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Contact Information
Academic Director

Andrey Ferenets

Program coordinator

Evgenii Fedorov
Associate Professor, PhD
+79172775270, EYuFedorov@kai.ru

GRIAT officer

Aysha Sled
Admission Officer
+79030614022, aasled@kai.ru

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Electrical Engineering and Information Technology

Program description

The program is aimed at achieving research skills in the following fields of Electrical Engineering: Electronics, Power supply systems, Electric drive, Electromagnetic compatibility, Relay protection, automatic and control of electrical power supply systems. It includes such basic courses as Electromagnetic field theory, Electronic circuits, Modern concepts of EMC and EMC measurements, Power electronics, Renewable energy sources, Power Network Planning and Operation, Research skills seminar etc.

During their studies students are involved in different projects and in the 4th semester they prepare and defend Master thesis under the joint supervision of Russian and German professors.

 

 

2 years
Education
period
10/5
10 - budget places
5 - contract places
2 diplomas
English-taught program

1st, 2nd and 4th semesters
3rd semester
Admission requirements
Main subjects

  • Electromagnetic Field Theory
  • Systems and Control
  • Electronic Circuits
  • Digital Information Processing
  • Information Technology in Electrical Engineering
  • Philosophical Problems of Science and Technology
  • Digital Communication Systems for Control of Power Network
  • Modern Concepts of EMC and EMC Measurements
  • Power Electronics
  • Advanced Power Electronics
  • Power Electronic Components and Systems
  • Power Network Planning and Operation
  • Renewable Energy Sources
  • Power System Economics and Special Topics
  • English language
  • German language

Master Thesis topics

  • Measurement of the High Intensity Radiated Field (HIRF) Coupling to a Cable Harness in a Reverberation Chamber
  • Algorithm of Optimal PMU Placement in a Grid
  • Voltage Control in Low Voltage Distribution Networks
  • Combined Circuit and Field Simulation for the Prediction of the Radiated Emissions of Grid Connected Power Converters
  • Analytical Calculation and Numerical Simulation of the High Intensity Radiated Field (HIRF) Coupling to a Cable Harness
  • Design and Modeling of a Three-Phase AC to DC Power Converter
  • Measurement of the Stochastic Electromagnetic Field Coupling to Multiconductor Cables in a Reverberation Chamber
  • Designing of electric connection of wind power stations on the basis of heuristic algorithm of search of optimum distance
  • Measurement of the Plane Wave Coupling to a Non-Linearly Loaded Transmission Network
  • Optimal  positioning of wind power stations based on various factors
  • Simulation of the Plane Wave Coupling to a Linearly and Non-Linearly Loaded Single-Wire Transmission Line
  • Optimal Design and Operation of Storage Technologies and Renewable Resources of a Microgrid Connected with the Mains Grid
  • Potentials of Power-to-Gas Technologies within the Mobility Sector

Curriculum
Russian curriculum
English curriculum
Flying faculty

Dr.-Ing. Mathias Magdowski

Jun.-Prof. Dr.-Ing. Stefan Palis

Places of employment

Tattelecom

MTS

Academician M.F. Reshetnev Information Satellite Systems

KAMAZ

RadioGigabit

Quantenna Communications

Promwad

Syntacore

Joint Stock Company "Contsern Sozvezdie"