This paper introduces a classification methodology of aircraft requirements on Quality Function Development(QFD) , which divides quality into Must-be Quality,One-dimensional Quality and Attractive Quality. Accordingly, the fuzzy clustering method is used to analyze the customer requirements in details, which determines the subordinate relationship of each kind of requirements information, outputs requirements classification results. Finally, the research method is applied to the classification design of aircraft requirements capture in order to prove its effectiveness.
With the development complexity of civil aircraft, the development cycle and cost are also increasing. Model-Based Systems Engineering(MBSE) plays a significant role in the design of aircraft. In this paper, an architecture design approach based on MBSE applied in aircraft provide guidance system is introduced. Top-level requirements and stakeholder’s needs captured through scenario analysis are inputs to functional analysis. Functional architecture produced by functional analysis which includes functional definition and decomposition. Capturing requirements through functional architecture. Physical architecture which is implementation of functional architecture to ensure that the final solution meets stakeholder needs.
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