Structural Optimization of Interuniversity Campus with System Analysis of the Territorial Dispersion of Residential and Educational Facilities

This paper presents an international program that aims to create an innovative educational environment in Voronezh, Russia by integrating four universities in the city to form an interuniversity campus. The program focuses on developing an educational cluster and integrating researchers using green and energy-efficient technologies. To achieve this, the study formed distance and time matrices for pedestrian and car routes between university buildings and dormitories, and conducted a cluster analysis of university facilities. The analysis identified possible trajectories for developing an inter-university campus that optimizes energy consumption and promotes further development in this area. The main findings suggest that integrating universities into a campus can improve energy efficiency and foster collaboration among researchers, ultimately creating a more sustainable and productive educational environment. The proposed program could attract additional investments and contribute to economic growth and population influx. Overall, this study highlights the potential benefits of integrating universities to create an innovative educational environment.