simulation modelling, flexible automated system, model, formalized description, coefficient of readiness, discrete-event abstraction, logical circuit


The authors have considered possibilities of organizing the training of students majoring in engineering specialty “131. Applied Mechanics” in the course “CAD of packaging production” using the specialized software of the AnyLogic Company.

The paper presents software products for automated calculation and modeling of the technological process of packaging. As a result of studying the software product, the students will be able to master the techniques of automated calculation and design of packaging components and implement projects using modern CAD and CAM systems.

The purpose of modeling the technological processes of packaging is to increase their productivity by determining and justifying the optimal parameters. The study of technological processes based on simulation modeling allows the students to identify interconnections, to highlight technical and economic indicators, to evaluate the impact on profitability, to determine the directions of development and ways to improve the technical and technological facilities.

The methodology for developing a flexible automated line simulation model, for example, for the production of macaroni products, is described in this work. Authors highlighted the stages of modelling a flexible automated packaging system.

The criteria that influence the technological process of bulk products packing are determined. The parameters for constructing the simulation model are selected. A formal description of the packing line has been made for a more detailed understanding of the process and the adequate construction of the model. With the help of the software of The AnyLogic Company, students create an acting part of the model, simulate processing at workshops and the work of a warehouse.

As a result, in the developed simulation model, the authors researched the load of the production elements, determined problematic structural elements and calculated the coefficient of the technological line readiness. The virtual model of the technological line allowed testing the future technological line for adequacy, process ability and reliability.

As a result of studying the discipline "CAD of packaging production" and AnyLogic software, students develop holistic understanding of the automated process and acquire the skills of modeling, analysis and optimization of the technological line.


Download data is not yet available.

Author Biographies

Bogdan A. Palchevskyi, Lutsk National Technical University

Doctor of Technical Sciences, Professor

Olena A. Krestyanpol, Lutsk National Technical University

PhD of Technical Sciences, Associate Professor

Lyubov Yu. Krestyanpol, Lutsk National Technical University

PhD of Technical Sciences, Associate Professor


A. Borshchev, “The Big Book of Simulation Modeling: Multimethod Modeling withAnyLogic” 6, 2013 (in English).

C.M. Macali, M.J. North, “Tutorial on Agent-Based Modelling and Simulation”, The University of Chicago, 2010. (in English).

Gizem Gunes, Ali Fuat Guneri, “Agent-based simulationand an example in Anylogic”. Yıldız Technical University, Industrial Engineering Department, Istanbul, 2014 (in English).

Björn F. Postema, Boudewijn R. Haverkort, “An AnyLogic simulation model for power and performance analysis of data centres”, Proceedings of the 12th European Workshop on Computer Performance Engineering, EPEW 2015. Lecture Notes in Computer Science, vol. 9272, Springer, Switzerland, pp. 258-272. doi:10.1007/978-3-319-23267-6_17 (in English).

O.V. Karsayev, B.M. Morozov, R.A. Sabitov, G.S Smirnov, “Imitation modeling of the relay delivery system”, Bulletin of the Scientific Center for Life Safety, No. 1 (27), p. 45-56, 2016 (in Russian).

I. N. Khaymovich, D.G. Skripachev, S. Yu. Kolesnikova, “Simulation of Production Cycle of Wire Production”, Vestnik Samara State Aerospace University, T.14, No. 4, p. 151-154, 2015 (in Russian).

E.V. Karmanova, Yu. EfimovaI, E.N.Guseva, N.N.Kostina, L.A.Saveleva, I.I.Bobrova, “Modeling of students' competency development in the higher education distant learning system”, Proceedings of the 2016 Conference on Information Technologies in Science, Management, Social Sphere and Medicine (ITSMSSM 2016), p. 308-315, 2016 (in English).

O. I. Morozova, I. A. Sipchenko, “Analysis of modern information systems and modeling tools used in industrial logistics”, Aviation-space technology and technology, N. 6 (113), pp. 108-112, 2014, ISSN 1727-7337 (in Russian).

Yu.G. Karpov, “Imitation modeling of systems. An Introduction to Modeling with AnyLogic 5”, BHV-Petersburg, 390 p., 2005. (in Russian).

B.A. Palchevskyi, О.A. Krestyanpol, B.P. Valetsky, D.V. Bondarchuk, V.S. Rak. “Fundamentals of CAD of packing equipment”, Training Manual, Lutsk, 160 p., 2008 (in Ukrainian).

B.A. Palchevskyi, L.Yu. Krestyanpol, “Imitation model of optimization of packaging system of alcohol products”, Polygraphy and publishing, №3-4 (63-64) p.37-43, 2013. (in Ukrainian).

B.A. Palchevskyi, O.A. Krestyanpol, L.Yu. Krestyanpol, “Information technologies in designing the system of protection of packed products”, monograph, Lutsk, 160 p., 2015. (in Ukrainian).

B.A. Palchevskyi, T.L. Varanitsky, “Information provision of optimization synthesis of the structure of flexible production package modules”, Technological complexes, No. 1, c. 201-205, 2014. (in Ukrainian).

B. Palchevskyi, A. Świć, H. Krestyanpol, “Increasing efficiency of flexible manufacturing systems based on computer product grouping”, Advances in Science and Technology Research Journal, vol. 12, Issue 2, p. 6-10. doi: 10.12913/22998624/920932018. (in English).




How to Cite

Palchevskyi, B. A., Krestyanpol, O. A., & Krestyanpol, L. Y. (2020). THE USE OF ANYLOGIC SYSTEM FOR MODELLING A FLEXIBLE AUTOMATED PACKING SYSTEM IN TRAINING ENGINEERING STUDENTS. Information Technologies and Learning Tools, 75(1), 225–236.



ICT and learning tools in the higher education establishments