Extremely fast functional coupling complexity, processing power increase, product miniaturization, digital convergence, connectivity, user interaction and autonomy requirements are many factors that make Medical Device product delivery process more complex. To address these challenges, companies must master a systems development process that ensures traceability from needs identification to final product verification and right-to-market delivery. A strategy is needed to help all engineering disciplines in the organization effectively contribute to a complete, end-to-end systems development process.
As part of the Dassault Systèmes’ comprehensive Product Life Cycle Management (PLM) V6 solution offering, the Systems Engineering solution helps engineers in Medical Device companies formalize, share and manage a unified, cross-discipline systems development process. It allows customer needs and technical requirements to be captured, with complete traceability across product definition, functional, logical, physical and test aspects established. Systems and discipline engineers can also model and validate systems behavior to enable optimization, concept dimensioning, and multi-discipline interface management.
With the Systems Engineering solution, Medical Device companies can master the collaborative multi-discipline systems development process, thanks to dynamic modeling, simulation, and traceability from needs identification to final product validation. Early and comprehensive validation enables systems engineers to produce innovative designs more quickly, with reduced costly late-cycle issues and changes.
We have a very intuitive user interface and a smarter view of our work. Thanks to ENOVIA, we can ensure that everyone looks at the single version of the truth.
Christian Rossby Design Engineer, Elekta