Published on: 2026-04-30
Source: Novosibirsk State University –
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Today, following the instruction of the Minister of Science and Higher Education of the Russian Federation Valery Falkov, the Deputy MinisterAyrat GatiyatovDuring a working trip to Novosibirsk, he visited the construction site of the second phase.new campus NGU, being built within the framework of the national project “Youth and Children.” Together with the Deputy Governor of the Novosibirsk RegionIrina ManuilovaAnd the rector of NGUDmitry PyschnyUnder the Deputy Minister of Education and Science, inspected the construction sites — an educational and scientific centerInstitute of Medicine and Medical Technologies(UNC IMMT) and the Scientific Research Center (SRC) NGU. The construction of buildings is already practically completed: their technical readiness exceeds 90%.
A —The main thing we see today at the NSU campus site is not just square meters, but infrastructure for specific scientific and educational tasks. A simulation center, which will become one of the most technological in the country. A laboratory complex where work will be done on space instrumentation, photonics, biomedical technologies. These are the directions without which technological leadership is impossible. And also, that the university is preparing for the launch with such a material base is fundamentally important.— notedAyrat Gatiyatov.
In the UNTS IMMT building, the work on laying walls and partitions, roofing installation, installation of stained glass windows, facade, and external engineering networks has been fully completed; the work on the installation of internal engineering networks and finishing works has been practically completed. The building’s construction readiness is 98.9%.
More than 700 medical students will be trained here, with practical classes and laboratories available. The basement will house one of the most modern and high-tech simulation centers in Russia for training future doctors. The area of the new center will be about 1400 square meters. It will be equipped with advanced equipment: in addition to standard simulators for doctor training, it will feature a ‘Disaster Medicine’ block and robot simulators for endovideo surgery, ultrasound, and endoscopic studies.
In the building of the NIC, the masonry of walls and partitions has been fully completed, roofing and external engineering networks have practically been fully installed, stained glass installation and facade finishing works have been completed. Active work is underway on the installation of internal engineering systems and finishing works. The building’s construction readiness is 85.6%.
Up to 180 graduate students and young scientists will work here. Promising scientific and technological directions will be developed based on the NIC — space instrumentation, photonics and sensorics, biomedical and pharmaceutical, synchrotron technologies, high-performance computing, and others. The NIC will also have pilot industrial production of biotechnological products.
On the adjacent territory of the two buildings, large-scale landscaping work is being completed: small architectural forms, benches, and lighting systems are being installed. The overall readiness percentage of the landscaping exceeds 90%.
By the order of President Vladimir Putin, a network of modern campuses is being created in Russia. By 2030, the country is expected to have a constellation of 25 campuses. The work in this direction is led by the Government of the Russian Federation and the Ministry of Science and Higher Education of Russia. Project financing is provided through federal and regional budgets, as well as from extrabudgetary sources.
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