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White Paper

Digital Twin Closed-Loop System in Electrical Design Software

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Digital Twin virtualization of an Electromechanical Design
The design user community continues to push the boundaries of what they need out of their design tools, and electrical design software is no exception. CAD suppliers are expected to develop new, innovative and robust tools that provide a continuous stream of cutting edge design concepts and computing technology when it comes to a closed-looped digital twin design process. Siemens is committed to delivering the best-in-class electrical design software along with its other five core focus areas across the design/build lifecycle. In this white paper, we go into more detail about the rollout of the Siemens Next Generation Design solution.

Product Development Engineers in any industry interested in learning more about electrical design software and the NX closed-loop digital twin

Electronics product designers, engineers, and suppliers, who address the increasing complexity and new technologies impacting electronics product development.

Siemens NX offers an Integrated Solution from Generative Design to Additive Manufacturing


At its core, NX technology is designed to prove a very productive electrical design software environment for the user. NX uses data as a continuous source of insight to personalize the users' design choices based on what the designer has used in the past.

NX enables collaborative engineering design between multiple designers from development to production


The goal is to streamline the product development process and provide a closed-loop digital twin that represents a single source for all engineering design. A robust collaborative design environment in which a team can work together on all tasks with a single source of engineering data is priceless for all stakeholders requiring access to 3D engineering content.

Siemens NX Review by ARC Advisory Group and Dick Slansky


This design platform is based on six core themes across the design/build lifecycle: Most productive modeling environment, generative design & integrated validation, electromechanical design, collaborative design management, industrialized additive manufacturing, and immersive visualization. Each of these core areas represents next-generation design technologies and concepts that provide the design with tools like electrical design software, necessary for innovation.