In the realm of architectural innovation, speculative design has emerged as a transformative discipline, pushing the boundaries of conventional aesthetics and functionality. At the intersection of creativity and technological advancement, the incorporation of Artificial Intelligence (A.I.) into speculative architecture design introduces a paradigm shift, offering unprecedented possibilities in adaptability, sustainability, and user experience. Speculative design envisions possibilities beyond the existing constraints, and AI plays a pivotal role in realizing these visions. The integration of AI in facades introduces a new type of adaptability by enabling real-time responsiveness to environmental factors. Machine learning algorithms can process data from sensors, weather forecasts, and user preferences to dynamically adjust the facade's properties.

Exploring the Intersection of Speculative Design and Adaptive Surfaces / Gasparini, Katia. - In: FORUM A+P. - ISSN 2227-7994. - 28:(2025), pp. 40-43. [10.37199/F40002806]

Exploring the Intersection of Speculative Design and Adaptive Surfaces

katia gasparini
2025-01-01

Abstract

In the realm of architectural innovation, speculative design has emerged as a transformative discipline, pushing the boundaries of conventional aesthetics and functionality. At the intersection of creativity and technological advancement, the incorporation of Artificial Intelligence (A.I.) into speculative architecture design introduces a paradigm shift, offering unprecedented possibilities in adaptability, sustainability, and user experience. Speculative design envisions possibilities beyond the existing constraints, and AI plays a pivotal role in realizing these visions. The integration of AI in facades introduces a new type of adaptability by enabling real-time responsiveness to environmental factors. Machine learning algorithms can process data from sensors, weather forecasts, and user preferences to dynamically adjust the facade's properties.
2025
Exploring the Intersection of Speculative Design and Adaptive Surfaces / Gasparini, Katia. - In: FORUM A+P. - ISSN 2227-7994. - 28:(2025), pp. 40-43. [10.37199/F40002806]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11388/370889
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