Micro- and Nanoelectronics Technologies

The program aims at training highly qualified specialists in the field of magnetoelectronics who undertake the development, diagnosis and usage of modern advanced magnetic materials and devices based on them. Students study the main classes of magnetic materials in macro-, micro-, and nanoscale versions and technologies for producing these materials. Among the objects of study there are materials used for magnetic recording of information, radio absorption and shielding, hyperthermia and targeted drug delivery, active media of microwave electronics, automation and television equipment, IoT. Graduates of the program are in-demand both in research organizations and high-tech companies as process engineers and specialists in R&D departments.

The Master’s program in Semiconductor Energy Converters produces specialists in the fields of development and production of components and materials for optoelectronics and nanophotonics. Students study semiconductor power converters, develop zero-energy technologies of houses, work on research in the field of space photovoltaics, create light-emitting diodes, solar panels, nuclear particle detectors, and provide new solutions for energy conversion. Graduates of the program become research scientists who can continue their studies in the PhD’s programs and build a career in science or get a job at leading Russian and international laboratories for business companies to work with innovative products in the energy industry.

The Master’s program is implemented in a multitrack format and includes two tracks: “Advanced Semiconductor Optoelectronic Devices”, “Semiconductor Electronics Based on Wide-bandgap Materials”.