Systems engineering can be characterized by many dualities – architecture and analytics, process and innovation, technical and communication. Perhaps most critical is the duality of inspiration and perspiration. Good systems engineering is defined by fresh thought, creativity, and ideation. But inspiration alone is not enough. There is a tremendous amount …

Requirements models, activity models, interface models, parametric models, reliability models, thermal models, power models, finite element models, … the list goes on and on. In this drive towards model-based systems engineering (MBSE) – and ultimately model-based engineering to connect the product lifecycle – how can we make sense of this …

I recently had the pleasure of attending an expo where undergraduate research was presented. One particular project testing formal propositions regarding systems vs systems of systems (SoS) caught my eye. We generally think we understand the basic concepts as we work with somewhat loose definitions. As we move to formal …

Model-based systems engineering is many things. It is architecture and analytics. It is communication and analysis. It is methods and tools. Fundamentally, it represents a shift from low fidelity representations in documents to higher fidelity, richer representations serving as the single source of truth for both communications and analysis. Ultimately, …