The business environment is increasingly complex and competitive so organizations must
respond to different market conditions by reconfiguring their processes, products and …

In many engineering design contexts models are indispensable. They offer decision support
and help tackle complex and interconnected design projects, capturing the underlying …

Due to ever-increasing complexity of cutting-edge engineering systems, the need for
managing structural complexity and modularity of such systems is becoming important. The …

System of Systems Modeling and Analysis provides the reader with motivation, theory,
methodology, and examples of modeling and analysis for system of system (SoS) problems …

In an increasingly interconnected & cyber-physical world, complexity is often cited as the
root cause of adverse project outcomes, including cost-overruns and schedule delays. This …

Complexity and modularity are important inherent properties of the system. Complexity is the
property of the system that has to do with individual system elements and their connective …

In this paper, we determine the risk mitigation process inherent in managing a portfolio of
technologies diverse in both their readiness for infusion and the nature of the performing …

Monitoring the complexity of a firm's IT architecture is imperative to ensure a stable and
flexible platform foundation for competing in the era of digital business strategy. However, IT …

Decomposition is a dominant design strategy because it enables complex problems to be
broken up into loosely coupled modules that are easier to manage and can be designed in …

In recent years, space projects have evolved to faster and more variable projects. To adjust
the design processes in accordance, new work methodologies arise, as the Concurrent …