BelSU Launches Advanced Training Program in Materials Science

The “Fundamentals of Materials Science” program, implemented by the Department of Materials Science and Nanotechnology at the Institute of Engineering and Digital Technologies at Belgorod National Research University, is designed for professionals in metal production who wish to deepen their understanding of new materials and advanced processing technologies.

According to Alexandra Fedoseeva, the Acting Head of the Department and a Doctor of Engineering Sciences, this program focuses on enhancing competencies that support innovative technological processes in materials science and technology.

"These skills are essential for modern engineers, enabling them to remain competitive and effectively address production challenges," she stated.

The inaugural cohort of participants includes employees from leading regional industrial enterprises such as the Oskol Metallurgical Engineering Plant, TEKHNOINKOM LLC, and Belenergomash-BZEM LLC.

Instructors Valery Dudko and Evgeny Tkachev, both PhDs in Engineering and senior researchers at BelSU, emphasized the programs relevance:

"Today's manufacturing landscape demands engineers not only to be familiar with standard procedures but also to possess a deep understanding of the materials they work with. Our program bridges the gap between fundamental science and real-world production challenges."

The curriculum covers essential topics, including monitoring critical heat treatment parameters that directly affect product quality and structural analysis techniques that enable effective material diagnosis. A significant focus is placed on teaching informed decision-making skills, such as evaluating the risks and benefits of replacing materials with more modern or cost-effective alternatives.

The immediate demand for this course from regional industry leaders confirms BelSU’s commitment to addressing specific labor market needs. The launch of the “Fundamentals of Materials Science” program strengthens the university's collaboration with industrial partners and reaffirms its position as a hub for training highly qualified personnel for high-tech industries.

For the record. The program spans six weeks and comprises 144 academic hours of intensive training, emphasizing practical applicability. Upon completion, graduates will be equipped to:
– Perform structural analysis of materials.
– Analyse production optimization opportunities when changing the material of a work piece or tool.
– Monitor process factors for thermal and thermochemical treatment.