In IRNOP.

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(2018). Digital innovation in Europe: Regional differences across one international firm. In ARCOM.

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(2018). BIM solutions for construction lifecycle- A myth or a tangible future?. In ECPPM.

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(2018). An Alternative Project-Based Learning Model for Building Information Modelling-Using Teams. In ARCOM.

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(2018). Paving the way to digital innovation: megaprojects, institutions and agency. In EGOS.

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(2018). Viability of the BIM Manager Enduring as a Distinct Role: Association Rule Mining of Job Advertisements. In JCEM.

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(2018). Boundary spanning and knowledge brokering for digital innovation. In EPOC.

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(2018). Roadmap to Mature BIM Use in Australian SMEs: Competitive Dynamics Perspective. In JME.

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(2018). Organizing for digitization: a balancing act. In AOM Big Data.

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(2018). Integrating BIM into facility management: typology matrix of information handover requirements. In IJBPA.

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(2018). Loosely Coupled Systems of Innovation: Aligning BIM Adoption with Implementation in Dutch Construction. In JME.

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(2017). The influence of leadership, resources and organisational structure on BIM adoption. In ARCOM.

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(2017). Grasping Brutal and Incremental BIM Innovation through Institutional Logics. In ARCOM.

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(2017). Collaboration in BIM-based construction networks: A bibliometric-qualitative literature review. In IJPM.

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(2017). Unravelling project ecologies of innovation: A review of BIM policy and diffusion. In IRNOP.

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(2017). Aligning BIM Adoption Drivers with BIM Implementation in Loosely Coupled Construction Systems. In EPOC.

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(2017). Inter- and intra-organizational conditions for supply chain integration with BIM. In BRI.

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(2017). Formal and informal relations within BIM-enabled supply chain partnerships. In CME.

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(2016). Managing actors and building information for supply chain integration. In ASCAAD.

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(2016). Alignment of Partnering with Construction IT: Exploration and Synthesis of network strategies to integrate BIM-enabled Supply Chains. In A+BE.

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(2016). The Actors Perceptions and Expectations of Their Roles in BIM-Based Collaboration. In ARCOM.

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(2016). Facilitating the BIM coordinator and empowering the suppliers with automated data compliance checking. In ECPPM.

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(2016). BIM Implementation and Project Coordination in Design-Build Procurement. In ARCOM.

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(2016). A comparative case study of coordination mechanisms in Design and Build BIM-based projects in the Netherlands. In ECPPM.

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(2016). The interdependences of BIM and supply chain partnering: Empirical explorations. In AEDM.

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(2015). Supply chain integration with BIM: a graph-based model. In JBPA.

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(2015). BIM adoption in integrated supply chains: A multiple case study. In ARCOM.

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(2015). A BIM-based supply chain model for AEC. In BIM Conference.

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(2014). The utilisation of BIM as a project management tool. In ECPPM.

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(2014). Modelling and simulation research for construction supply chains. In ECPPM.

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(2014). A global framework for modelling supply chains in AEC. In ECPPM.

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(2013). Attaining Performance with Building Information Modelling. In eCAADe.

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