systems engineering v2; towards a new paradigm
this piece sets the conceptual foundations for a new paradigm in systems engineering. i start with a brief tour of the horizon of systems engineering; its history, its methodology, and its general performance. i then comment on mike griffin’s famous ”fixing systems engineering” speech and provide a novel systems engineering general problem ontology. the core problem is that systems engineering is divorced from what we understand about natural systems. the frame error is a missing model of complexity, and the practical error is one of word modeling. under a biophilic model of systems engineering, i advocate for words to be the systems engineering equivalent of a cell and the conceptual base for a new paradigm
this piece sets the conceptual foundations for a new paradigm in systems engineering. i start with a brief tour of the horizon of systems engineering; its history, its methodology, and its general performance. i then comment on mike griffin’s famous ”fixing systems engineering” speech and provide a novel systems engineering general problem ontology. the core problem is that systems engineering is divorced from what we understand about natural systems. the frame error is a missing model of complexity, and the practical error is one of word modeling. under a biophilic model of systems engineering, i advocate for words to be the systems engineering equivalent of a cell and the conceptual base for a new paradigm
this piece sets the conceptual foundations for a new paradigm in systems engineering. i start with a brief tour of the horizon of systems engineering; its history, its methodology, and its general performance. i then comment on mike griffin’s famous ”fixing systems engineering” speech and provide a novel systems engineering general problem ontology. the core problem is that systems engineering is divorced from what we understand about natural systems. the frame error is a missing model of complexity, and the practical error is one of word modeling. under a biophilic model of systems engineering, i advocate for words to be the systems engineering equivalent of a cell and the conceptual base for a new paradigm