Trends in the development of a digital quality management system in the aerospace industry

Kovrigin, Evgeny A.; Vasiliev, Victor A.

doi:10.1088/1757-899x/868/1/012011

Cited by 10 publications

(4 citation statements)

References 10 publications

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“…It is supported by ground equipment and systems as well as a large network of computers. The virtual attack on the computer network consists of operations to use the network to interrupt, reject, degrade, or destroy information in or even on computers and networks (Kovrigin & Vasiliev, 2020). Private companies working in the virtual security industry report a rising level of hacks targeting key industries and the aviation industry is undoubtedly one of them.…”

Section: Figure 3 Portable Rocket Launchermentioning

confidence: 99%

Specific Aspects of Quality and Safety Management in Aerospace Field

APOSTOL¹,

Țîțu²,

TERTEREANU³

et al. 2023

Proceedings of the International Management Conference

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One of the most important technical features in aerospace field is safety, through this paper we try to define the basic concepts of security, risk and risk management in aviation. In order to avoid unforeseen situations, it is necessary to improve safety, which is a reflection of risk management in the aviation industry, and at the same time, it is necessary to increase the capacity to identify problems before they become a significant problem. Currently, air accident investigations and aircraft safety inspections are now more effective, while improvements in manufacturing technology and better quality control of safer aircraft are now safer. The strategy of continuous improvement refers more precisely to the safety management in the aerospace field which is based on the continuous improvement of aircraft performance through the use of testing means through certain advanced technical systems. Safety management with the role of analyzing risks and improving the performance of aircraft. As safety management is also characterized by aircraft performance, there will be in various stages of research and development of an aircraft the need to verify using wind tunnels certain performance values determined by computer simulations. Following this trend, space chain organizations have continually invested in resources as a way to support their survival in the global marketplace, but these organizations have difficulty assessing the effect of their quality improvement programs and identifying key factors for their success. program failure. The purpose of this paper is to analyze the risks and improve the performance of aircraft in terms of aerospace safety management.

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Section: Figure 3 Portable Rocket Launchermentioning

confidence: 99%

Specific Aspects of Quality and Safety Management in Aerospace Field

APOSTOL¹,

Țîțu²,

TERTEREANU³

et al. 2023

Proceedings of the International Management Conference

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“…The purpose is to achieve lasting results by satisfying customers and benefiting from the owners, employees, suppliers, partners, and other stakeholders of the organization. A quality management approach [9]. As a pre-management and comprehensive monitoring system, comprehensive quality management must be implemented in every stage of the entire production or manufacturing process.…”

Section: Application Analysis Of Total Quality Managementmentioning

confidence: 99%

Research on Innovation of Total Quality Management Implementation in Aerospace Manufacturing Enterprises——Based on PDCA Cycle

Sun¹,

Zeng²,

Chang³

et al. 2023

Advances in Economics, Business and Management Research

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With the Chinese government's high attention to aviation science and technology and the injection of a large number of important resources, China's aviation industry is booming. Under the current market background, the efficient and low-cost aerospace industry has become the core factor for Chinese airlines to enhance their global competitiveness. At the same time, PDCA cycle is a theoretical model of quality control management, and has made some achievements in the application of quality management in many fields. Based on the above background, to help promote China's aviation manufacturing industry comprehensively improve production quality, and promote the healthy development of China's space industry, this article on China's aviation manufacturing enterprises are facing the problem of analysis, and the method of using PCDA circulation, to total quality management implementation of aerospace manufacturing enterprises innovation research is introduced.

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“…The industrial engineering process occupies a large part of the cumulation of organizations' processes, constituting the processes with the most developed knowledge of manufacturing processes [12], [13]. These processes are the "lever" of industrial organizations, due to the impact they have on the manufacture of products and their level of quality [14], [15]. Manufacturing and engineering processes, in manufacturing organizations, work only together and the capabilities of each type of process, individually, affect the other [16].…”

Section: Modeling Of Engineering Systems and Processes In The Industrial Fieldmentioning

confidence: 99%

Modeling the Global Engineering Process in Aerospace Organization

2021

IJOMAM

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The functioning of systems and processes within industrial organizations depends on a wide variety of factors and their interdependencies. The methods of modeling systems and processes depend on the perspective of those who want to analyze them. Systems, processes and activities can be modeled by all known methods, but they will be understood differently -depending on the point of view of those who approach them. The aim of the paper is to highlight how the engineering process in the industrial field occupies a large part of the cumulation of organizations' processes, constituting the processes that have the most developed knowledge of manufacturing processes. These processes are the "lever" of industrial organizations, due to the impact they have on the manufacture of products and their level of quality. Another aspect highlighted by this study is the integration of product requirements in manufacturing processes, which is achieved through engineering processes depending on the capabilities and capabilities of organizations. Manufacturing processes for metal structural components are classified according to the applied technology. Once the requirements and the necessary knowledge have been established, it is necessary to analyze the process and analyze the interaction of the requirements. To analyze an existing process, an x-ray of the process is required. In the last part of the research, the deliverables of this global engineering process were analyzed, and those deliverables generated based on product quality requirements and existing knowledge were identified -which have the greatest influence on the whole process.

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Trends in the development of a digital quality management system in the aerospace industry

Cited by 10 publications

References 10 publications

Specific Aspects of Quality and Safety Management in Aerospace Field

Specific Aspects of Quality and Safety Management in Aerospace Field

Research on Innovation of Total Quality Management Implementation in Aerospace Manufacturing Enterprises——Based on PDCA Cycle

Modeling the Global Engineering Process in Aerospace Organization

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