Department ofElectromechanics, Electrical and Electronic Apparatus
NRU MPEI
Russia's leading department for training specialists in electromechanics, electrical apparatus engineering, and power electronics
Leading Center for Electromechanical Engineer Training
The EMEEA Department is a unified department of the Institute of Electrical Engineering and Electrification (IETE) at NRU MPEI. It inherits the traditions of two outstanding schools: the Department of Electrical Machines (Electromechanics) and the Department of Electrical Apparatus.
Students additionally gain skills in power electronics, control systems, and digital technologies in electrical machine engineering.
Electromechanics
Design, modeling and research of electrical machines and transformers
Electrical Apparatus
Development and testing of switching devices, contactors, circuit breakers
Power Electronics
Power converters, control systems, renewable energy integration
Digital Technologies
Digital twins, IoT, intelligent control systems for electrical equipment
Study Programs
Training specialists at all levels of higher education
Bachelor's
4 years of study
- Electromechanics
- Electrical and Electronic Apparatus
Master's
2 years of study
- Electromechanical Energy Conversion
- Electrical Control and Distribution Apparatus
PhD Program
3-4 years of study
- 2.4.2 Electrical Engineering Complexes and Systems
Research Areas
Fundamental and applied research in electrical engineering
Predictive Monitoring
Monitoring systems for digital energy and industrial IoT
Electromagnetic Fields
Numerical methods and computer simulation of physical processes
Superconductivity
HTS in electrical machines, kinetic energy storage systems
Renewable Energy
Power electronics for RES integration, magnetic gears for wind turbines
Artificial Intelligence
AI for electrical apparatus selection and reliability assessment
Vibroacoustics
Research on noise and vibrations in electrical machines
Testing
Thermal, switching, dynamic electromechanical testing
Power Quality
Power electronics for power quality improvement and RES grid integration
Electrical Machine Design
Design, modeling and optimization of electrical machines and transformers
Power Converters
Development, modeling of power converters and control systems
Non-Destructive Testing
Methods and tools for non-destructive testing of energy equipment
Thermal & Electrodynamic Stability
Modeling of thermal and electrodynamic stability of low-voltage and metal-clad switchgear elements
Resources & Links
Department Leadership
Contact Us
Address
Building E: Krasnokazarmennaya st., 13/1
Building M: Krasnokazarmennaya st., 13/3