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The paper discusses the experience of introducing a developed automated system for integrating data directories from various, often unrelated and heterogeneous, information sources at the aircraft manufacturing enterprise Aviastar-SP JSC (Ulyanovsk, Russia). This automated system allows both manual and automatic modes to integrate the databases of directories used at the enterprise. To test the operability on real data, the developed system went through trial exploitation and gave good results.

In the production of modern aviation equipment, special attention is paid to reducing the mass of its components and assemblies. To achieve a reduction in aircraft mass without compromising strength and increasing economic efficiency, various composite materials are often used. The manufacture of components and assemblies from such materials entails the design and use of special assembly and adhesive equipment, which provides the necessary accuracy and rigidity to obtain the desired geometric shape of the aircraft structure. This article is devoted to the process of computer-aided design of assembly and adhesive technological equipment for the manufacture of aircraft cellular metal panels from polymer composite materials, using a Siemens NX CAD system.

Improving the quality of planning is one of the main problems of any multinomenclature enterprise. This article discusses the development of models for an automated calculation of time standards, which are necessary not only for an accurate regulation of digital technological process operations, but also for the correct maintenance of production normative cards. Parameters for the automated generation of a normative card are determined, which are used for accurate planning of the main production capacities of the enterprise. An algorithm for obtaining planned operational labor intensity based on the digital technological process of an aircraft building enterprise is developed.