Open AccessIMPROVING LABOR STANDARDIZATION SYSTEM OF INDUSTRIAL ENTERPRISE
Author(s) -
Alexander Aleksandrovich Andreev,
Irina Evgenievna Fadeeva
Publication year - 2019
Publication title -
vestnik astrahanskogo gosudarstvennogo tehničeskogo universiteta. seriâ: èkonomika
Language(s) - English
Resource type - Journals
eISSN - 2309-9798
pISSN - 2073-5537
DOI - 10.24143/2073-5537-2019-3-39-47
Subject(s) - standardization , computer science , software engineering , documentation , automation , software , digitization , software development , database , engineering management , process management , operating system , engineering , mechanical engineering , computer vision
The article touches upon the problem of improving the labor standardization system, which requires regular updating of automation systems that reduce labor intensity and increase productivity of specialists in labor regulation and organization. The study is aimed at reducing labor costs while increasing productivity. There has been proved the urgency of creating the complex software at the industrial enterprise, which will cover the development of standards of numbers and will provide analyzing standard numbers on the entire enterprise involving the production personnel. There is presented a description of the Software complex of automated data processing and primary documentation to justify the number of employees of the industrial enterprise. The application of the Software complex allows to avoid the duplication of functions by different structural units of the enterprise, to exclude the “loss” factor of management functions of the structural unit specified by the regulations and to form output documents in different formats (Microsoft Excel, Microsoft Word, etc.). There have been listed the main stages of the studied software: setting the problem; developing the requirements for the system functionality; digitization of normative documentation, development of a database structure for storing information; creating subsystems, interconnections between them and system layout; GUI development and approval of instructions for working with the system, rules for each role of the system; trial operation, refinement of the system according to test results. Some analytical forms developed manually in Microsoft Office Excel or using other software products are considered. It is noted that, in addition to analytical forms, the project provides different types of data visual presentation, helps to select the values of indicators along the axes, to build various diagrams and to print the needed form.