Theoretical Foundations of Technological Potential Management for the Formation of a Life Cycle Management System for a Sociophysical Object

In the modern world, technology plays a key role in the development of society and the economy. Effective management of technological potential is a key factor for success in various fields of activity. Managing the life cycle of sociophysical objects requires taking into account many factors and the application of modern management methods. The main approach to management is the sociophysical approach. The theoretical foundations for managing technological potential make it possible to create a management system that will take into account all aspects of the functioning of a sociophysical object and ensure its effective development throughout its entire life cycle. The object is an aircraft engine assembly. One of the main methods of the sociophysical approach is the collection and analysis of data about the sociophysical system. This may include data on population, economy, infrastructure, environment and other factors that influence the functioning of the system. The sociophysical approach also includes modeling of sociophysical systems. Modeling helps to understand how different factors interact with each other and how they affect the system as a whole. Sociophysical systems are complex and interconnected, so it is important to use systems analysis to understand their functioning. System analysis allows you to identify key relationships and dependencies between various components of the system. The structure of the system for managing the technological potential of components and assemblies has been developed, consisting of organizational, functional models and a data model. Creating a system for managing the technological potential of an object as part of managing the life cycle of a technically complex product helps to optimize the use of resources, reduce costs and improve product quality. The algorithm for assessing the technological potential of components and assemblies includes defining goals and objectives, collecting and analyzing data, assessing the potential and generating recommendations for increasing it.

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Publication Details

Journal
System Analysis & Mathematical Modeling
Published
2024-12-24
DOI
https://doi.org/10.17150/2713-1734.2024.6(4).414-425
Primary Topic
Economic and Technological Systems Analysis
Type
article
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article

Theoretical Foundations of Technological Potential Management for the Formation of a Life Cycle Management System for a Sociophysical Object

Nataliya Muftakhova
System Analysis & Mathematical Modeling
Economic and Technological Systems Analysis
article

Theoretical Foundations of Technological Potential Management for the Formation of a Life Cycle Management System for a Sociophysical Object

Nataliya Muftakhova
article en

Abstract

In the modern world, technology plays a key role in the development of society and the economy. Effective management of technological potential is a key factor for success in various fields of activity. Managing the life cycle of sociophysical objects requires taking into account many factors and the application of modern management methods. The main approach to management is the sociophysical approach. The theoretical foundations for managing technological potential make it possible to create a management system that will take into account all aspects of the functioning of a sociophysical object and ensure its effective development throughout its entire life cycle. The object is an aircraft engine assembly. One of the main methods of the sociophysical approach is the collection and analysis of data about the sociophysical system. This may include data on population, economy, infrastructure, environment and other factors that influence the functioning of the system. The sociophysical approach also includes modeling of sociophysical systems. Modeling helps to understand how different factors interact with each other and how they affect the system as a whole. Sociophysical systems are complex and interconnected, so it is important to use systems analysis to understand their functioning. System analysis allows you to identify key relationships and dependencies between various components of the system. The structure of the system for managing the technological potential of components and assemblies has been developed, consisting of organizational, functional models and a data model. Creating a system for managing the technological potential of an object as part of managing the life cycle of a technically complex product helps to optimize the use of resources, reduce costs and improve product quality. The algorithm for assessing the technological potential of components and assemblies includes defining goals and objectives, collecting and analyzing data, assessing the potential and generating recommendations for increasing it.

System Analysis & Mathematical ModelingVol. 6(4)
University of Science and Technology (YE), Korea University of Science and Technology (KR)
Openalex Percentile: Top 52%
Economic and Technological Systems Analysis
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