350 rub
Journal Radioengineering №4 for 2017 г.
Article in number:
Strategy of technological management in conditions of pulsed production
Keywords: active phased antenna array receiver-transmitter module lean manufacturing lean full life cycle of a product Quick Re-sponse Manufacturing lead time manufacturability technological management FTMS - Focus Target Market Segment
Authors:
P.A. Tushnov - Main Technologist, PJSC «Radiofizika» (Moscow); Lecturer of Department, Moscow Aviation Institute (National Research University) A.N. Kostromov - Ph. D. (Eng.), Head of Main Technologist Office, PJSC «Radiofizika» (Moscow)
Abstract:
The article highlights the issues of increasing the efficiency of organisations focused on creation of new types of weapons, military and special equipment. The aspects of modern progressive approaches to the production management are analyzed (lean manufacturing and quick response manufacturing). It is demonstrated that the contradiction between the market nature of modern management and the directive nature of management within an integrated structure can be overcome. Specialized corporate production centers able to cope with the flow of orders in a focus target market segment can be created on the basis of the most technologically advanced organisations. The order flow for this center is formed by redistributing orders within the integrated structure, as well as through additional flow of third-party commercial orders. It is shown that the efforts of the developers of engineering documentation to improve the technological effectiveness of products are the most significant factor in increasing production efficiency by means of lower costs and losses when the product is put into production. We highlight the role and main tasks of technological management in increasing the efficiency of production implemented on the principles of QRM in the development of progressive electronic microwave modules. We give an example of the organisation of technological management in the structure of PJSC «Radiofizika».
Pages: 45-53
References

 

  1. Menshhikov V.V., Ostapenko S.N. Ideologija restrukturizacii predprijatijj krupnogo promyshlennogo kholdinga s ispolzovaniem subkontraktnykh skhem specializirovannykh proizvodstv // Doklad na IV Mezhregionalnojj konf. (forume) «Predprinimatelstvo v promyshlennosti: puti razvitija». 2005.
  2. Tushnov P.A. Tekhnologicheskaja rekonstrukcija dlja sozdanija novogo pokolenija RLS s AFAR // V knige «Tekhnologii radiolokacii. K 55-letiju PAO «Radiofizika». M.: Veche. 2015. S. 494−511.
  3. Tushnov P.A., Kostromov A.N. PAO «Radiofizika»: 15 let innovacionnogo razvitija v sostave lidera OPK Rossii. Tekhnologii AFAR. Na puti k bystroreagirujushhemu proizvodstvu // Delovaja Rossija: promyshlennost, transport, socialnaja zhizn. 2017. № 1−2. S. 48−49.
  4. It\'s About Time: The Competitive Advantage of Quick Response Manufacturing. Rajan Suri. CRC Press. 2010.
  5. Tushnov P.A., Berdyev V.S., Levitan B.A. Aspekty razvitija tekhnologijj priemo-peredajushhikh modulejj aktivnykh fazirovannykh reshetok // Radiotekhnika. 2015. № 4. S. 91−98.
  6. Nacionalnyjj standart RF GOST P. 56404−2015 «Berezhlivoe proizvodstvo. Trebovanija k sistemam menedzhmenta».
  7. Amir M. Hormozi Agile manufacturing: the next logical step // Benchmarking: An International Journal. 2001. V. 8. № 2. P. 132−143.
  8. Menshhikov V.V. Koncern PVO «Almaz-Antejj». Stanovlenie i puti razvitija // EHkonomicheskie strategii. 2005. № 7. S. 56−61.
  9. Tushnov P.A., Kostromov A.N., Borodina E.A., Kostin D.JU. Aspekty formirovanija proizvodstvennojj sistemy tekhnologicheskogo kompleksa po izgotovleniju priemoperedajushhikh modulejj AFAR // Radiotekhnika. 2016. № 10. S. 38−51.
  10. Nacionalnyjj standart GOST 14.201-83 Obespechenie tekhnologichnosti konstrukcii izdelijj. Obshhie trebovanija.
  11. Tushnov P.A., Berdyev V.S. Tekhnologii obespechenija ehffektivnosti priemoperedajushhikh modulejj AFAR, rabotajushhikh v impulsnom rezhime // Radiotekhnika. 2016. № 4. S. 29−44.
