About this book:

This comprehensive guide provides a systems-oriented roadmap for planning and building infrastructure capable of withstanding the accelerating impacts of climate change. Moving beyond theoretical discussion, the text offers practical strategies for engineering roads, power grids, water systems, and coastal defenses that can anticipate, absorb, and recover from extreme weather events and sea-level rise. By treating climate change as a dynamic design parameter rather than a static historical average, the book equips professionals with the tools to implement adaptive pathways that preserve long-term functionality while navigating deep uncertainty.

The book delves into the technical and operational heart of resilience, covering essential topics such as high-resolution risk mapping, the selection of climate-resilient materials, and the integration of nature-based "green-gray" solutions. Readers will explore the transformative potential of digital twins and real-time sensing for proactive asset management, as well as the economic and legal frameworks—including best-value procurement and resilience finance—necessary to move projects from blueprint to reality.

Grounded in global case studies from the Netherlands to Singapore, the text emphasizes that true resilience must be equitable and community-centered. It addresses the critical intersections of social equity, just adaptation, and institutional capacity, providing a holistic view of infrastructure as a social contract. Whether you are an engineer, urban planner, policymaker, or investor, this book serves as an indispensable handbook for creating a built environment that protects people, sustains ecosystems, and delivers reliable service in a changing world.

What You'll Find Inside:

• Learn foundational risk assessment frameworks, including how to define system boundaries, incorporate forward-looking climate projections, and utilize risk matrices to prioritize infrastructure vulnerabilities.
• Explore climate-adaptive design strategies for various hazards, such as elevation and floodproofing for water, nature-based solutions for coastal defense, and cool pavements for extreme heat.
• Understand the critical role of data, models, and uncertainty quantification in resilience planning, from utilizing global climate models and downscaling techniques to integrating asset data and applying simulation models.
• Discover innovative materials and technologies that enhance infrastructure durability and performance under changing climate conditions, including corrosion-resistant rebar, polymer-modified asphalt, and fiber-reinforced polymers.
• Examine the essential elements of an adaptive asset management program, focusing on risk-informed maintenance, operational resilience, and the use of digital twins for continuous monitoring and predictive insights.

Who's It For:

This book is essential for engineers, urban planners, asset managers, policymakers, and community leaders who are involved in the planning, design, construction, operation, and financing of critical infrastructure. It provides practical guidance and a shared language for building resilient systems capable of anticipating, absorbing, recovering from, and adapting to the accelerating impacts of climate change.