Design Innovation for Climate-Resilient Cities and Built Environments

Chapter 1. Designing for a Planet in Flux: Architecture, Technology, and the Future of Climate-Resilient Cities.- Part I. Design Intelligence for Climate-Resilient Architecture and Urban Form.- Chapter 2. Passive and Nature-Based Design Innovations for Climate Resilient Cities: A Systematic Literature Review.- Chapter 3. The Key to Yazd’s Resilience: Badgirs and Qanats, Innovative Secrets for Coping with the Arid Climate.- Chapter 4. Geometry-Led Residential Design for Climate Resilience in Hot Semi-Arid Cities: A Case Study of Lahore.- Chapter 5. Aqua Vascular Tower: A Biomimetic Approach to Climate-Resilient Vertical Architecture in Dense Urban Settings.- Chapter 6. Transforming Industrial Heritage into Climate-Resilient Cultural Spaces: Comparative Insights from Coal Drops Yard (UK) and Argo Factory (Iran).- Chapter 7. Housing Futures: Comparative Strategies for Climate-Resilient Housing in the Global North and South.- Part II. Technological, Infrastructural, and Systemic Pathways to Climate Resilience.- Chapter 8. AI-Enabled Emerging Technologies for High-Performance Building Benchmarking: Balance Energy, Comfort, and Health Resilience.- Chapter 9. Integrating Source-Sink Theory and Road Pavement Solar Collectors for Urban Climate Resilience.- Chapter 10. Potential Strategies for Green Building Technology Adoption: Empirical Insights for Climate-Resilient Urban Development in Construction Sector.- Chapter 11. Furthering a Systemic Approach to Resilience: Planning, Infrastructure, and Applications of Adaptation.- Chapter 12. Designing Resilience in Practice: Lessons, Transitions, and the Future of Climate-Responsive Cities.