Concerning One Approach to the Selection of Organizational and Engineering Solutions for Building Construction

The construction process is implemented by methods differing from each other in the materials, mechanisms, tools, construction equipment used, as well as the qualitative and quantitative composition of the units and teams of workers. Each of these factors, in turn, is characterized by certain engineering, technical and economic indicators. Therefore, precise optimization models play an important role when assessing and selecting rational values for the parameters of technical, organizational and engineering solutions. Different methods and models can be used including direct enumeration of alternatives when choosing the optimal (rational) values of the parameters characterizing technical, organizational and engineering solutions. Models of this kind are extensively described in the literature and are widely used in practice. Such optimization problems are solved using a variety of methods of linear, nonlinear, stochastic programming. One of these methods is described in this paper.