A systematic analysis of legal and organizational barriers to the deep integration of science education and industrial production in the Russian Federation

Abstract

Deep integration of science, education, and industrial production is a key factor for innovative development and increasing the competitiveness of the Russian Federation’s economy. However, this process encounters serious legal and organizational barriers, including fragmented legislation, underdeveloped technology transfer mechanisms, and weak business incentives to invest in research. The aim of this study is to conduct a systemic analysis of these obstacles in order to develop scientifically grounded proposals for overcoming them. To address this objective, a comprehensive approach was employed, including analysis of federal and regional regulatory acts, internal university regulations, and official reporting data. Using comparative and systemic analysis methods, interaction practices in various regions of Russia and key industries—such as mechanical engineering, pharmaceuticals, and IT – were examined. Special attention was paid to issues of intellectual property regulation, commercialization mechanisms, and the effectiveness of state support programs. The results of the study revealed significant disparities in the development of integration processes. Leading regions, such as Moscow and St. Petersburg, demonstrate higher indices of regulatory coherence (0.78 and 0.71, respectively) and better commercialization indicators (coefficient up to 0.53). Analysis showed that project efficiency directly depends on industry specifics: the IT sector is characterized by the fastest payback (19.3% profitability) and the shortest development cycle (10.5 months), whereas the pharmaceutical industry requires long-term fundamental research. It was also found that a high level of organizational coordination in large industrial enterprises (index 0.82) does not always guarantee adherence to deadlines and budgets. The conducted analysis proves that successful integration requires not a pinpoint approach but a systemic one, combining the enhancement of the legal framework, the creation of flexible financing mechanisms, and the establishment of effective coordination channels. Success is determined by the synergistic effect achieved through simultaneous development of all system components. Overcoming the identified barriers requires the development of adaptive regional and sectoral strategies that will foster sustainable partnerships among science, education, and industry and ensure the country’s technological sovereignty.