systeembrede

Systeembrede is a theoretical construct in the field of systems thinking that describes a holistic approach to analyzing and designing complex systems by emphasizing breadth—the range and interconnectedness of subsystems—over deep optimization of a single component. Etymology: the term blends the English word system with the Dutch word breed (broad) and gained traction in academic and speculative discussions in the 2020s as a contrast to narrow, efficiency-driven methods.

Core concepts center on drawing boundaries and interfaces not only around discrete organizations but across domains; relationships, feedback loops, and dependencies are mapped to reveal emergent properties that arise from interactions rather than from individual parts. The method favors cross-domain mapping, stakeholder analysis, and scenario planning, often supported by qualitative narratives and, where possible, quantitative breadth metrics that summarize the reach of influences rather than the depth of performance.

Applications proposed for systeembrede include urban infrastructure planning, software architecture, and supply-chain resilience, as well as governance and environmental management, where interventions in one area can ripple through many others. The approach is employed to understand how changes propagate through networks and to design interventions that maintain overall system viability.

Limitations and criticism focus on measurement and operationalization challenges. The breadth-focused stance can be difficult to translate into concrete, timely actions and may risk producing generalized recommendations if not guided by clear objectives and stakeholder input. Proponents argue that, when used alongside traditional methods, systeembrede can illuminate overlooked connections and support more resilient, integrated solutions.

See also: systems thinking, holistic design, complexity theory, resilience engineering.