Our lab is dedicated to advancing the field of Building Information Modeling (BIM) through rigorous research, collaborative practices, and a commitment to quality and innovation. See the key themes that guide our work below:
BIM adoption refers to gradually incorporating Building Information Modeling technologies and processes within construction projects. As industry standards evolve, organizations face challenges like ensuring adequate training, adjusting workflows, and integrating BIM with existing systems. However, the shift towards widespread BIM adoption is crucial for enhancing collaboration, improving design accuracy, and increasing construction sustainability. This theme highlights the key factors influencing BIM adoption, from regulatory requirements to the technological advancements driving change
BIM Coordination and Lean Design Management
BIM coordination involves the strategic management of digital models to ensure seamless collaboration between various project stakeholders. Lean design management emphasizes efficiency, reducing waste and improving value across the design and construction phases. By combining these approaches, teams can optimize project workflows, leading to more effective communication, fewer errors, and reduced project costs. This theme explores how BIM coordination and lean design principles merge to streamline project execution and enhance decision-making throughout the project lifecycle.
Integrated and Collaborative Practice
In the rapidly evolving field of construction and project management, collaboration is key. This theme explores how integrated approaches can enhance project outcomes by fostering better communication, coordination, and cooperation among all stakeholders involved in the design, construction, and operation of built assets.
Ensuring that BIM processes meet the highest standards of quality and comply with industry regulations is critical for successful project delivery. This theme focuses on the development and implementation of best practices, standards, and compliance measures that ensure the integrity and reliability of BIM data throughout the project lifecycle.
The transition from construction to operation and maintenance is a crucial phase in the lifecycle of a building. This theme addresses the challenges and opportunities associated with the digital handover process, where BIM data is transferred to facility managers and operators, ensuring a seamless continuation of information flow that supports the building’s long-term performance.
EDI.I, Indigenous Engagement, and Social Impact
Our lab is dedicated to integrating equity, diversity, inclusion, and indigeneity (EDI-I) into Building Information Modeling (BIM) practices. This initiative not only ensures that diverse perspectives are acknowledged and valued in the field but also emphasizes the social impact of our work. By aligning technological advancements with EDI-I principles, we aim to contribute to a more inclusive, just, and equitable society, fostering positive change in both the built environment and the communities it serves.