Engineered Systems Map


Take a quick overview of how it all fits together with this mind map of complex engineered systems

Engineered Systems Course


This course applies complexity theory to the analysis and interpretation of next-generation technology infrastructure

Engineered Systems Book


Every time we buy a product in the supermarket, take a flight, recharge our phone or send an email we are forming part of what we call complex engineered systems

Technology Infrastructure Resilience


Resilience refers to the capacity of a system to effectively respond to, and adapt to, changes without significant degradation to its overall functioning and structure

Technology Network Analysis


Technology network analysis is the study of systems of technology via the lens of network analysis. It uses models and analytical tools to study how connectivity shapes technologies; particularly within complex engineered systems that

Multi-Level Engineered Systems


Multi-level engineered systems are technologies that involve many different emergent levels to their overall structure.

Technology Path-Dependency


Path-dependence refers to how current events and choices are contingent on, and conditioned by, past events.

Self-Organizing Engineered Systems


Self-organizing engineered systems refers to the process through which engineered systems can self-organize to create global functional technologies.

Information & Control Systems


Information technology is an integral part of the whole theory and science of complex systems. It is essentially the only way through which we can access data,

Engineering Systems Dynamics


Engineering System dynamics is a modeling method for the analysis of complex engineered systems that are characterized by feedback loops and time delays