Translation. Region: Russian Federal
Source: Novosibirsk State University – Novosibirsk State University –
The Advanced Engineering School “Cognitive Engineering” of Novosibirsk State University presented the results of its work for 2024 and long-term development plans at the Council for the consideration of issues and coordination of the activities of the Advanced Engineering School chaired by the head of the Ministry of Education and Science of Russia Valery Falkov.
The flagship project of the Ministry of Education and Science “Advanced Engineering Schools” has been implemented since 2022. Currently, 50 such schools have been created within its framework, and by 2030, on the instructions of Russian President Vladimir Putin, their number should be increased to 100. Thanks to this program, new competence centers in the fields of biotechnology, oil and gas engineering, space instrumentation, optical sensors and closed-loop technologies have appeared at NSU. Students of the Advanced Engineering Schools study in 5 master’s programs of NSU and 6 network educational programs of higher education created jointly with NSTU, NSAU, Ufa State Petroleum Technological University.
Starting this year, the first 30 schools from 15 regions, including NSU PISh, are moving to a new stage of financing under the terms of the project – after three years of budget financing, they will move to off-budget financing and will operate at the expense of funds attracted from industrial partners and other competitive programs of the Ministry of Education and Science of Russia.
— The first 30 advanced engineering schools are moving to a new qualitative level of development. The results presented by the university teams show that together we have managed to create an effective model for integrating education, science and production. The next stage for the first wave of schools will be scaling up their activities. Everything necessary for this is available: modern equipment, competencies, established contacts with industrial partners. It is important that regional authorities pay great attention to the development of advanced engineering schools in their cities, understanding their value for strengthening relations between higher education and the real sector of the economy, — emphasized the head of the Russian Ministry of Education and Science Valery Falkov.
At the defense of the results of the work, Novosibirsk State University was represented by the Vice-Rector for Research Activities of NSU Dmitry Churkin, the Director of the NSU Cognitive Engineering School Sergey Golovin, the Deputy General Director for Expertise and Functional Development of Gazpromneft NTC LLC Veronika Filimonova, the founder of Sibsensor LLC Ivan Shelemba, and a graduate and junior research fellow of the NSU Cognitive Engineering School Stepan Karmushin.
The NSU Advanced Engineering School presented key results of its activities over 3 years of work. During this time, a number of new educational spaces were created at the NSU Advanced Engineering School: three laboratories in the field of biotechnology, a research and testing laboratory in optical sensorics, a digital factory and fab lab in the field of space instrumentation, a fab lab in chemical synthesis, as well as a VR studio and coworking for project work. The involvement of leading specialists in the activities of the laboratories and good equipment allows students and employees to work at the cutting edge of technological developments.
The main achievements and contribution of the NSU Advanced Engineering School to the process of scientific and technological development of the country were highlighted by the director of the NSU Advanced Engineering School, Sergei Valerievich Golovin:
— The main result of 2024 is the completion of the formation of technology platforms for the development of new products and the implementation of educational programs. New centers for biotechnology, optical sensorics, closed-loop technologies have been created, and existing divisions in the field of space instrumentation and oil and gas technologies are implementing new large projects. Among the achievements of the past year: the creation of a digital factory of small spacecraft and the production of the first commercial CubeSat satellites, the development of new equipment and methods for express diagnostics of the state of permafrost soils, the development of a reagent base for high-performance DNA and RNA sequencing with subsequent data processing using multifunctional software, the creation of a unique metrology complex for fiber-optic sensors. The creation of the PIS gave a new impetus to work with schoolchildren on their early career guidance and involvement in science and technology.
Project work in the competence centers of the PIS or in the framework of industrial partners on applied tasks to be solved is the basis of student training. The opportunity to interact at the training stage with the competence centers of the PIS NSU, scientific organizations, private technology businesses and large companies forms a holistic picture of the possibilities for further employment or the creation of their own technology business for students.
— Novosibirsk State University is one of the key partners in our ecosystem. Together, we implement projects in the field of geological exploration, production and development of science-intensive software, including the use of mathematical modeling and artificial intelligence methods. Particular attention is paid to the integration of fundamental science into solving current industry problems. NSU students undergo training in our master’s programs and participate in practical work in the company’s scientific division. This cooperation opens up new prospects for the development of engineering education and technology, — Veronika Filimonova, Deputy General Director for Expertise and Functional Development of Gazpromneft NTC LLC, spoke about the training of new generation engineers and the projects implemented jointly with the PISH partner.
The implementation of the socio-economic development initiative “Advanced Engineering Schools” in the period from 2022 to 2024 was carried out within the framework of the federal project “Advanced Engineering Schools” of the state program “Scientific and Technological Development of the Russian Federation”. Since 2025, the continuity of the activities of the project “Advanced Engineering Schools” was ensured by including them in the federal project “Universities for the Generation of Leaders” of the national project “Youth and Children”.
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