METHODOLOGICAL BASIS FOR CREATING AN INTEGRATED SAFETY MANAGEMENT SYSTEM FOR AN AVIATION SERVICE PROVIDER
https://doi.org/10.51955/2312-1327_2024_3_21
Abstract
The need for this study arose against the background of the analysis of numerous publications, standards and identification of contradictions affecting vital problems of assessing the efficiency and effectiveness of the quality of work and services in the air transport industry. The analysis of theoretical and practical approaches in the studied area was carried out for solving the main task which is the development of correct terminology and practical introduction of the conceptual apparatus into new methodological approaches to creation and implementation of an integrated safety management system for an aviation service provider.
About the Authors
N. S. Khersonsky
SOYUZCERT LLC
Russian Federation
Russian Federation
Nikolai S. Khersonsky, Candidate of Technical Sciences General Director
7, building 30, Viktorenko St. Moscow, 125167
L. G. Bolshedvorskaya
Moscow State Technical University of Civil Aviation
Russian Federation
Russian Federation
Ludmila G. Bolshedvorskaya, Professor of the Department of Flight Safety and Vital Activity
20, Kronshtadtsky blvd Moscow, 125493
References
1. Amirkhanov R. I., Khusniyarov M. Kh. (2022). Development of an integrated control and safety system for an electrical substation. Scientific Almanac of the Central Black Earth Region. 2–3: 4452. (In Russian)
2. Aseev N. V. (2022). Development of an integrated risk management system in an aircraft maintenance organization. Flight safety problems. 2: 24-39. (In Russian)
3. Barsukov V. (1999). New security technologies from integrated systems to integrated security. Electronics: Science, technology, business. 3(21): 34-37. (In Russian)
4. Drofa V. V., Dyuzheva M. B. (2009). Transition of the enterprise to an integrated management system. Siberian Trade and Economic Journal. 9: 69-71. (In Russian)
5. Fedotov L. V., Olenev A. A., Knyazev I. A. (2018). Safety management based on the identification of an organizational factor in the quality management system. Prospects for the development of the transport complex. 120-125. (In Russian)
6. Leontyeva A. N., Zaberzhinsky B. E. (2017). Comparative analysis of an integrated security system with an integrated security system. Current problems of information security. Theory and practice of using software and hardware. 48-51. (In Russian)
7. Melnik D. M. Principles of integration of the quality management system and the safety management system in an aviation enterprise. Transport of the Russian Federation. 6(61): 47-50. (In Russian)
8. Rukhlinsky V. M., Khaustov A. A., Vdovenko R. A., Diogenov S. V. (2021). On modeling the processes of an aviation service provider for assessing risks in the field of flight safety. Scientific Bulletin of the State Research Institute of Civil Aviation. 36: 97-109. (In Russian)
9. Rukhlinsky V. M., Molotovnik A. S., Khaustov A. A. (2019). Analysis and risk management in the field of emergency rescue flights. Scientific Bulletin of the State Research Institute of Civil Aviation. 26: 75-86. (In Russian)
10. Shchegolev M. P., Klyushin A. Yu. (2024). Fundamentals of improving integrated road safety management systems. Transport. Economics. Social sphere (Actual problems and their solutions). 309-313. (In Russian)
11. Sitnichenko V. M., Stoyakin E. A. (2004). Integrated management system - the basis of sustainable development of the enterprise. Quality management methods. 8: 4-8. (In Russian)
12. The rules for the development and application of aircraft flight safety management systems, as well as the collection and analysis of data on hazard and risk factors that pose a threat to the safety of flights of civil aircraft, storage of these data and their exchange, are approved by Decree of the Government of the Russian Federation of 18.11.2014 No. 1215. (In Russian)
13. Umarova T. A., Zharlykasov B. Zh. (2018). Comparison of methods for organizing integrated security systems. Science. Informatization. Technology. Education. 605-617. (In Russian)
14. Vasilkov Yu. V., Gushchina L. S. (2007). Features of conformity assessment of the safety management system in integrated systems. Methods of conformity assessment. 10: 35-37. (In Russian)
15. Yurin D. S. (2022). Quality of aviation equipment as a control object of the QMS. Quality and life. 1(33): 37-45. (In Russian)
Review
For citations:
Khersonsky N.S., Bolshedvorskaya L.G. METHODOLOGICAL BASIS FOR CREATING AN INTEGRATED SAFETY MANAGEMENT SYSTEM FOR AN AVIATION SERVICE PROVIDER. Crede Experto: transport, society, education, language. 2024;(3):21-32. (In Russ.) https://doi.org/10.51955/2312-1327_2024_3_21
Views:
8
JATS XML
Email this article 