FOUNDATIONS FOR THE FORMATION OF A UNIFIED INFORMATION SPACE USING RUSSIAN-DESIGNED SOFTWARE
Authors:
1.
KNITU
2.
Kazan National Research Technological University
3.
Kazan National Research Technological University
Type:
Article
Pages:
from 120
to 126
Status:
Published
Received:
24.12.2025
Accepted:
25.12.2025
Published:
25.12.2025
Language:
Russian
Keywords:
DESIGN, UNIFIED INFORMATION SPACE, COMPUTER-AIDED DESIGN SYSTEMS, IMPORT SUBSTITUTION
Abstract (English):
Until recently, foreign software was predominantly used in the design of oil, gas, and chemical complex facilities in the Russian Federation. Due to the departure of foreign companies, the transition process to domestic computer-aided design systems has been intensified both in the professional sphere and in the educational process. At the same time, along with the implementation of domestic software, the question arises about the possibility and desirability of using theoretical developments made during the use of foreign software in new conditions, since, for a number of objective reasons, they relied on the requirements of foreign regulatory documentation. This article compares the domestic and foreign regulatory framework used in the information modeling of oil, gas, and chemical facilities, which has identified some problems that impede the transition to domestic software. Among the main problems, there is a lack of a detailed description and requirements for full process flow diagrams, which are the closest analogue of foreign Piping and Instrumentation Diagrams. There is also a lack of documentation regulating the adoption of design decisions. Analyzing the current state of the teaching and methodological basis used in the development of the «Information Modeling» theoretical training course, we can draw the following conclusions: currently, the theoretical part of the «Information modeling» training course developed during the use of foreign software can be included in new curricula for training specialists of various levels. Given the preparation of «Unified Information Modeling System» concept on the basis of «CSoft Development» software products, it is necessary to start forming the theoretical basis for the application of new Russian-developed software products at all stages of the industrial facility life cycle.
Until recently, foreign software was predominantly used in the design of oil, gas, and chemical complex facilities in the Russian Federation. Due to the departure of foreign companies, the transition process to domestic computer-aided design systems has been intensified both in the professional sphere and in the educational process. At the same time, along with the implementation of domestic software, the question arises about the possibility and desirability of using theoretical developments made during the use of foreign software in new conditions, since, for a number of objective reasons, they relied on the requirements of foreign regulatory documentation. This article compares the domestic and foreign regulatory framework used in the information modeling of oil, gas, and chemical facilities, which has identified some problems that impede the transition to domestic software. Among the main problems, there is a lack of a detailed description and requirements for full process flow diagrams, which are the closest analogue of foreign Piping and Instrumentation Diagrams. There is also a lack of documentation regulating the adoption of design decisions. Analyzing the current state of the teaching and methodological basis used in the development of the «Information Modeling» theoretical training course, we can draw the following conclusions: currently, the theoretical part of the «Information modeling» training course developed during the use of foreign software can be included in new curricula for training specialists of various levels. Given the preparation of «Unified Information Modeling System» concept on the basis of «CSoft Development» software products, it is necessary to start forming the theoretical basis for the application of new Russian-developed software products at all stages of the industrial facility life cycle.
Keywords:
DESIGN, UNIFIED INFORMATION SPACE, COMPUTER-AIDED DESIGN SYSTEMS, IMPORT SUBSTITUTION
DESIGN, UNIFIED INFORMATION SPACE, COMPUTER-AIDED DESIGN SYSTEMS, IMPORT SUBSTITUTION
