Integrating sustainable and resilient solutions into city design is a necessary response to growing climate challenges, particularly in Morocco, where extreme heat waves are becoming increasingly frequent. Strategies such as optimized water management, the use of plants to promote evapotranspiration, intelligent design to capture air currents, and the use of materials with high thermal inertia, not only reduce urban temperatures, but also create more pleasant and resilient living spaces. What makes these solutions all the more relevant is their low-tech nature and their deep roots in local resources. In addition to being accessible and sometimes inexpensive, these practices are universal and timeless, as evidenced by the many historical examples of Moroccan and Mediterranean cities that were already using ingenious systems to cool the air, manage water resources and encourage wind circulation. Today, it is imperative to bring these ancient skills up to date and adapt them to contemporary needs. By reintroducing these bioclimatic features, we can build cities that are more resilient in the face of climatic hazards, while preserving their cultural and environmental identity. This approach is a real bridge between past, present and future, demonstrating that simple solutions, based on a detailed knowledge of the territory and local ecosystems, are often the most effective and sustainable in adapting to and mitigating climate change.