Impactul BIM și IA asupra operelor de arhitectură
The impact of BIM and AI on architectural

Summary/Abstract: BIM (Building Information Modeling) is a new approach in design methodology, through a suite of technologies and processes based on 3D modeling that provide professionals in architecture, engineering, and construction with the necessary collaborative tools to simulate and optimize design, construction, and building management processes based on comprehensive digital models. The implementation of a working, information, and communication method does not modify the distribution of roles among participants, and authorship will be attributed in the same manner as in an operation without BIM, namely according to the reality of the design. The digital model itself, independently of the works and all the data composing it, may constitute a work benefiting from copyright provisions if the two conditions defining a work protected by copyright are fulfilled. Copyright may be claimed without the need for prior formalities; however, to eliminate any difficulty, considering the complexity of the BIM process and the number of stakeholders, contractual agreements with each interested party and the BIM agreement shall establish individual and collaborative contributions, being enforceable against all participants. Artificial Intelligence (AI) is increasingly redefining architectural design through new design techniques such as spatial planning, parametric modeling, generative design, and performance-based analysis, as well as new methods such as machine learning (ML) and predictive modeling, based on large datasets and the automation of complex processes, which enhance efficiency, precision, and spatial adaptability. AI is increasingly regarded “not as an additional tool, but as a central mechanism for enabling generative creativity, performance-based optimization, and sustainable innovation,” while also raising challenges and ethical considerations “regarding data privacy, decision-making authority, and the future role of human creativity.” Although artificial intelligence performs much of the heavy work in the realization of these projects, it remains uncertain whether it can replace human creativity and reduce architects to mere supervisors of algorithmic outcomes, since architecture is not merely a data- or algorithm-driven problem-solving endeavor, but a deeply humanistic and contextual practice, with architects operating at the intersection of design, society, culture, and environment. AI can assist in producing and evaluating projects, but it cannot assume authority in the same way as human designers, as it lacks consciousness, intention, and experiential knowledge necessary to create spaces with identity, empathy, and meaning. Therefore, AI challenges architects to redefine their roles as creative leaders, ethical stewards, and interdisciplinary collaborators, requiring them to engage more deeply with technology, human needs, and the broader systems within which architecture operates.

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