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Unlocking the digital thread: Siemens' approach to SysMLv2 for next-generation systems modeling

Tahminî İzleme Süresi: 59 dakika

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Two engineers working on a computer using Siemens Teamcenter.

SysMLv2 introduces fundamental advancements in how systems are defined, designed and developed, moving beyond traditional syntax improvements to standardize model representation and exchange. This evolution facilitates the creation of a dynamic "digital thread" across the entire product lifecycle, enabling actionable insights and fostering unprecedented collaboration and digital contribution from all engineering disciplines.

This webinar will explore Siemens' strategic technical approach to implementing SysMLv2 within our product portfolio, showcasing how a variety of products will leverage this standard. We will explore how Siemens is building on its foundational strengths, particularly in open architectures and robust product lifecycle management, to address the complexities of semantic interoperability and the management of highly dynamic system models. Discover how our commitment to a common, standardized data set will empower customers with greater flexibility, reduce data transformation challenges, accelerate time-to-market and ultimately drive innovation and competitive advantage in complex systems engineering.

This session will cover:

  • The transformative impact of SysMLv2: Understand how SysMLv2's standardized representation and exchange capabilities fundamentally change systems engineering, moving from isolated architectures to a collaborative, lifecycle-wide "systems thinking" approach. Learn how this translates into improved efficiency, reduced errors, and faster development cycles.
  • Addressing interoperability challenges for business value: Learn about the critical distinction between tool integration and interoperation, and how SysMLv2's common semantic meaning is key to enabling diverse tools to work together seamlessly without explicit knowledge of one another. Discover how this seamless data flow can significantly reduce rework, improve decision-making and lower overall project costs.
  • Managing dynamic system models: Explore the complexities introduced by advanced SysMLv2 concepts like variation points, and how Siemens is developing tooling to effectively manage these dynamic aspects of system definition. Understand how this capability helps you adapt to changing requirements and manage product variants more efficiently, protecting your investment in product definition.
  • Siemens' unique technical approach and product portfolio: Discover how Siemens is leveraging its open development philosophy and the robust capabilities of Teamcenter, alongside a variety of new and evolving products, to create a SysMLv2-compliant ecosystem. This approach minimizes data transformation, ensures a single source of truth, and supports a broad partner network. See how this provides the flexibility and scalability needed to meet your evolving business needs.
  • Future-proofing your engineering workflow: See how Siemens' implementation of SysMLv2 will empower engineers with greater flexibility, accelerate innovation and streamline the development of complex, next-generation systems. Ultimately, this means faster time-to-market, higher quality products, and a stronger competitive position.

This webinar is ideal for systems engineers, architects, project managers, product owners, and business leaders interested in the future of Model-Based Systems Engineering and the practical application of SysMLv2 in an enterprise environment.

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Siemens Digital Industries Software

Mike Crist

Industry Strategist

Mike Crist is an industry strategist for the Aerospace, Defense and Transportation team in the Siemens Digital Industries Software division. He joined Siemens in 2022 after spending 16 years at Raytheon Technologies. His focus is on Model Based System Engineering, enabling the Aerospace, Defense, Federal and Marine customers to adopt these technologies. Mike is the Corporate Advisory Board representative to INCOSE and is co-lead of the SysMLv2 Diagram Interchange and API and Services working groups in OMG.