NUST MISIS and the Indian Institute of Information Technology Dharwad (IIIT Dharwad) held an international educational masterclass week entitled Design your future. Participants explored modern approaches to design, UX/UI design and digital product development, and learned how to present their projects effectively to potential employers.
Timur Murtazin and Semyon Kovalev, second-year students at the College of Economics & Management of NUST MISIS, took part in the international youth summit NAMASTE INDIA: Global Campus Connect, held at Chandigarh University in India.
An industrial and educational partnership forum was held at NUST MISIS with the support of Rosatom on the sidelines of the Russia—Africa Summit. The forum focused on training specialists for industrial projects in Africa and developing professional alumni networks. Representatives of African countries based in Russia, Rosatom, industrial companies, technical universities, and alumni associations of Russian and Soviet universities discussed how to move beyond educational cooperation towards long-term partnerships between universities and businesses.
Researchers at NUST MISIS have developed aluminium alloys containing nickel and rare earth metals that could be used in electrical engineering and electric transport. They identified compositions that make aluminium stronger while preserving its ability to conduct electricity efficiently.
Representatives of Université Kurukanfuga de Bamako (Republic of Mali) completed a professional development programme at NUST MISIS titled Negotiation Techniques for Mining Contracts. The training was delivered as part of the Summer Multidisciplinary University programme of the Russian-African Network University.
With more than five years of experience in software engineering, Nelson Solano from Quito, Ecuador, came to NUST MISIS to pursue postgraduate studies in his field. As a winner of the Open Doors International Olympiad, he shares how he prepared for the competition and explains how the opportunity has helped him develop professionally and take part in new projects.
An international team of Russian and Chinese scientists has developed a 3D-printed bioresorbable implant based on magnetoelectric nanomaterials to stimulate the growth of blood vessels, bone and nerve tissue. The technology increased the rate of bone tissue formation by 4.6 times and the number of nerve fibres in the damaged area by 3.1 times. The electrical signal that stimulates tissue growth is generated directly inside the implant when exposed to an external magnetic field. This eliminates the need for electrodes and wired power sources, while the implant gradually dissolves in the body over time.
For Desmond Osaguona Uyi from Nigeria, winning the Open Doors International Olympiad was an opportunity to pursue his academic ambitions at NUST MISIS with a full tuition scholarship. In this interview, he shares how he prepared for the competition, explains what helped him tackle its most challenging stage, and reflects on the differences between university life in Nigeria and Russia.
Until 1 November 2026, young foreign nationals and stateless persons, including compatriots living abroad, who wish to study or conduct research at Russian universities can register for the International Open Doors Olympiad.
In an interview with NUST MISIS, Soheil Seif from Iran, a winner of the Open Doors International Olympiad, shares his journey to studying in Russia. He talks about his academic background, how he prepared for the competition, and the opportunities it opened up for his research career. Soheil also explains why he chose NUST MISIS, describes his first impressions of Moscow, and offers advice to students considering taking part in the Olympiad.
Researchers at MISIS University have used algorithms to improve the performance of giant magnetoimpedance (GMI) sensors designed to detect microcracks and defects in buildings. Their new mathematical model automatically compensates for measurement errors, improving accuracy by more than
Russian scientists have identified the most promising material for manufacturing photonic chips that manipulate light directly on the chip itself. The technology could enable photonic memory, fully optical neuromorphic networks, and other devices for transmitting and processing information.
To improve mine degassing planning and assess methane emission risks, Russian researchers have identified the models that are most effective for estimating coal seam permeability under changing stress conditions.
Scientists at NUST MISIS have developed a system that will make it possible to inspect industrial equipment at oil refineries without interrupting production. The system is based on muography, a non-invasive method for determining the internal structure of objects by measuring the attenuation of a natural muon flux using detectors.
A formal ceremony marking the start of studies for Chinese students enrolled in the joint Master’s program in Materials Science and Technology offered by NUST MISIS and the University of Electronic Science and Technology of China (UESTC) took place at UESTC in Chengdu.
Scientists at NUST MISIS have patented special granules designed to repair damaged bone tissue. The material is based on a compound whose composition is similar to the mineral component of bone. By incorporating strontium and silver ions, the new material promotes integration with surrounding tissues and exhibits antibacterial activity. The granule production technology also makes it possible to control the rate at which the material gradually dissolves in the body.
