Architects throughout history have aimed to transform buildings from static structures into dynamic systems to meet evolving resident needs. This involves creating spaces and construction components capable of alterations triggered by people or the environment, such as movement, sound, light, wind, heat, or humidity. Prussin notes that "place-making extends from changing cultural needs," emphasizing the need for an ever-evolving architecture. This concept aligns with Nicholas Negroponte's idea of responsive architecture (1979), intelligently adapting to its environment through collective user interaction and dynamic form movements, achieved with computational and kinetic systems.
The field of architecture is currently immersed in passionate debates, facing challenges from outsiders bringing new practices and internal questioning from practitioners doubtful of its current state. This has led to a profound (R)evolution in architecture. Technology emerges as a significant catalyst, transforming the discipline by introducing solutions at every stage of the value chain. The evolution has been gradual, leveraging new construction techniques, developing software, and now incorporating statistical computing, including Data Science and Artificial Intelligence. Rather than a disruptive change, the evolution is seen as a continuous process that has unfolded through successive stages, including Modularity, Computational Design, Parametricism, and finally, Artificial Intelligence. Beyond historical context, it is posited that this evolution serves as the wireframe for a radical improvement in architectural conception.
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