I am delighted to share that the Third Edition of my textbook, Risk Analysis in Engineering and Economics, is now available for order from Chapman & Hall, Taylor and Francis. đź”— Order the book from Amazon Engineering and economic decisions are rarely made with complete information. They require us to identify
1. A System Under Stress, Not Just Weapons The global nuclear landscape is entering a new phase defined not simply by the number of weapons, but by the complexity of the system in which deterrence operates. We are approaching what can be described as “nuclear midnight,” not only because of
Rethinking Charity in an Age of Complexity When we hear the word charity, we tend to picture visible acts of giving, donations that provide immediate relief in times of need. These acts are important and often lifesaving. Yet many of the most consequential contributions to human well-being are neither
Ancient Rivers, Lost Landscapes, and the System Transformation of the Arabo-Persian Gulf Introduction Today, the Strait of Hormuz is known as a strategic chokepoint in global energy systems; however in deep time, it was something entirely different. Before the waters of the Indian Ocean filled the basin, the present-
Introduction The Strait of Hormuz is often described as the world’s most critical energy chokepoint. But on April 12, 2026, following the conclusion of U.S.–Iran talks without agreement, real-time vessel tracking suggests something more subtle and more important: The system did not stop. It starting to
A systems-based analysis of infrastructure, food, water, and recovery dynamics Three broad classes of catastrophic risk are often discussed: (1) Nuclear detonation, (2) Radiological dispersal (dirty device), and (3) Electromagnetic disruption (EMP). They are examined from effects to recovery to inform policy and planning. 1. Nuclear Detonation — Multi-System
Introduction Public discussions of nuclear risk often focus on the facility itself, its design, containment, and potential release mechanisms. This perspective is incomplete. Risk must be understood as: A function of the infrastructure system, environmental dynamics, and interdependencies. This becomes particularly evident when comparing: * Bushehr Nuclear Power Plant (Iran) * Dimona
đź’ˇMy prior essays on Infrastructure Tokenization generated a lot of interest and questions related to terminology and why needed which are being addressed briefly herein. My prior essays are: Infrastructure Tokenization: An Institutional Playbook for Capital Modernization Infrastructure Tokenization: Modernizing Assets Through Digital Finance Tokenization for Digital Finance Tokenization refers
In a prior essay, I outlined the structural case for infrastructure tokenization. The thesis was straightforward: infrastructure is capital intensive, illiquid, and structurally constrained by traditional financing channels. After outlining a plan for infrastructure tokenization, the next step is execution following a newly developed playbook. From Concept to Playbook We
Infrastructure Capital Gaps and Innovation Need for Capital Generation According to the ASCE 2024 Report Card, U.S. infrastructure received a C grade, with nearly $7.4 trillion required between 2024 and 2033 across highways, bridges, rail, transit, water systems, electricity, airports, and ports. Emerging markets face an additional projected
The ASCE–NOAA Task Force on Climate Resilience in Engineering Practice Infrastructure systems across the United States are facing increasing stress from extreme weather events, shifting climate patterns, and evolving environmental hazards. Traditional engineering design has long relied on historical data under the assumption of stationarity, that past environmental conditions
I am pleased to share that the Third Edition of my textbook, Numerical Analysis for Engineers: Methods and Applications (with Richard H. McCuen) is now available at a special discount from Routledge. đź”— https://www.routledge.com/Numerical-Analysis-for-Engineers-Methods-and-Applications/Ayyub-McCuen/p/book/9781032993003 This widely