Organization of an engineering center for industrial import substitution

© Д.Х. Михайлиди, А.В. Рагуткин, Д.О. Скобелев, А.Б. Сухатерин, Д.Х. Михайлиди, Dmitry Kh, Mikhailidi, A. Ragutkin, D. Skobelev, Alexey B. Sukhaterin
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Abstract

Objectives. Following the imposition of sanctions against the Russian Federation, which included a ban on thesupply of foreign electronic equipment—including automation systems—to Russian enterprises, the continuingdevelopment of science and technology in Russia became a question of ensuring technological sovereignty accordingto the principle of import substitution. According to plans developed by the Ministry of Industry and Trade of theRussian Federation, the policy of import substitution, including automation systems, will ensure the replacement ofimported equipment with domestic counterparts.Methods. Approaches underlying the joint project of MIREA ‒ Russian Technological University and EnvironmentalIndustrial Policy Center to solve the problems of import substitution are described. Various substitution strategiesavailable in the world experience, as well as objective and subjective obstacles to their implementation in Russia,including the insufficiency of domestic regulatory legal acts and previously formed attachments to importedtechnologies and regulatory frameworks, are considered. Distinctive features of contemporary external relations areadduced to the necessity and urgency of developing technological sovereignty. The main functional requirementsfor a software and hardware platform for developing modern automated control systems (ACS) for mechanicalengineering applications, as well as the required capabilities of an engineering center for solving applied problemsof overcoming import dependence, are described. The components of the production of capital goods (engineering)and its role in the product life cycle are shown.Results. The selection of a pilot engineering object comprising a sectional glass-forming machine, along with asoftware-hardware complex including elements of industrial electronics and ACS, is justified. The main functionalelements of the ACS and their interrelations are shown.Conclusions. The results confirm the necessity of achieving complete import substitution for the creation of digitalproducts. Prospects for cooperation with interested organizations are shown.
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组织工业进口替代工程中心
目标。在对俄罗斯联邦实施制裁,其中包括禁止向俄罗斯企业供应外国电子设备- -包括自动化系统- -之后,俄罗斯科学和技术的继续发展成为一个根据进口替代原则确保技术主权的问题。根据俄罗斯联邦工业和贸易部制定的计划,包括自动化系统在内的进口替代政策将确保用国内同类设备替代进口设备。介绍了俄罗斯工业大学和环境产业政策中心联合项目解决进口替代问题的基本方法。考虑了世界经验中可用的各种替代策略,以及在俄罗斯实施这些策略的客观和主观障碍,包括国内监管法律行为的不足和先前形成的对进口技术和监管框架的依赖。当代对外关系的鲜明特征表明了发展技术主权的必要性和紧迫性。描述了开发用于机械工程应用的现代自动化控制系统(ACS)的软件和硬件平台的主要功能要求,以及解决克服进口依赖的应用问题的工程中心所需的能力。资本货物(工程)生产的组成部分及其在产品生命周期中的作用。选择一个试点工程对象,包括一个分段玻璃成形机,以及包括工业电子元件和ACS在内的软硬件综合体,是合理的。介绍了ACS的主要功能要素及其相互关系。研究结果证实了实现数字产品完全进口替代的必要性。显示了与有关组织合作的前景。
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