What kind of changes in the design of facades and fenestrations do you foresee for the future, say by 2050?
Facade design is expected to undergo a transformative shift towards the trend of adaptability and iconic aesthetics. Prefabricated metal perforated exteriors will gain traction, allowing for intricate detailing & varied textures. The emphasis will be on achieving harmony between form & function, resulting in facades that intelligently respond to environmental nuances. Digital interfaces will play a vital role, seamlessly blending technology with design to offer interactive & customizable exteriors. Exteriors with iconic looks will continue to be a focal point, with architects harnessing innovative materials and forms to create visually striking facades that make a lasting impact.
What kind of facade and fenestration materials do you expect to see in the global markets by 2050?
By 2050, a diverse range of materials will dominate the facade and fenestration market. Advanced alloys and composite metals will be prominent, enabling the easy fabrication of the entire facade that offers both durability and design versatility. Sustainable glass solutions such as smart glass & high-performance glass will play a pivotal role, providing energy-efficient options for environmentally conscious projects. Hybrid materials that blend traditional elements with cutting-edge technology will gain traction, allowing for the seamless integration of digital components into facades, and redefining architectural expression.
What type of facade and fenestration technologies would you like to see by 2050?
The future of facades and fenestrations depends on incorporating intelligent technologies that enhance user experience and environmental performance. We envision smart systems that dynamically respond to weather conditions, optimizing natural light, ventilation, and energy efficiency. Augmented reality integration will revolutionize user interaction with facades, allowing for customizable visual experiences. Further, advancements in material science could lead to self-cleaning and self-healing surfaces, reducing maintenance demands. Ultimately, by 2050, we hope to witness the seamless integration of cutting-edge technology into facades, elevating both form and function in architectural design.
