Adaptive Architectural Facades: Review 1985–2024. A Comparative Analysis of Media-TIC, the Arab Institute, and Al Bahar Towers Dynamic Facades Approaches
Ana Cocho‐Bermejo
Abstract
Abstract Adaptive and responsive architectural facades have evolved significantly over the past decades, transitioning from mechanical analogue to AI-driven responsive envelopes. This article critically examines three landmark case studies (Institut du Monde Arabe (1987), Media-TIC (2009), and Al Bahar Towers (2012)), to evaluate their conceptual frameworks, technological execution, and algorithmic approaches to facade performance control. By situating these projects within the broader discourse on dynamic facades, the study identifies key shifts in adaptive architecture, from early mechanical interventions to digitally integrated and predictive control systems. A comparative analysis highlights the strengths and limitations of each approach, emphasizing material sustainability, energy performance, and system longevity. The findings underscore the increasing role of computation, biomimicry, and predictive analytics in shaping the next generation of adaptive building envelopes. This research offers a unique longitudinal analysis of adaptive facades, tracing their evolution from mechanical analog systems to AI-driven envelopes providing new insights into facade optimization, emphasizing the future convergence of AI, material innovation, and real-time environmental adaptation to enhance building performance and efficiency.