With climate change resulting in increased heat and precipitation, coastal flooding, sea-level rise, and other hazardous events, the built environment is experiencing increased vulnerability, damage, and disruption. The goal of resilient design is not only to protect critical project components from current climate hazards but also to reduce downtime following a hazardous event and to prepare for and adapt to future challenges. This session will review three Passive House case studies, evaluating design solutions that incorporate the results from both passive survivability and climate resilience assessments. Each case study identifies unique, site-specific climate-related shocks and stresses which pose challenges and provides a framework for identifying opportunities for risk-informed, future-focused resilient, and sustainable design solutions. The session will identify performance-based design parameters for individual project components including, but not limited to, building envelope, structural systems, MEP systems, and site design, considering both passive survivability and resilient solutions, while also maximizing opportunities for co-benefits and future climate adaptation.