  12. Tushnov P.A., Berdyev V.S. Razrabotka i issledovanie konstruktivno-tekhnologicheskikh i skhemotekhnicheskikh reshenijj dlja sozdanija ehffektivnykh modulejj AFAR SVCH-diapazona // Tezisy dokladov «Inzhiniring i telekommunikacii» (En&T). Moskva. 2016. S. 130−133.
  13. Tushnov P.A., Levitan B.A., Berdyev V.S. Razrabotka edinykh konstruktivnykh tekhnologicheskikh i strukturnykh reshenijj dlja sozdanija AFAR SVCH-diapazona na baze vysokoehffektivnykh PPM // Sb. trudov 14-jj MNTK «Radiolokacija i svjaz - perspektivnye tekhnologii». M.: PAO «Radiofizika». 2016. S. 7−9.
  14. Tushnov P.A., Berdyev V.S. Tekhnologija upravlenija vykhodnojj moshhnostju priemo-peredajushhego modulja AFAR // Radiotekhnika. 2015. № 10. S. 62−74.
  15. Berdyev V.S., Levitan B.A., Tushnov P.A., SHishlov A.V. Povyshenie ehffektivnosti peredajushhikh AFAR za schet upravlenija vykhodnojj moshhnostju kanalov priemoperedajushhikh modulejj // Radiotekhnika. 2016. № 10. S. 88−99.
  16. Tushnov P.A., Nevokshenov A.V., Kazakov A.V., Golubev A.V. Metodika otrabotki tekhnologicheskogo processa izgotovlenija SVCH-modulejj na osnove mnogoslojjnojj LTCC-struktury i aprobacija na opytnojj partii // Radiotekhnika. 2016. № 10. S. 52−63.
  17. Kulikova A.I., Kuznecova A.S., Tushnov P.A. Struktura i kharakteristika modulejj AFAR dlja sistem radiosvjazi i radiolokacii // Sb. trudov 14-jj MNTK «Radiolokacija i svjaz - perspektivnye tekhnologii». M.: PAO «Radiofizika». 2016. S. 41−42.
  18. Pat. na poleznuju model RF № 128791. Priemoperedajushhijj modul aktivnojj fazirovannojj antennojj reshetki / Berdyev V.S., Dominjuk JA.V., Levitan B.A., Molchanov E.G., Ochkov D.S., Radchenko V.P., Sudarenko A.A., Topchiev S.A., Tushnov P.A., Formalnov I.S., JArchak I.A., SHarov A.I., Tereshhenko JU.G.
  19. Pat. na izobretenie RF № 2576666. Sposob montazha moshhnogo poluprovodnikovogo ehlementa / Levitan B.A., Kuzin A.A., Topchiev S.A., Radchenko V.P., Dominjuk JA.V., Tushnov P.A., Berdyev V.S., Koljushev A.V., Mitrofanov M.M., Kostin D.JU., Astafev A.A.
  20. Patent na izobretenie RF № 2562440. Priemoperedajushhijj modul / Dominjuk JA.V., Levitan B.A., Topchiev S.A., Tushnov P.A.
  21. Pat. na poleznuju model RF № 154186. Radioehlektronnoe ustrojjstvo / Tushnov P.A.
  22. Pat. na izobretenie RF № 2566328. SVCH-modul / Tushnov P.A.
  23. Pat. na izobretenie RF № 2566601. Priemoperedajushhijj SVCH-modul / Berdyev V.S., Dominjuk JA.V., Levitan B.A., Mitrofanov M.M., Radchenko V.P., Tokmakov D.I., Topchiev S.A., Tushnov P.A.
  24. Pat. na poleznuju model RF № 157898. Priemoperedajushhijj SVCH-modul AFAR / Tushnov P.A., Dominjuk JA.V., Berdyev V.S., Mitrofanov M.M.
  25. Pat. na izobretenie RF № 2576497. Radioehlektronnyjj SVCH-modul / Tushnov P.A.
  26. Pat. na izobretenie RF № 2584006. Usilitelnyjj blok / Tushnov P.A.
  27. Pat. na izobretenie RF № 2556863. Korpus radioehlektronnogo ustrojjstva (varianty) / Aljokhin N.N., Ampilov O.V., Berdyev V.S., Vencenoscev D.L., Dominjuk JA.V., Karimov JA.SH., Levitan B.A., Radchenko V.P., Topchiev S.A., Tushnov P.A.
  28. Pat. na poleznuju model RF № 164624. Radioehlektronnoe ustrojjstvo / Tushnov P.A. Mikhajjlova M.L.