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In this paper it is proposed to use calculations of the coefficient of unpredictability and an integrated indicator of the environment dynamics to evaluate the numerical values of the risk-benefit coefficient of an investment project. The investment project is divided into 10 stages. The external environment of the investment project is decomposed into two spheres: micro-environment and macro-environment. Microand macro-environment factors are presented in the form of five groups. Microenvironment factors (denoted by a, b, c, d, e) gradually develop into macroenvironment factors (denoted as A, B, C, D, E). Assessment of the coefficient of the unpredictability of the medium flow of the investment project was carried out by the methods of expert evaluation. The experts (for whom the questionnaire had been developed) evaluated the work at the microenvironment level and at the project stages, i.e. at the macroenvironment level. Experts were asked to rank the impact of each of the 5 factors on the work in such a way that all factors received ranks (numbers) from 1 to 5 units. The resulting point indicator is proposed to be called an indicator of the environment dynamics. An integrated indicator of the dynamic environment is calculated. The final risk coefficient is calculated on the basis of the environment unpredictability coefficient.

Assessment of the Risk-Benefit Ratio of an Investment Project Based on the Volatility Rate and Integrated Indicator of the Environment Dynamics