Resilience Engineering

Resilience Engineering introduces a paradigm shift in safety management by moving away from traditional failure-based models. Erik Hollnagel, David Woods, and Nancy Leveson argue that safety should be defined by a system's ability to succeed under varying conditions rather than simply the absence of accidents. The text details how complex systems adapt to surprises, manage limited resources, and maintain core functions during disruptions. It emphasizes proactive monitoring of organizational drift and formalizes concepts like adaptive capacity, cross-scale interactions, and the trade-offs between efficiency and thoroughness in high-hazard industries.

This book serves safety managers, risk consultants, and human factors engineers who oversee critical infrastructure and industrial operations. Readers gain a framework for analyzing how variability and human improvisation contribute to institutional stability. Instead of focusing on human error as a cause, practitioners learn to identify the systemic conditions that allow individuals to create safety in real time. The material provides a technical foundation for building organizations that anticipate risks and recover from operational disturbances before they escalate into catastrophes.

Outward-looking and growth-minded; a demanding read.

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