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Systems-Driven Product Development Curriculum Lays Out Framework for Integrated, Collaborative Appro

Siemens Experimenter Siemens Experimenter
Siemens Experimenter

 

Sample_1.jpgToday’s complex automotive and aerospace products require a systems-driven approach to product development that combines systems engineering with an integrated product definition and the ability to unify your product development framework with your manufacturing and shop floor operations.  The SDPD approach gives product designers and engineers:

  • A consistent process framework based on systems engineering
  • Cross-attribute simulation and test-based validation
  • Configuration management
  • Issue, change and schedule management
  • Traceability throughout the entire lifecycle
  • All built on an open foundation

 Sample_2.jpgSiemens PLM Academic Team has partnered with Dr. Vahid Salehi to develop learning materials to help students prepare for real-world SDPD in the brand new Academic Resource Center within our comprehensive Learning Advantage portal, which is always free for our academic partners.

 

SDPD has been called the New Paradigm for Innovative Product Development and truly is the emerging industry standard for best-in-class Product Lifecycle Management.

 

 

PS-Stay tuned for updates to the current curriculum and a brand new module that integrates Amesim simulation for modeling and analysis of multi-domain systems!

Comments
Experimenter

Will this SDPD Learning Advantage material also be made available to customers with Learning Advantage access? 

Siemens Experimenter

Hi @pfnelson and thanks for writing! This material will be published only in the Learning Advantage Academic Resource Center. However, I'll reach out to you separately with the contact information for the author and you can request the material directly from them.