Design & Integration Strategies: Systems Engineering for Complex Systems





Systems engineering is a multidisciplinary approach to designing, building, and deploying systems, often complex systems. Although complex systems are greater than the sum of their parts, understanding individual components is still an absolute necessity, and systems engineers are uniquely qualified to understand and design for complexity. In this course, you’ll be introduced to systems engineering for complex systems, including the complex systems engineering process, system-level models for complex systems, complex system architectures, and complex system verification and validation. Then you’ll delve into stakeholder engagement, risk management, and decision management for complex systems. Finally, you’ll explore standards and guidelines, how to develop a complex system architecture, and how to create a system verification and validation plan.




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Design & Integration Strategies: Systems Engineering for Complex Systems

  • recognize the characteristics of complex systems and how they differ from simpler systems
  • outline the systems engineering process for complex systems
  • identify system-level models for complex systems
  • outline system architectures for complex systems
  • list verification and validation plan steps for complex systems
  • recognize the importance of stakeholder engagement in complex system engineering
  • state how to apply risk management techniques to complex systems
  • identify how to develop strategies for managing technical and programmatic complexity in complex systems
  • outline how to develop and apply systems engineering standards and guidelines to complex systems
  • recall how to develop a system architecture for a complex system and how it meets stakeholder needs and requirements
  • identify how to develop a system verification and validation plan for a complex system and how it ensures system performance meets stakeholder needs and requirements


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