Study on Evaluation System of Quality Competitiveness of Aviation Equipment Repairing Plant

Abstract

Currently, a set of scientific, systematical quality competitiveness evaluation system are lacked in our country, which is applied to aviation equipment, including aircraft, engines and missiles repair factory.The system engineering theory and process analysis method are used to build the quality competitiveness evaluation index system in the aspects of quality system ability, quality support ability, quality operation ability and quality performance ability, which covers the quality competitiveness evaluation index system with 19 second-level and 60 third-level indexes.At the same time, an evaluation method based on the G1 expert combination of multiple relevant weights is proposed to comprehensively integrate the intention of decision makers or experts to form a set of standardized weight coefficients.According to the evaluation criteria, the quality competitiveness of aeronautic equipment repair factory is evaluated by experts using the scoring and fuzzy evaluation, and is further analyzed.The results show that the index system is rational, the evaluation method is feasible, and the system is of a certain guiding and referential significance for the aeronautic equipment repair factory to improve its quality competitiveness.

Keywords

• equipment repair
• quality competitiveness
• system engineering
• g1 expert combination multiple correlation
• fuzzy evaluation