Complex systems modelling: techniques to include system thinking, high variability and hierarchies

Complexity appears in a system when its aggregate behavior is the result of its components but also of the interrelationship between them. This systemic behavior is called emergence. Its variability soars as it multiplies with the number of elements, and it can only be observed at a systemic level, fundamentally different from the underlying components. This hierarchy is inherent to system thinking.

The challenges of complexity become evident when discussing the systemic behavior of a system of systems (SoS). They are not easily integrated into traditional requirements management, nor the usual design techniques.

This event is organized by AEIS, the Spanish chapter of the International Council on Systems Engineering (INCOSE).

 

 

 

Participantes:

Sylvia Díaz-Montenegro
CEO – Balandra software

Graduated in Computer Science and Executive MBA. Sylvia is the founder and CEO of Balandra Software, a company pioneer in applying artifact-centri design to the automation of complex systems. Once CIO in complex services industries, Sylvia started her own company to crack the problem of customer-facing processes and she has been working on it for more than ten years already.
Sylvia is married and proud mother of four which, according to her, is the source of her understanding of complexity.

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