Globally, 2023 was the hottest year since records began, with forecasts suggesting the world is only going to get warmer. From shading techniques and self-cooling systems to rethinking thermal regulation, architects are devising ways to beat the heat. 

There’s a pressing need for reactive measures that anticipate and accommodate environmental changes – from small weather anomalies to huge climate emergencies. Science provides dynamic, smart solutions, with chameleonic cladding and thermochromic windows tackling temperature oscillation. Agile solutions look beyond permanent buildings, with designers championing disaster-relief construction for citizens displaced by climate events.

Key material innovation is engineered towards futureproofing infrastructure, buildings and interior spaces. With a focus on heat-management solutions, fireproof façades, natural-world protection and infection reduction, materials are fortifying the built environment to offer next-level climate resilience.

Extreme weather events are becoming almost everyday occurrences across the globe, necessitating buildings to be fortified to protect their residents. With projects designed to mitigate damage from the elements and intense environmental changes, architects are designing with disasters in mind, promising futureproofed constructions and landscapes.

Historically overlooked in western-centric climate action, indigenous land management and architecture practices are gaining traction in the fight against extreme weather events. Harnessing traditional skills, materials and design, vernacular building projects are helping communities tackle site-specific environmental threats.