Certain forces affecting the built environment are beyond human control. …At the same time, increasingly stringent fire- and life-safety requirements have raised expectations for structural systems performing under multiple hazard conditions. For decades, steel and concrete have been the default materials for meeting these demands. However, in recent years, timber construction has emerged as a viable engineered system capable of meeting prescribed wind-load criteria and code-required fire-resistance standards, offering construction professionals a viable solution for mitigating risk and protecting both buildings and occupants. …Heavy timber and mass timber can withstand extreme wind and fire through a combination of material properties and engineered design. Timber’s ductility allows it to absorb and distribute wind forces, while high-wind connectors, hold-downs, and continuous load paths help resist uplift and lateral loads during hurricanes. …Code-recognized fire-resistance design, appropriate member sizing, tested assemblies, and protective materials allow timber systems to meet rigorous life-safety requirements.