System engineering is the discipline of engineering that endeavors to perfect systems. As such, systems engineering is a kind of meta-engineering that can be applied across all complex team-based disciplines. The idea of systems engineering is to enhance the performance of human systems. It has more to do with the engineering of team performance, engineering meetings or political agreements. It is not quite a social science, but it is the science of perfecting human outcomes.
The International Council on Systems Engineering (INCOSE) has been the organizing body for systems engineering programs. The field of systems engineering has been emerging as a discipline with its own unique training and advanced degree programs. As of 2009, there are some 80 United States institutions offering undergraduate and graduate programs in systems engineering.
Systems-centric programs treat systems engineering as a separate discipline with a specific focus on a separately developed body of the theory and practice. Domain-centric programs are imbedded within conventional engineering fields. All programs are designed to develop the capability of managing and overseeing large scale engineering projects.
The field of systems engineering has developed its own unique set of tools and methodologies that have less to do with the physics and mathematics of the hardware of the project and more to do with the process of bringing the elements of the project together. Modeling software, refers to modeling the process of creation, not so much to models of what is being created. These tools enable members of project team to better collaborate and plan the process of creating a complex finished product, such as a space station or a skyscraper.
Innoslate software has developed as an all inclusive baseline tool for modeling and managing the system of engineering projects. It includes full collaboration systems that allow all team members to work from the same information base, to contribute new information and to have access to what has been accumulated. It has a rich vocabulary of diagramming and flow-charting media to illustrate, change, and embellish the engineering process over time. It has modalities to provide clear feedback about the growth of the project, where it has achieved goals and where it lags behind.
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