About this book:

In an age defined by constant change and unpredictable disruptions, *Resilience Engineering* offers a transformative framework for designing systems that don't just survive adversity, but adapt and flourish in its wake. Moving beyond traditional safety paradigms that aim to prevent every failure, this book champions a "Safety-II" approach, focusing instead on understanding why things go right and cultivating the intrinsic capacity of systems—be they technological, organizational, or societal—to anticipate, monitor, respond, and learn from both success and failure. Drawing on systems thinking and complexity science, it explores core concepts like robustness, sustainability, and adaptability, demonstrating how to build flexible, diverse, and self-organizing systems that gracefully degrade rather than catastrophically collapse.

The book delves into practical strategies for achieving lasting resilience, emphasizing the crucial role of human agency and decision-making under uncertainty. Through detailed case studies across diverse sectors—including aviation, healthcare, urban infrastructure, cybersecurity, and global supply chains—it illustrates how organizations can foster psychological safety, empower adaptive teams, and leverage cutting-edge tools like AI and adaptive automation to enhance their capacities. It also examines the vital interplay of policy, regulation, training, and simulation in preparing for the unexpected.

*Resilience Engineering* is an essential guide for engineers, leaders, policymakers, and anyone seeking to navigate the complexities of our interconnected world. It provides actionable strategies and a profound shift in mindset, equipping readers to design, manage, and evolve adaptive systems that can not only endure the inevitable shocks of tomorrow but also learn, grow, and continuously transform, ensuring a more resilient and thriving future for all.

What You'll Find Inside:

• Explore the foundational shift from traditional 'Safety-I' approaches, focused on preventing failures, to 'Safety-II,' which emphasizes understanding why systems succeed and building adaptive capacity.
• Understand key concepts like robustness (withstanding shocks), sustainability (long-term viability), and adaptability (evolving in response to change) as interconnected pillars of resilience.
• Learn how systems thinking and complexity science provide a holistic lens to analyze dynamic interactions, emergent properties, and feedback loops crucial for designing resilient socio-technical systems.
• Discover practical principles for adaptive system design, including redundancy with diversity, graceful degradation, distributed control, and designing for human adaptive capacity.
• Examine real-world case studies across aviation, healthcare, infrastructure, cybersecurity, and manufacturing to see resilience engineering principles in action, including emerging trends like AI and adaptive automation.

Who's It For:

This book is essential for engineers, organizational leaders, and policymakers seeking to design, manage, and govern complex systems in an increasingly unpredictable world. It's particularly beneficial for professionals in safety-critical domains such as aviation, healthcare, critical infrastructure, and cybersecurity, as well as anyone interested in understanding how systems can not only survive but thrive amidst constant change and unforeseen disruptions.