Inherent in every stage of the product development lifecycle of any complex system is uncertainty, which can have either positive or negative outcomes. Today’s prevailing... Read More

Traditionally, Systems Engineering (SE) has heavily relied on documents to aid in the development and maintenance of complex systems. Document based SE requires individuals to... Read More

The primary issue in teaching Model Based Systems Engineering is that students must learn 3 orthogonal concepts simultaneously: This presentation will touch on various graduate-level... Read More

The maturation of the MBSE toolchain has brought with it an increase in deployment complexity as well as higher resource demands. As usage becomes more... Read More

The automotive development lifecycle is defined by the V-model for verification and validation. Multiple process stages directly tie into each other through shared inputs and... Read More

There are new complexities in engineering practice as industry implements digital engineering to improve their products or as part of a contract requirement for a... Read More

Digital Engineering (DE) is typically viewed from the perspective engineers interacting with and integrating each other’s models with little thought regarding the infrastructure enabling that... Read More

Maturing digital engineering tools, processes, and adoption is a core mission for Sandia National Laboratories’ transformation of nuclear deterrence. With many concurrent programs in various... Read More

Faced with exponential growth in complexity and interdependency, systems engineering practitioners must adopt novel approaches for architecting emergent system attributes to ensure effective designs. However,... Read More