Project management in large-scale construction: development of approaches in the conditions of digitalization

Gusakova, Еlena; Pavlov, A. S.

doi:10.1088/1757-899x/953/1/012079

Cited by 3 publications

(3 citation statements)

References 2 publications

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“…It is important to note that for visualization of the analysis of the solution of individual tasks or consideration of stages, it is possible to use any means that allow you to visually interpret the processes taking place, for example, in the form of flowcharts, diagrams, text descriptions [12,13]. The basis of this system is constant analysis, contributing to achieve the visions of submission of the project, as well as the reduction of uncertainty, thereby increasing the range of information organization-wide coverage, and responsiveness to changes in project speed and decisionmaking [14][15][16]. As part of a comprehensive solution to this task, a system of principles of technological support for construction projects has been developed, including the principles of unity, balance, compliance and synergy.…”

Section: Methodsmentioning

confidence: 99%

Principal modeling of technological support for sustainable construction projects

Беляков

2021

E3S Web Conf.

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The rationale for the choice of technological solutions in the framework of construction design is largely interrelated with the effectiveness of solving problems that arise during the stages of the project life cycle. The modeling of the project's technological support is based on a systematic approach, which is a connecting element between various tools and techniques by presenting the project's processes in the context of the life cycle, as well as their mutual correlation with technological solutions. This approach eliminates the adoption of chaotic decisions in the process of project development, since its implementation occurs directly at the initiation stage. As part of a comprehensive solution to this task, a system of principles of technological support for construction projects has been developed, including the principles of unity, balance, compliance and synergy. The results obtained in the framework of the study, the key of which are the scheme of principal modeling of technological support for construction projects and the algorithm for modeling technological support for construction projects, develop approaches to scientific and methodological approaches to managing the effectiveness of investment and construction activities in general and, in particular, to the development and justification of design solutions for construction. The key aspect of the implementation of the developed algorithm is the analysis of processes, for the methodological support of which it is proposed to use the unified form “Card determinant of the technological solution”. Practical application of the results obtained in the framework of the research can be carried out in a number of areas within the processes and procedures of investment and construction design, development of project documentation, construction consulting, technological engineering, financial and technical supervision and audit

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Section: Methodsmentioning

confidence: 99%

Principal modeling of technological support for sustainable construction projects

Беляков

2021

E3S Web Conf.

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“…The study compares traditional project management approaches with modern, technology-driven methods, emphasizing the need for project managers to acquire relevant knowledge and master new skills and techniques to deal with state-of-the-art technology. Gusakova and Pavlov (2020) present an analysis of current domestic and foreign experiences in project management, particularly in large-scale construction. The study focuses on the organizational and technological features of largescale projects and the necessity of applying specific management principles.…”

Section: The Role Of Technology and Digitalization: Discussing The Im...mentioning

confidence: 99%

Sustainability in project management: A comprehensive review

Omamode Henry Orieno,

Ndubuisi Leonard Ndubuisi,

Nsisong Louis Eyo-Udo

et al. 2024

World J. Adv. Res. Rev.

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This comprehensive review paper delves into the integration of sustainability principles within the realm of project management. The primary objective is to analyze how sustainability is being incorporated into project management practices and to identify the emerging trends and challenges in this integration. The methodology involves a systematic review of existing literature, encompassing academic journals, industry reports, and case studies, to provide a holistic view of the current state of sustainability in project management. Key findings reveal that sustainability in project management is increasingly gaining attention, driven by the growing recognition of environmental, social, and economic impacts. The study identifies three core dimensions of sustainability in project management: environmental responsibility, social equity, and economic viability. It highlights the evolving role of project managers in embedding these dimensions into project life cycles, from initiation to closure. The review also uncovers a range of tools and frameworks being employed to facilitate sustainable project management, such as life cycle assessment, stakeholder engagement strategies, and sustainability balanced scorecards. However, challenges persist, including a lack of standardized guidelines, difficulties in measuring sustainability outcomes, and resistance to change in traditional project management practices. The paper concludes that while strides have been made in integrating sustainability into project management, there is a need for more robust frameworks and educational efforts to enhance the adoption and effectiveness of sustainable practices. Future research directions are suggested, focusing on the development of standardized sustainability metrics and the exploration of the role of technology in enhancing sustainable project management practices.

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“…The concept of an organizational and technological platform proposed by Timirgaleeva et al [4] is a set of various resources and organizational and technical models based on the use of modern digital technologies. By ensuring rational interaction, it is possible to achieve high efficiency in the construction of facilities with given technical specifications and economic characteristics [5][6][7][8][9]. Technological platforms are formed to solve strategic problems of scientific and technical development.…”

Section: Introductionmentioning

confidence: 99%

Organizational and Technological Platform for Monolithic Construction Using Pneumatic Formwork

Mishchenko,

Lapidus,

Topchiy

et al. 2023

Civ Eng J

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Introduction: The active implementation of digital technologies in various fields, including in the construction industry, leads to the development of technological platforms to sell multiple products. The study examines the prerequisites for the formation of an organizational and technological platform for monolithic construction using pneumatic formwork, which is a set of material and labor resources and organizational and technological solutions that, through their consolidation with modern digital technologies, allow the implementation of construction projects with specified technical and economic requirements. This study aims to systematize various production and construction solutions, presenting them as a unified organizational and technological system that allows for achieving optimal criteria for construction products. Materials and methods: The factors ensuring its effectiveness were selected and systematized to form an organizational and technological platform. A complex system decomposition is presented at three levels of a hierarchical matrix using the analysis of hierarchies. The level of the stages of the life cycle of buildings and structures is taken as the basis, followed by the level of components of the areas of activity that form the platform's effective formation. At the last, lower level, some factors ensure its effective formation. The analysis of the totality of material and labor resources and organizational and technological solutions that make up the platform for constructing monolithic buildings and structures using pneumatic formwork systems was carried out. Results: For an adequate analytical description, it is proposed to use the a priori ranking method, which makes it possible to decompose the indicated factors influencing the effectiveness of the formation of an organizational and technological platform and to obtain specific criteria and alternatives inherent in the construction of monolithic buildings and structures on pneumatic formwork. The detailed development of an analytical apparatus for obtaining an integral assessment will be the subject of further research. Conclusions: The organizational and technological platform for monolithic construction using pneumatic formwork is an innovative tool for interaction between all participants in implementing such projects, aimed at successfully achieving construction design indicators in terms of time and cost and ensuring the required level of reliability and safety of the constructed facility. The novelty of the proposed approach is determined by the combined consideration of material, technological, organizational, and managerial solutions within a single platform to increase the efficiency of construction product production processes. Doi: 10.28991/CEJ-2023-09-11-010 Full Text: PDF

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Project management in large-scale construction: development of approaches in the conditions of digitalization

Cited by 3 publications

References 2 publications

Principal modeling of technological support for sustainable construction projects

Principal modeling of technological support for sustainable construction projects

Sustainability in project management: A comprehensive review

Organizational and Technological Platform for Monolithic Construction Using Pneumatic Formwork

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