TEACHING AND LEARNING OF INDUSTRIAL CYBER SECURITY TECHNOLOGIES BASED ON PHOENIX CONTACT COMPANY WIRELESS EQUIPMENT

Yıl 2020, Cilt: 4 Sayı: 2, 99 - 110, 15.05.2020

Vladlen Shapo Maksym Levınskyı Valeriy Volovshchykov

https://doi.org/10.26900/jsp.4.008

Öz

Nowadays occurs a jump in approaches to maritime technical systems developing with implementation of Industry 4.0, IIoT, Shipping 4.0 concepts. Progress in wireless technologies allows to perform absolutely new engineering tasks. Maritime branch realizes digital transformation steps, which envisage creation of unmanned, autonomous and remote controlled ships. But such systems are vulnerable for external malicious intrusion. Thus it's necessary to deepen information technologies learning in maritime education in the following directions: IIoT, industrial wired and wireless data transfer technologies and hardware; satellite systems; big data, artificial intelligence, virtual and augmented reality; remote control; cyber security technologies. National University "Odessa Maritime Academy" participates in Trainings in Automation Technologies for Ukraine project. Obtained mobile equipment allows to study PcWorx and CoDeSys software for automation systems development (based on PLCs) and Profibus, ProfiNet, EtherCAT and wireless technologies. This base equipment may be supplemented by security firewalls.
Ways of modern technologies implementing in maritime branch are analyzed. Directions of deep studying are shown. Actuality and possibilities of cyber security technologies studying are highlighted. Approaches and technologies, successfully realized in education process and planned for future, are described.

Anahtar Kelimeler

Industry 4.0, IIoT, Shipping 4.0, digital transformation, e-learning, industrial cyber security.

Kaynakça

• [1]LANGMANN R. "Workshop: The TATU Lab & smart education" [Text] /R. Langmann, Y.Makarova, L. Rojas-Peña, P. Galkin, I. Klyuchnik, V. Voropaeva, V. Pozepaev, L. Zinyuk, R. Skrypyuk, E. Shaporina, V. Shaporin, V. Shapo, S. Gorb// 2016 13th International Conference on Remote Engineering and Virtual Instrumentation (REV).–Madrid, 2016.–P. 400-402.
• [2] GORB S. I., NIKOLSKII V. V., SHAPO V. F., KHNIUNIN S. G. Programmirivanie controllerov v instrumentalnoi srede: uchebnoe posobie. – Kharkov: Izdatel' FLP Panov A.N., 2017. – 172 s. In Russian.
• Горб С. И., Никольский В. В., Шапо В. Ф., Хнюнин С. Г. Программирование контроллеров в инструментальной среде: учебное пособие. – Харьков: Издатель ФЛП Панов А.Н., 2017. – 172 с.
• [3] GORB S.I., NIKOLSKYI V.V., SHAPO V.F., KHNIUNIN S.H. Programming controllers in the integrated development environment: training manual. Practice. – Odessa: National University "Odessa Maritime Academy", 2017. – 164 p.
• [4] TATU study book. Trainings in Automation Technology for Ukraine. Editors: C. Madritsch, W.Werth. – Villach: Carinthia University of Applied Sciences, 2017. – 211 p.
• [5] GORB S. I., NIKOLSKII V. V., KHNIUNIN S. G., SHAPO V. F. Tekhnicheskoe obespechenie podgotovki sudovykh ingenerov po sistemam avtomatizatsii s programmiruemymi controllerami. // Avtomatizatsiia sudovykh tekhnicheskikh sredstv: nauch.-tekhn. sb. – 2016. – Vyp. 22. – Odessa: ONMA. – S. 39 – 46. In Russian.
• Горб С.И., Никольский В.В., Хнюнин С.Г., Шапо В.Ф. Техническое обеспечение подготовки судовых инженеров по системам автоматизации с программируемыми контроллерами // Автоматизация судовых технических средств: науч.-техн. сб. – 2016. – Вып. 22. – Одесса: ОНМА. – С. 39 – 46.
• [6] GORB S. I., NIKOLSKII V. V., KHNIUNIN S. G., SHAPO V. F. Metodicheskoe obespechenie tekhnologii avtomatizatsii na baze programmiruemykh controllerov // Avtomatizatsiia sudovykh tekhnicheskikh sredstv: nauch.-tekhn. sb. – 2017. – Vyp. 23. – Odessa: NU "OMA". – S. 30 – 36. In Russian.
• Горб С.И., Никольский В.В., Хнюнин С.Г., Шапо В.Ф. Методическое обеспечение технологий автоматизации на базе программируемых контроллеров // Автоматизация судовых технических средств: науч.-техн. сб. – 2017. – Вып. 23. – Одесса: НУ "ОМА". – С. 30 – 36.
• [7] IVASIUK N., SHAPO V. Unified English Language Communication as Service for Seafarers // 30th International Maritime English Conference IMEC 30. – Maritime Academy of Asia and the Pacific. – Manila, 2018.
• [8] PROFIBUS and PROFINET International. PROFIsafe and IO-Link pass the 10 million mark. – https://www.Profibus.com/newsroom/news/profisafe-and-io-link-pass-the-10-million-mark/
• [9] SHAPO V. Programmable Logic Controllers Applying for Multi Segment Industrial Data Transfer Networks Developing. International Robotics & Automation Journal. – Volume 3, Issue 4. – 2017. [Electronic resource]: http://medcraveonline.com/IRATJ/IRATJ-03-00060.php