Architecting a Satisficing Strategy for Designing Complex Systems (Not yet published)
| AUTHOR | Farrokh, Mistree; Guo, Lin; Mistree, Farrokh et al. |
| PUBLISHER | Springer (12/25/2025) |
| PRODUCT TYPE | Hardcover (Hardcover) |
In this book, the authors describe how designers evolve their designs through the Design Evolution Cycle. It identifies challenges associated with designing complex systems, such as dealing with multiple conflicting goals, evolving design preferences, nonlinear and nonconvex constraints and goals, continuous and discrete variables, coupled decisions, sub-models with different levels of fidelity, and emergent properties.
The book empowers designers to make robust, informed, and iteratively improved decisions in designing complex systems
This book introduces method for architecting a computational framework that enables designs to evolve into better iterations. It identifies challenges associated with designing complex systems, such as dealing with multiple conflicting goals, evolving design preferences, nonlinear and nonconvex constraints and goals, continuous and discrete variables, coupled decisions, sub-models with different levels of fidelity, and emergent properties.
The book empowers designers to make robust, informed, and iteratively improved decisions in designing complex systems.
In this book, the authors describe how designers evolve their designs through the Design Evolution Cycle. It identifies challenges associated with designing complex systems, such as dealing with multiple conflicting goals, evolving design preferences, nonlinear and nonconvex constraints and goals, continuous and discrete variables, coupled decisions, sub-models with different levels of fidelity, and emergent properties.
The book empowers designers to make robust, informed, and iteratively improved decisions in designing complex systems