Summarized highlights from Interdependent Pairs (Pattern Partners session, video)
Understanding Interdependent Pairs in Complex Systems
Interdependent pairs represent a framework within Human Systems Dynamics (HSD) for understanding and working with tensions in complex systems
The approach goes beyond traditional “polarity management” by focusing on the dynamic, interconnected nature of these tensions
Both poles in a pair must have positive definitions: “Not centralized and decentralized, but centralized and distributed”
The framework rejects either/or thinking in favor of both/and approaches that recognize the value of each pole
Key Characteristics of Interdependent Pairs
Interdependence exists both between poles within each pair and between different pairs in a system
“Multiple interconnected interdependent pairs, and it’s this interconnected nature which opens the possibility for making a change”
The approach focuses on “actionable attributes” rather than trade-offs
Involves “shifting which one, how much, and when” using “sliders of position on each pair”
Aims for “sweetspotting in context” or “fit for function” – finding dynamic balance appropriate to the situation
Practical Application
Strategy processes can be viewed as “working out where an org wants to be on the sliders for a bunch of important interdependent pairs”
The approach helps “make tensions, and awareness of tensions, constructive and generative – finding the energy in difference”
Can be applied at different scales within multi-level human systems
Case examples included a family foundation strategy, professional possibilities, and the future of HSD itself
Methodology
Identify pairs of interdependent elements
Consider how these pairs interconnect with each other
Determine what changes might shift the patterns emerging from the constellation of interdependent pairs
Maintain difference while seeking common ground
HSD “does not have any answers, but enables you to pose and explore interesting questions”
Visual Frameworks
The presentation included several visual models showing:
Interconnected pairs forming a network of relationships
Slider positions representing the balance between poles
Case-specific mappings of interdependent pairs in organizational contexts