Semiconductor Optoelectronic Devices on Novel Materials

Interested in learning about magnetic materials and the nature of magnetism? This track allows you to become a sought-after expert for the electronics industry. You will engage in the development of materials and devices for magnetoelectronics, and work with nano-, resource‑, and energy-saving technologies. During your studies, you’ll work with the latest research equipment in laboratories such as the Laboratory of Magnetic Materials Physics, the Lab of Microwave Methods for Magnetic Materials Research, the Nanomaterials Lab, and the Electronics Materials Technology Lab. After graduation, you’ll be employable in electronics manufacturing and scientific centers.

Our specialists have conducted magnetoelectronics research for over 60 years, and are authors of inventions and know‑how, recipients of medals and awards. Our department is recognized as one of the university’s top six departments.

Duration of the program: 4 years. Full-time education in Russian.

This track trains you to become a specialist in micro‑ and nanoelectronics materials production. The focus is on technologies for obtaining micro‑ and nanoscale films and hetero‑composites. You’ll work with unique scientific equipment under the guidance of prominent scientists — authors of inventions, patents, and know‑how. Our department is ranked among the top six departments university-wide and holds the first position in publication citations. After graduation, you’ll qualify for careers at top electronics industry enterprises and sectoral or academic research institutes.

Duration of the program: 6 years. Full-time education in Russian.

Want to become an expert in photodiode structures, radiation detectors, and solar cells? Want to learn how to design optoelectronic semiconductor devices and devise equipment based on them?

In this track, you’ll study radiation and beam physics, solid-state electronic materials and devices, and nanoscale structures. You’ll learn to use semiconductors and device structures for thin-film deposition in vacuum, ion implantation, beam processing, as well as photonic and laser annealing. You’ll conduct experimental research commissioned by electronics companies, and gain experience using computational power and modern laboratory equipment, including the departmental heavy-ion accelerator at NUST MISIS.

Duration of the program: 4 years. Full-time education in Russian.