The article analyzes the case of creating a project for Ulyanovsk State Pedagogical University development. This process resulted in the adoption of a university development program until 2024. The authors provide the alternatives and the reasons for choosing the strategic type of planning the development, the type of strategic orientation of the university (market, entrepreneurial and educational orientation), and the type of its reorganization (restructuring and reconfiguration). The paper indicates the reasons and the criteria for the experts’ selection and their role in its creation. There are presented the results of the analysis of all project development stages, the work of focus groups with the main stake holders, the group work on the blocks of the program and the sessions devoted to the road maps. This case can be useful to those who are starting this kind of activity for the first time, since the authors describe the progress of work and consider its timing, as well as the difficulties encountered. The article also explains why this or that decision was made, indicates the right decisions, reveals the errors and the lessons learned.

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The paper assesses the status of the soil cover associated with the pollution of its waste chemical production and consumption. The authors present the data of formaldehyde and toluene influence on the abundance of actinomycetes, heterotrophic bacteria and fungi, as these groups of microorganisms provide self-purification capacity of the soil and participate in soil formation processes. In this paper microbiological and physico-chemical methods of research are used. The study of species composition changes of some soil microorganisms groups of leached chernozem under the influence of formaldehyde and toluene showed that this factor causes changes in the complex of soil microorganisms. This factor is reflected in the decreased species richness and diversity and increase of pollution-tolerant microorganisms. These studies investigate a number of microorganisms that provide self-purification capacity of the soil and participate in soil formation. The results show the nature of the influence of different doses of formaldehyde and toluene on the structure and functioning of the complex of soil microorganisms, as well as reveal the mechanism of action of chemicals (formaldehyde and toluene) on soil microbiota associated with its resistance and the manifestation of toxicity of the soil.