Archaeology & Heritage

Building Information Modelling (BIM) is a comprehensive process for creating, managing and maintaining digital information relating to conservation projects or other built assets. It integrates multi-disciplinary datasets within a structured environment to produce a detailed digital representation of the project or asset across its full life cycle, from initial design through to conservation, restoration and renovation.​

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​Documentation & Preservation

BIM provides a centralised platform for storing detailed information relating to historical structures. This can include architectural components, construction materials and records documenting the evolution of the structure over time. The resulting model acts as a robust documentation resource, supporting the long-term preservation of architectural heritage for future generations.

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Historical Analysis and Research

BIM enables the integration of historical documentation, survey data and archival information, allowing researchers and conservationists to analyse the development of a heritage asset, through successive phases of use, alteration and repair. This capability supports a deeper understanding of a buildings cultural, historical and architectural significance.

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Virtual Restoration and Simulation

BIM technology allows conservation teams to test and visualise proposed restoration strategies within a virtual environment prior to physical intervention.  This supports informed decision-making and reduces risk to sensitive heritage fabric. Virtual simulations can also be used to reconstruct or visualise earlier phases of a building, providing valuable insight into its original form and historic context.

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Collaborative Decision-Making

BIM supports collaboration between all stakeholders involved in heritage and conservation projects, including architects, archaeologists, historians, engineers, and contractors. By working within a shared digital model, teams benefit from improved coordination, clearer communication, and more informed, interdisciplinary decision-making throughout the project lifecycle.

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Efficient Project Management

The integration of spatial, technical, and descriptive data within BIM facilitates more efficient project management. This includes improved scheduling, cost estimation, resource planning, and change management. Real-time updates can be tracked and shared across project teams, reducing errors and improving overall delivery efficiency.

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Facility Management and Maintenance

Beyond the conservation phase, BIM remains a valuable tool for the ongoing management and maintenance of heritage assets. It provides a structured framework for recording inspections, repairs, and maintenance activities, supporting informed long-term stewardship and helping to safeguard the condition of historic buildings.

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Educational and Public Engagement

BIM models can also be used for education and public engagement, supporting virtual tours, visualisations, and interactive experiences. These outputs help communicate the historical significance of heritage buildings to a wider audience, encouraging public understanding, appreciation, and community involvement in cultural heritage.