system engineering process

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Published By: Dassault Systèmes     Published Date: Aug 08, 2017
Aerospace and Defense companies delivering complex products in competitive markets must overcome many challenges to manage requirements throughout the product lifecycle. Among the most difficult challenges are integrating complex systems engineering processes, promoting collaboration among multiple engineering disciplines and enabling the sharing of intellectual property within globally dispersed teams. Companies seeking a way to efficiently manage product requirements can leverage a comprehensive product lifecycle management (PLM) solution to: • Effectively reuse intellectual property to reduce time to market • Increase product innovation • Improve overall traceability of requirements throughout the product lifecycle This paper will highlight the criteria needed for a comprehensive requirements management solution that incorporates PLM to offer customers a scalable, enterprise-grade solution.
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customer, product lifecycle, aerospace, defense, management, plm, dassault
    
Dassault Systèmes
Published By: IBM     Published Date: May 09, 2016
The clear benefits of agile development—better collaboration, incremental delivery, early error detection and the elimination of unnecessary work—have made it the default approach for many teams. Agile methods are also being adopted by systems engineering teams to deliver the same benefits. Some developers have questioned whether requirements fall into the category of unnecessary work, and can be cut down or even completely eliminated. Meanwhile, teams developing complex products, systems and regulated IT continue to have requirements-driven legacy processes. So how does requirements management fit in an agile world? This paper argues that requirements management can bring significant value to agile development in regulated IT and complex product development projects, and sets out the characteristics of an effective requirements management approach in an agile environment.
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ibm, watson, iot, internet of things, continuous engineering, agile, agile development
    
IBM
Published By: IBM     Published Date: Feb 27, 2014
Organizations developing products and systems in industries such as automotive, aerospace and defense, medical devices and consumer electronics are undergoing a transformation driven by the rapid growth in functionality delivered by software and electronics. This paper outlines an approach for using this shift to gain a competitive advantage.
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ibm, ibm software, systems engineering, business agility, smart products, traceability, engineering information, collaboration
    
IBM
Published By: IBM     Published Date: Oct 10, 2014
This paper outlines an approach for using this shift to gain a competitive advantage.
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ibm, systems development, advancing product, traceability, engineering information, collaboration, engineering disciplines, collaboration process
    
IBM
Published By: IBM     Published Date: Sep 02, 2009
With the MDD techniques supported by IBM Rational Rhapsody, you can analyze trade studies more rigorously than is possible with a document-driven approach.
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system engineering, trade studies, ibm, design space, life cycle, traditional document-driven techniques, webcast, model-driven development (mdd)
    
IBM
Published By: IBM     Published Date: Sep 02, 2009
This webcast presents the IBM® Rational® HarmonyT for Systems Engineering process for the model-based systems development.
Tags : 
model-based systems engineering, ibm, ibm rational harmonyt, model-based systems development, uml and sysml languages, requirements analysis, design synthesis, interface definition
    
IBM
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