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 …

Very often the description of a system takes the form of a physical description of the component parts. For example, my Surface Pro 3 is described as constructed of magnesium, loaded with the Windows 10 operating system, and having a 10.8” widescreen at 1920 by 1280 resolution, 128GB storage, a …

For any issue of meaningful complexity where multiple specialists must come together to develop a solution, systems engineers sit at the technical heart of the solution. We strive to fully understand the problem space, fully understand the bounds associated with the possible implementation technologies, and ultimately expand the trade space …