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The School of Electronic Engineering was created in 2015. Our research activity focuses on finding most effective engineering solutions in the field of electronics and nanoelectronics, condensed matter physics, information and communication devices and communication systems, intelligent control of technical systems. We implement the following educational programmes:
‘Infocommunication technologies and communication systems’, ‘Information Security’ (BS),
‘Applied Electronics and Photonics, ‘Internet of Things and Cyber-physical Systems’, ‘Information Security of Cyber-physical Systems’, ‘Cybersecurity’ (MS).
Information and Communication Technologies and Systems
Information Security
Electronic Engineering
Materials. Devices. Nanotechnology
IEEE, 2021.
Abrameshin D., Ivliev N., Evdokimova V. et al.
Electronics (MDPI). 2022.
Nikiforov N., Tsoy T., Safin R. et al.
In bk.: Electromechanics and Robotics: Proceedings of 16th International Conference on Electromechanics and Robotics "Zavalishin's Readings" (ER(ZR) 2021), St. Petersburg, Russia, 14–17 April 2021. Springer, 2022. Ch. 24. P. 271-283.
Ikhsanov R., Mazur E. A., Kagan M.
Working papers by Cornell University. Cornell University, 2022. No. 2202.01452.
Education
MIEM School of Electronic Engineering implements the following bachelor’s and master’s programmes in priority development areas of science, technology and engineering in Russia.
Undergraduate programmes:
Info-communication technologies and systems,Information security
Master's programmes:
Applied Electronics and Photonics,
Internet of Things and Cyber-physical Systems,
Information Security of Cyber-physical Systems,
Cybersecurity.
School lecturers provide training in physics, chemistry, metrology, electrical engineering, electronics, circuit design, ecology, and safety for all MIEM bachelor's and specialist programmes.
Workshops of the school are held in fully equipped laboratories specialising in:
- metrology and measuring technologies
- physical chemistry and ecology,
- telecommunication technologies and communication systems,
- microwave electronics, microwave and laser technologies,
- wave and quantum optics and nuclear physics,
- modeling and design of electronic components and devices,
- macroscopic quantum systems,
- electrophysical and magnetic properties of materials,
- electronics and circuit design,
- radio engineering, electromagnetic compatibility and reliability.
Knowledge and skills MIEM students gain give our graduates an opportunity to work in various professional fields.
MIEM graduates can also continue their studies in the Doctoral School of Technical Sciences in the following fields of study:
- Electronics, Radio Engineering and Communication Systems,
- Management in Technical Systems;
- Physics and Sstronomy.