Engineered to Fly

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Equipment and System Engineering

Optimize Hardware & Systems Engineering

Process innovation from new technology offers small and medium-sized companies a competitive advantage. Equipment and System Engineering, part of the Engineered to Fly solution, addresses multi-discipline engineering challenges surrounding the integration of mechanical designs within systems that improves multiple complex processes resulting in improved quality and reduced costs.

The solution supports mechanical engineering for electrical and fluidics design and complete integration into a system architecture. Using the 3DEXPERIENCE® platform for all data and intellectual property (IP), from product specification to manufacturing requirements, allows secure access in real-time by all product stakeholders. In addition, the unique RFLP (requirement, functional, logical, physical) infrastructure links manufacturing planning and documentation with internal system requirements, functional definition, logical definition, physical definition and behavior simulation. End-to-end traceability from the original requirements to the final product helps optimize the systems design.

Lean improvements result from using a single, unified product definition across all related engineering disciplines. This capability allows cross-discipline systems modeling, optimization and analysis, and systems-level configuration management.

Keys Capabilities & Benefits

  • Faster design of complex, large-scale electrical systems with one product definition shared across all stakeholders
  • Improved product and system (e.g., electrical, fluidics) quality through design and manufacturing integration
  • Robust designs developed through realistic deformation of flexible harnesses by simulating the environment (e.g., gravity and non-linear harness behavior)
  • Automatic design changes that also include 3D manufacturing information from a 3D electrical design of the wire harness design data model
  • Optimized mechanical design of complex systems and manufacturing integration supports end to end lean processes
  • Removes time consuming manual data transfers and the complexity of managing multiple tools