Modeling the Structure and Complexity of Engineering Routine Design Problems

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This paper proposes a model to structure routine design problems as well as a model of its design complexity. The idea is that having a proper model of the structure of such problems enables understanding its complexity, and likewise, a proper understanding of its complexity enables the development of systematic approaches to solve them. The end goal is to develop computer systems capable of taking over routine design tasks based on generic and systematic solving approaches. It is proposed to structure routine design in three main states: problem class, problem instance, and problem solution. Design complexity is related to the degree of uncertainty in knowing how to move a design problem from one state to another. Axiomatic Design Theory is used as reference for understanding complexity in routine design.
Publisher
CIRP
Issue Date
2011
Keywords

Routine design; Complexity; Axiomatic Design Theory

Citation

21st CIRP Design Conference

URI
http://hdl.handle.net/10203/23708
Appears in Collection
Proceedings of the 21st CIRP Design Conference
Files in This Item
-CIRP-Design-2011-Paper23-Jauregui-Becker-et-al.pdf(480.18 kB)Download

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