Multi-discipline System Engineering

Industrial equipment are complex machines because they comprise a diversity of systems that govern their efficiency, power and performance. Enabling each expertise to contribute to the global effort is as delicate as it is difficult for Industrial Equipment companies whose teams do not share the same tools, locale or methods. They are challenged to provide solutions that streamline multi-disciplinary collaboration so that the system as a whole functions like a well-tuned orchestra.

With Multi-discipline System Engineering system architects have competitive tools to define functional and logical system architecture as a multi-disciplinary system starting from system requirements. They perform system engineering to take into account what the requirements are, what functions the system will deliver, and what architecture will satisfy them. They simulate machine behavior using embedded Motion System Modeling & Simulation capabilities to verify that the controller performs as expected. Companies have resource, functional, logical and physical traceability for consistent management of product architecture throughout the development lifecycle.

Key capabilities and benefits:

  • Define functional and logical system architecture from system requirements.
  • Multi-physical system modeling and simulation for concept evaluation.
  • Consistently manage product definition throughout the development lifecycle.
  • Track product changes.
  • Efficiently manage multi-disciplinary collaboration.