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Educational Activities

Detailed information about educational process, courses and training programs

Program Presentations

Electromechanics

PDF, 7 MB

Introduction to electromechanics specialty. Electrical machines and energy conversion.

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Electrical Apparatus

PDF, 2 MB

Introduction to electrical and electronic apparatus specialty.

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Electrical Apparatus (slides)

PPSX, 34 MB

Extended presentation about electrical apparatus program.

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Training Programs

13.03.02

Bachelor's

Electric Power and Electrical Engineering

Profiles:

  • Electromechanics
  • Electrical and Electronic Apparatus
13.04.02

Master's

Electric Power and Electrical Engineering

Programs:

  • Electrical Control and Power Distribution Apparatus
  • Electromechanical Energy Conversion and Research Methods
13.06.01

Doctoral

Electrical and Heat Engineering

Focus:

Electromechanics and Electrical Apparatus

Educational Facilities

10
teaching laboratories
3
computer classrooms
1
practical skills classroom

Open Laboratory of Microprocessor Control Systems

Methods of designing control systems for electrical and electronic devices based on PLCs

Программируемые логические контроллеры (ПЛК)

Magnetic Materials Research Complex

Research of hard magnetic materials and static characteristics of soft magnetic materials

Pemagraph – Remagraph – Combination C 750 (Magnet-Physik Dr. Steingrover GmbH)

AC Magnetic Materials Analysis System

Measurement of hysteresis loop, magnetization curve and losses in range 10 Hz – 500 kHz

Remacomp C-100 (Magnet-Physik Dr. Steingrover GmbH)

Bachelor's Courses

Electromechanics

  • Electrical Machines
  • Electromagnetic and Thermal Field Calculation Methods
  • Practical Electromechanics Problem Solving
  • Electromechanical Systems of Electrical Machines and Apparatus
  • Power Transformer Design Fundamentals
  • Electrical Machine Design Fundamentals
  • Asymmetric Modes of Electrical Machines
  • Transient Processes in Electrical Machines
  • Electrical Machine Condition Monitoring Methods
  • Electrical Machines for Special Applications

Electrical Apparatus

  • Electrical and Electronic Apparatus. Part 1
  • Electromagnetic Field Calculation Methods
  • Thermal Phenomena in Electrical Apparatus
  • High Voltage Engineering
  • Mathematical Modeling of Electrical Objects
  • Electromechanical Systems of Electrical Machines and Apparatus
  • Electrical Apparatus and Systems in Power Engineering
  • Switching and Arc Processes in Electrical Apparatus

Power Electronic Apparatus

  • Electrical and Electronic Apparatus. Part 2
  • Power Electronics
  • Electronic Apparatus Modeling
  • Intelligent Object Control Systems
  • Electronic Apparatus for Renewable Energy Systems

Master's Courses

Electromechanics

  • Engineering Design and CAD of Electrical Machines
  • Digital Technologies in Electrical Machine Engineering
  • Mechatronic Modules
  • Noise and Vibration in Electrical Machines
  • Electrical Machines for Automatic Devices

Electrical Apparatus

  • Design Work Automation
  • Electrical Apparatus Design
  • Digital Technologies in Electrical Machine Engineering
  • Magnetic System Calculation and Design
  • High Voltage Apparatus
  • Electrical Apparatus Quality Management

Power Electronic Apparatus

  • Power Electronic Apparatus
  • Power Electronic Apparatus Control Systems
  • Microprocessor Control Systems Synthesis

Common Courses

  • Electrical Engineering Production Technology
  • Reliability of Electrical Devices
  • Testing and Research
  • Superconductivity Applications in Electrical Machines and Apparatus

Laboratory Works Examples

Electrical and Electronic Apparatus. Part 1

  • Heating of electrical apparatus windings
  • Protection devices
  • DC and AC contactor research
  • Transient recovery voltage on circuit breaker poles

Electrical and Electronic Apparatus. Part 2

  • Switching trajectory shaping circuits for power transistors
  • Thyristor commutation methods
  • Thyristor AC regulator
  • Step-down DC switching regulator

High Voltage Apparatus

  • Study of switchgear circuit breakers
  • Voltage recovery process research during short circuit
  • High voltage circuit breaker research
  • Current transformer accuracy research

Intelligent Apparatus Control Systems

  • Star-delta motor starting
  • Automatic transfer switch (ATS) on contactors

Fundamentals of Electrical Apparatus Theory. Part 1

  • Magnetic permeance of air gaps
  • Induction system research
  • Electromagnetic suspension
  • DC electromagnet research
  • Permanent magnets
  • Potential magnetic field modeling
  • AC magnetic system research

Fundamentals of Electrical Apparatus Theory. Part 2

  • Electrodynamic forces research
  • Coil heating research
  • Contact transition resistance research
  • Heat transfer coefficient research
  • Heat source research
  • Thermal conductivity research

Power Electronics

  • Single-phase rectifier research
  • Three-phase rectifier research
  • Single-phase autonomous inverter research
  • Three-phase autonomous inverter research

Electrical Contacts

  • Contact wipe research
  • Contact material influence on transition resistance
  • Contact influence on conductor heating
  • Sealed contact unit research

Electrical Machines

  • Three-phase squirrel-cage induction motor research
  • Wound-rotor induction motor research
  • Synchronous generator characteristics research
  • Synchronous generator parallel operation research
  • DC generator research
  • DC motor research
  • Three-phase transformer research
  • Parallel transformer operation

For Applicants

Electromechanics

Electromechanics deals with electromechanical energy conversion. The discipline is based on mechanics, electrodynamics and thermophysics.

Foundations:

MechanicsElectrodynamicsThermophysics

Electrical and Electronic Apparatus

Complex electrical devices for controlling electrical energy flows and automatic parameter regulation.

Applications:

Power SupplyRailway TransportAutomobilesAviationMarine TransportMedicine
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