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Today, the agro-industrial complex is the most important factor in the formation and development of the Russian economy. In the modern market economy of Russia, special attention is paid to the personality of the head of the agro-industrial complex. In connection with the development of the economy and technological progress, society is increasingly in need of an increase in the number of qualified and successful representatives of the management apparatus of this industry. On the basis of which we conducted an empirical study, where the object was 40 managers of various pilot production enterprises of the Rostov region. In the course of the empirical study, the following methods were used: “The scale of basic beliefs” (in the modification of M. A. Padun, A.V. Kotelnikova), Proactive coping inventory in the adaptation of E. Starchenkova, “Methods of coping behavior “ by R. Lazarus and S. Folkman, the Life Style Index (LSI). These recommendations can be taken into account by managers and employees of personnel services of enterprises of the agro-industrial complex when forming systems of motivation and development of the highest needs of employees holding managerial positions in modern market conditions.

The article deals with the problems of applying systems with stiffeners and outriggers for high-rise buildings. The analysis of various designs is carried out, the features of their work are specified, the advantages and disadvantages are identified, the areas of their application. When designing and building high-rise buildings, it is necessary to ensure their resistance to lateral loads arising from wind or seismic influences. The article shows the ways of solving this problem based on various constructive systems. Particular attention is paid to the use of outrigger link systems for providing high-rise buildings rigidity. Various variants of outriggers are investigated in the paper, their advantageous sides and disadvantages are compared, the types of their optimal solutions are determined. A number of technical and economic problems of high-rise buildings with stem systems and outriggers, which have not been sufficiently investigated, are mentioned. Recommendations are given on the use of systems with stiffeners and outriggers to increase the rigidity and lateral stability of high-rise buildings.

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The article deals with the use of renewable energy sources in construction in general and in high-rise unique buildings. Such approach will allow to design and construct buildings in which integrated renewable energy sources can be perfectly applied to all aspects of construction. The historical development of architecture and ecology as a single phenomenon is considered. This is particularly relevant to high-rise buildings. With the implementation of energy-efficient technologies, the main drawback - high-energy consumption - will be cut off. The article raises the question of the need to merge these two concepts. Examples of buildings with applied renewable energy sources, both constructed and projected, are considered. Non-traditional energy sources such as wind, solar, land, water and biomass are analyzed. The relevance of their application in construction and influence on all aspects of the project is proved: town-planning, functional, space planning, architectural and artistic, constructive and engineering.