College of Materials Science, Additive and Scalable Technologies

The key mission of the College of Materials Science, Additive and Scalable Technologies is to educate specialists with a new engineering mindset — professionals capable of developing digital manufacturing technologies and materials with fundamentally new properties. The College’s key industrial partner is Rosatom, represented by Rosatom Science JSC, which enables students to participate in real-world projects at leading industrial enterprises already during their studies.

TOP-5
Advanced Engineering Schools in Russia
№ 1
among Rosatom industry-based Advanced Engineering Schools
№ 1
in Russia in the RAEX ranking “Materials Technologies”
TOP-5
universities in Europe for research reputation in Materials Science
№ 1

in Russia in Materials Science according to QS

See the full list of rankings on a dedicated page

Education at the College MAST

The educational model of the College of Materials Science, Additive and Scalable Technologies is designed to train a new generation of engineers — specialists capable of creating digital manufacturing technologies and materials with fundamentally new properties.

The model is based on the POINT principle (Practice-Oriented Integrated Education combining Science and Technology), which emphasizes early student involvement in real projects carried out in collaboration with industrial partners. Special focus areas include additive manufacturing technologies, digital materials science, product lifecycle management, data analysis, engineering design, and entrepreneurial competencies.

Additive and Digital Technologies Shaping the Industry of the Future


Digital materials science and materials for next-generation responsible engineering
Digital technologies in metallurgy and mechanical engineering
Certification of additively manufactured products

Bioprinting and biomaterials

Shape-memory materials

Virtual laboratory

Educational factory simulating industrial processes under small-batch production conditions

Research at the College MAST

Research activities at the College of Materials Science, Additive and Scalable Technologies focus on the development of breakthrough technologies and materials for metallurgy, mechanical engineering, nuclear energy, aerospace, and biomedical industries.

A core research priority is the advancement of additive manufacturing as the foundation of future digital production.

The College MAST conducts research in control of crystalline structures in metallic materials, development of advanced composite and powder materials, creation of digital twins for additive manufacturing processes, and development of next-generation regulatory and technical documentation (SMART standards). Special emphasis is placed on technologies and materials for three-dimensional bioprinting, as well as the design of next-generation bioprinters. All research projects are carried out in close collaboration with leading industrial partners and are aimed at delivering applied results implemented in real production environments.

2022 год
NUST MISIS won the federal competition to establish Advanced Engineering Schools; the Advanced Engineering School “Materials Science, Additive and Cross-Cutting Technologies” was launched
2024 год
The AES MAST ranked among the Top 5 Advanced Engineering Schools in Russia
2025 год
The AES MAST became part of the College of Materials Science, Additive and Scalable Technologies at NUST MISIS
5+
Master’s programs
30+
industry experts involved in education

In 2021, MISIS University joined the group of leaders of the federal Priority 2030 program under both the core and special tracks “Research Leadership”.

Strategic Research Projects of the College MAST

Biomedical Materials and Bioengineering

Research in tissue engineering, biophysics, targeted drug delivery, and bioprinting

Energy of Materials

Development of a new technological direction for solar energy in Russia — from materials to ready-to-use solutions for urban, space, and industrial energy systems

Research at NUST MISIS

Komissarov Alexander Alexandrovich Komissarov Alexander Alexandrovich

Komissarov Alexander Alexandrovich Head of the College, Ph.D. in Engineering, Associate Professor

“The College of Materials Science, Additive and Scalable Technologies is being created as a growth point for next-generation engineering education. Our goal is to train specialists who are capable not only of developing materials and technologies, but also of managing the entire lifecycle of high-tech products. By integrating fundamental science, digital technologies, and real industrial challenges, we educate engineers who are in demand today and who will shape the country’s technological leadership tomorrow”.

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