Complexity

Practical Systems Thinking: The Cynefin Framework

The Cynefin Framework is among the most widely used frameworks for understanding how systems are organized. It might be the most practical means of bringing systems thinking to life. A system, after all, is simply an organization of things within some constraint or boundary. We rely on The Cynefin Framework (pronounced /kəˈnɛvɪn/ kuh-NEV-in) as a […]

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After-Action Review: Learning Together Through Complexity

Complexity science is the study of how systems behave when under conditions of high dynamism (change) and instability due to the number, sequencing, and organization of actors, relationships, and outcomes. Complex systems pose difficulty drawing clear lessons because the relationship between causes and consequences are rarely straightforward. To illustrate, consider how having one child provides

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Simple Systems Scoping

Systems thinking done broadly allows us to take into consideration the various factors — structures, activities, relationships, interconnections — that can influence our organization, market, and domain of inquiry. One of the fundamental qualities of systems is that they have boundaries. For example, when we consider an organization as a system we need to place

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