Abstract

Given the fact that logistics activity takes place in a very dynamic environment the state of the logistics system should be constantly monitored, analyzed and evaluated. The research is devoted to an important and at the same time complicated issue – the process of designing logistics systems as an important component of the operation of the enterprise. This problem is not fully understood both at the theoretical level and in the field of practical application of design principles. The purpose of scientific research is to determine the essence, tasks and features of the processes of designing logistics systems. The authors use such research methods as descriptive, comparative and systemic. The essence of the concepts of “project” and “design” is considered in the article. The main tasks of designing logistic systems are determined and possible conditions of their implementation are given. The study found the most important factors determining the success of the project on design of logistics systems. A system of branch logistic functions has been proposed. The factors that determine the success of logistics systems implementation are systematized. On the basis of the research, general recommendations for the design of logistics systems at any type of enterprise have been generated. The list of solutions that are accepted in the process of designing logistics systems has been proposed. Stages and steps in the design of logistics systems have been identified according to the tasks of designing logistic systems. Research results have shown that designing logistics systems should take into account the possible risks of implementing a solution and calculate with the help of mathematical models, possible benefits and losses for the enterprise. In addition recommendations to boost the efficiency of designing logistics systems have been distinguished. JEL Classification: D24, L23, L90.

Highlights

  • A demanding market and growing competition mean that enterprises need to look for new solutions in the manufacturing process, adapting to customer requirements through systematic product improvement and after-sales service

  • The constituent increase in the efficiency of the enterprise is the development of a logistics system that requires careful preparation

  • The key to the efficient operation of logistics systems is the high level of their design

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Summary

INTRODUCTION

A demanding market and growing competition mean that enterprises need to look for new solutions in the manufacturing process, adapting to customer requirements through systematic product improvement and after-sales service. Measures to improve should be characterized by efficiency, that is, achievement of results, not worse than competitors, but with less costs. Because of this reason entrepreneurs seek to achieve new management and information technology. MANAGEMENT AND ENTREPRENEURSHIP: TRENDS OF DEVELOPMENT ISSUE 3 (09), 2019 solutions, as well as in other interdisciplinary areas such as telecommunications, automation, robotics, flexible manufacturing systems, materials science and microelectronics. The constituent increase in the efficiency of the enterprise is the development of a logistics system that requires careful preparation. The key to the efficient operation of logistics systems is the high level of their design

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