Development of active learning methods in technical universities of Russia in the 1990s

Abstract

The transformation of higher technical education in Russia in the 1990s reflected a profound interconnection between pedagogical innovations and the radical political, economic, and sociocultural shifts of the post-Soviet period. The formation of a market economy required engineering specialists to possess competencies in independent decision-making, teamwork, and continuous professional self-renewal. These demands came into clear contradiction with the rigidly regulated lecture-seminar model inherited from the Soviet school, which was oriented toward the reproductive reproduction of knowledge and standardized algorithms. The theoretical groundwork accumulated in the preceding decade through the concepts of contextual learning, joint productive activity, and business games acquired the opportunity for practical implementation under the new conditions, against the background of expanded academic autonomy of educational institutions. However, chronic underfunding, the mass outflow of teaching staff, and the degradation of the material and technical base determined the extremely contradictory and uneven nature of the introduction of active methods. International cooperation, including participation in academic mobility programs and familiarization with foreign experience in problem-oriented learning, the project method, and case technologies, stimulated the adaptation of these approaches to Russian academic traditions and the specific characteristics of the student body, although the direct transfer of models often required substantial localization. Analysis of the practice of twelve technical universities differing in regional, disciplinary, and status levels made it possible to record a steady upward trend in the application of active forms: between 1992 and 1999, indicators of systematic use grew 2-9 times depending on the specific technology. The case method and project-based learning demonstrated the greatest relative increase, while problem-based lectures provided the maximum absolute growth owing to their relative simplicity of integration into existing courses. Pronounced differentiation was observed across disciplinary cycles: the humanities and socio-economic disciplines were marked by high intensity of discussion formats, situational analysis, and case technologies due to their discursive and multivariate character, whereas specialized engineering courses were dominated by the project method, which is organically connected with the essence of professional activity and the traditions of course and diploma project design. Regional disproportions reflected a two-speed model of pedagogical modernization: metropolitan universities served as generators of innovation thanks to better access to international resources and developed infrastructure, while peripheral institutions, particularly Siberian and Ural polytechnics, independently developed original methodological solutions that took into account the local industrial context and the preserved scientific-pedagogical schools. Among the main constraints, resource factors predominated, including insufficient funding and methodological materials, high teaching loads, as well as psychological and cultural barriers related to the perception of active methods as unserious and the unreadiness of both instructors and students to adopt a subject position in the educational process. Despite its unevenness and the limited availability of computer equipment, informatization opened prospects for computer simulations, virtual laboratory practicals, and multimedia problem-based lectures, thereby laying the foundation for new forms of cognitive activation. The institutionalization of innovative activity through the establishment of centers for engineering pedagogy, educational-methodological laboratories, and accession to international professional communities provided systemic support for bottom-up initiatives by individual educators and departments. On the whole, the decade is characterized by evolutionary rather than revolutionary accumulation of pedagogical potential amid a systemic crisis. This process made it possible to create the theoretical, methodological, and organizational prerequisites for the subsequent large-scale modernization of engineering education toward flexible, competence-oriented, and adaptive models of specialist training while preserving continuity with the fundamental traditions of the national engineering school.