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 DOI: 10.17587/it.26.688-696 M. R. Usmanov, Cand. Sc., General Director, e-mail: nnp@lukoil.com,  LUKOIL-NIZHEGORODNIINEFTEPROEKT, Nizhni Novgorod, 603006, Russian Federation, D. A. Fomenkov, Associate Professor, Cand. Sc.,e-mail: dfomenkov@hse.ru,  M. A. Shushkin, Professor, D. Sc., e-mail: mshushkin@hse.ru National  Research University Higher School of Economics, Nizhni Novgorod, 603093,  Russian Federation The  article outlines critical analysis of methods used in assessment of  digitalization in companies and projects. Based on the results the authors  infer the necessity of development of methods that might be used in analysis of  engineering centers digitalization. The article presents new method that allows  to estimate the level of intensity and effectiveness of different practices in  digitalization. The method was tested in analysis of digitalization of  engineering projects in oil industry. Digitalization is one of the main  processes of changing modern business. Most companies actively declare the  introduction of new digitalization tools in management. At the same time, these  processes do not always lead to an increase in management efficiency. To make  optimal decisions on the use of business digitalization tools, the development  of appropriate analytical tools is required. The presented methodology  includes: a set of metrics for the efficiency and activity of digitalization of  an engineering project: grouping of metrics into three blocks; a method for  evaluating the analyzed metrics, an algorithm for analyzing the digitalization  of projects and making managerial decisions for their optimization. The  technique presented in the article allows us to identify problem areas of  digitalization in the business processes of the engineering center, as well as  to determine in which directions the maximum efficiency was achieved. This  methodology is aimed at making managerial decisions regarding the use of  various tools for digitalizing business processes in the implementation of  engineering projects. P. 688– 696 | |||||||||