Rule-Based Design and Semantic Modeling: BIM and Procedural Modeling Integration for Digital Twin Architecture

Abstract

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.