Develop Safe and Effective Medical Devices with Model-Based Systems Engineering

Description

Whereas traditional “waterfall” Engineering provides an intuitive and instructive linear workflow of design activities and defines clear deliverables, it struggles to cope with the iterative and integrative nature at the early stage of conceptual or basic designs. It also fails to cope with the complexity of multidisciplinary concurrent design. The fact that the current practice in Medical Devices industry still heavily relies on documentation is another hurdle to ensure cross-disciplinary consistency, requirement traceability, change impact assessment and knowledge capitalization. 

Model-Based Systems Engineering has strong capabilities to address complex systems (and system of systems), by using models from the ideation. It provides a deep understanding of the contexts and behaviors for the full project lifecycle, allows a clear and methodic cascading and tracking of requirement to downstream activities, with a full control of the interfaces and change impact analyses, fulfilling the stringent Quality Management requirements. 

Join this webinar to learn how to leverage Model-Based Systems Engineering (MBSE) to accelerate your product development while improving device safety and time-to-market.

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SPEAKERS

XU Buqing Fabien  Life Sciences & Healthcare Industry Value Expert   Dassault Systèmes  Fabien works with Life Sciences customers to drive value-based digital transformation with the 3DEXPERIENCE platform and the Dassault Systèmes solutions suite for the Life Sciences & Healthcare industry.  Fabien helps customers to understand how they can achieve sustainable scientific innovation through virtual twin technology with a collaborative platform-based approach across biopharma, medical device and the patient care segments.

Thomas Jansen Solutions Manager Dassault Systèmes  Thomas is a Solution Manager in the Life Science & Healthcare industry and is responsible for defining how 3DS can accelerate the product development processes of medical device companies.