Abstract

The article aims to develop a method to improve the reliability and stability of organizational and technological solutions for the construction of industrial complexes. Construction of industrial complexes is characterized by high dynamism, constant changes in forms, methods and conditions of work, the need to comply with the interests of the owner for the effective investment of the investor's capital in the construction which is a complex and time-consuming task. There is no doubt that the successful solution of this problem requires an effective study of all possible variants of models of work organization in order to compare them and choose the most rational of them for specific production conditions. The basis for solving this problem is to ensure the reliability of the designed organizational and technological solutions. In this regard, a conceptual approach is defined, which is based on the relationship between the parameters of organizational and technological solutions of design and construction, on the continuity of organizational and technological decisions of stages of design and execution of construction and installation works which increases the reliability of implementation of adopted solutions. The proposed mechanism of formation of organizational and technological solutions provides an increase in the multiplicity of ways to choose the optimal set of organizational and technological solutions due to the significant expansion of the zone of acceptable solutions and thus solves the problem of ensuring the stability and reliability of organizational and technological solutions when constructing industrial complexes.

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