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| Публикация: №1 | Gueorguiev, Tz., The PDCA Cycle in Innovation Management Systems Based on ISO 56001:2024, UNITECH – SELECTED PAPERS - 2024, Gabrovo, 2024, pp. 1-6, ISSN 2603-378X. | | Издателство: | UNITECH – SELECTED PAPERS - 2024 | | Изд.год.: | 2024 | | Вид: | Научна публикация - Доклад от межд. конф. в Б-я | | Абстракт: | The Plan-Do-Check-Act (PDCA) cycle is a keystone feature of the structure of any ISO management system standard (MSS). The most popular MSS - ISO 9001:2015 with requirements for a quality management system focuses on the PDCA cycle in its section devoted to the process approach which is also one of the seven quality management principles. In September 2024, ISO published the first edition of ISO 56001 - the standard with requirements for an innovation management system. The structure of ISO 56001 from Clause 6 to Clause 10 is aligned with the steps of the PDCA cycle at the system level. Surprisingly, Clauses 4 and 5 which contain requirements for the innovation management system and leadership are not explicitly mentioned. The purpose of this paper is to present a method for analyzing and uncovering the steps of the PDCA cycle at the clause/process level, and further on – at the activity level. The work preceding the drafting of this paper involved an in-depth analysis of the core text of ISO 56001:2024 and using previous research on ISO 56002:2019 as a guide to determine the steps of the PDCA cycle. The results will facilitate managers in enhancing their integrated management systems with elements of innovation management. | | Web: | https://unitech-selectedpapers.tugab.bg/images/2024/13-QMMSCA/s22_p55_v1.pdf | | Пълен текст: | Изтегли | |
| Публикация: №2 | Gueorguiev, Tz., Integrating Lessons Learned in Automotive Industry Control Plans, Proceedings Book of Seventh International Conference on Advances in Mechanical Engineering - Istanbul 2024 (ICAME 2024), pp. 321-326, ISBN 978-975-461-622-4. | | Издателство: | Proceedings Book of Seventh International Conference on Advances in Mechanical Engineering - Istanbul 2024 (ICAME 2024) | | Изд.год.: | 2024 | | Вид: | Научна публикация - Доклад от межд.конф. в чужбина | | Абстракт: | Many changes in the automotive industry have happened since 2008 when the second edition of the APQP and Control Plan Reference Manual was published. In March 2024, the Automotive Industry Action Group (AIAG) published the first standalone edition of the Control Plan Reference Manual.
This paper presents the main changes in the structure and content of the two Reference Manuals. It highlights focus items that need to be considered by automotive producers in the transition process. Some lessons learned from early adopters are shared and they will benefit multiple interested parties in the automotive industry. | | Web: | https://drive.google.com/file/d/1TxHUaZZSS18ZVNRt1ETNjTzOg5ZXPadk/view | |
| Публикация: №3 | Gueorguiev, Tz., Quality Tools for Analyzing the Causes for Poor Innovation Management Performance, Ruse, 2024, volume 63, book 9.1, pp. 12-16, ISSN 2603-4123 (on-line). | | Издателство: | Proceedings of University of Ruse, volume 63, book 9.1 | | Изд.год.: | 2024 | | Вид: | Научна публикация - Доклад от межд. конф. в Б-я | | Абстракт: | The paper presents the use of root cause analysis and lessons learned to analyse to causes for poor innovation management performance. The specific case in focus is the performance of the innovation management system and its sub-system dealing with intellectual property management. This study is based on official data from the Bulgarian Patent Office and more specifically the statistics about patents and utility models. The analysis is made using international standards such as ISO 10009 for quality tools and their application, ISO 56001 with requirements for innovation management systems, and ISO 56005 for intellectual property management. | | Web: | https://conf.uni-ruse.bg/bg/docs/cp24/9.1/9.1-1.pdf | |
| Публикация: №4 | Boca, M., Tz. Gueorguiev, L. Slatineanu, Design of a device for cold plastic deformation processing using the ideas diagram method, Materials Research Proceedings, Vol. 46, pp 129-134, 2024 DOI: https://doi.org/10.21741/9781644903377-17 | | Издателство: | Materials Research Proceedings, Vol. 46, 2024 DOI: https://doi.org/10.21741/9781644903377-17 | | Изд.год.: | 2024 | | Вид: | Научна публикация - Доклад от межд.конф. в чужбина | | Абстракт: | Among all the cutting processes, the turning process is the most widely spread process currently used in industry. Together with the machine tool, using the movements performed during work piece machining, the process could be adapted to achieve other processes techniques. An example of innovation has been proposed in this study. The authors emphasize a new perspective of using a lathe machine tool by its cutting tool, which after being used in the turning process can be used as a tool for performing a plastic deformation process. This fact will contribute to an increase in the hardness of the processed surface. The device obtained by using the ideas diagram method will enable its use to perform cold plastic deformation with the same cutting tool used in the turning process. The results, materialized by the obtained device, will allow the performance of all necessary movements to ensure the conditions that allow the implementation of the process and to obtain an increase of the surface hardness for a cylindrical workpiece initially subjected to a turning process. | | Web: | https://mrforum.com/wp-content/uploads/open_access/9781644903377/17.pdf? | |
| Интерес: | Системи за управление на качеството | |
| Интерес: | Метрология и метрологично осигуряване | |
| Интерес: | Управление на иновациите | |
| Интерес: | Одитиране на системи за управление | |
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