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Faculty of Electrical Engineering

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Additional topics for Bachelor degree state examination in the specialization Power Electrical Engineering

  1. Conductive and superconductive properties of materials. Dielectric properties of materials and their relationships with manufacturing technology. Semiconductive properties of materials. Magnetic properties. Basic types of conductors, semiconductors, dielectrics and magnetic materials. (XE13MTV)
  2. Technology of fabrication of macromolecular materials and composites. Technology of fabrication of products of mica, glass and ceramic materials. Technology of fabrication of semiconductors. (XE13TEP)
  3. Structures, properties and characteristics of power semiconductor components. Power integrated circuits and modules. Cooling, conditions of a reliable operation of power semiconductor converters. (XE13KVE)
  4. Construction, technology and properties of power conductors and cables, communication metallic conductors and cables, cables with optical fibers. Main technological operations for manufacturing of cables. Cable packages, assembly of cable wirings. (XE13TEP)
  5. Technology of electrical and mechanical joints. Surface protections and finishing of components and units. Drying in electrical production. Impregnation processes. Fabrication of printed circuit boards. (XE13TEP)
  6. Through hole technology, surface mount technology, soldering of assembled components. Technology of thin films. Technology of thick films. Beam and plasma technologies. Technology of PN junctions. (XE13TEP)
  7. Packaging of components for power electrical engineering. (XE13KVE)
  8. Systems of quality controls, statistical and managerial tools of quality control. Statistical inspection, FMEA, Six Sigma. (XE13MJV)
  9. Basic construction types of winding of rotating machines, transformers and other equipment, fabrication of windings, insulating systems of windings, testing. (XE13VSZ)
  10. Fabrication of magnetic circuits of electrical machines and apparatus, used materials, basic construction types. Fabrication of magnetic circuits composed of sheets. Losses in magnetic circuit and their measurement. (XE13VSZ)
  11. Electromechanical energy conversion, basic formulas for electromagnetic forces and torques. Electric drive and ins components. DC electric machines, principles of operation, basic formulae, properties, characteristics, utilizing. Design and commutation principles. (XE14EMM)
  12. Transformers, operational principle, design, basic formulae, properties, characteristics. Three-phase transformer winding arrangement. Basic operational states and parallel co-operation. (XE14EMM)
  13. Synchronous and induction electric machines, its principles, construction, basic formulae, properties, characteristics, utilizing. Synchronous generators for power industry and its design. (XE14EMM)
  14. Electric apparatus operational principles. Theory of switching processes. Interaction between circuit breaker and electric circuit. Electric arc and its characteristics. Short circuits breaking. Recovery voltage, switching over-voltage. Breaking of low- inductance and low-capacitance currents. (XE14EMM)
  15. Application of equation of motion in drives, electric motor torque, torque of load (static, dynamic). Operational states, electromechanical transient phenomena. Types of load and losses. Drive rating. (XE14POH)
  16. DC drives, its properties, start-up, braking, speed control, their properties, rotation reversion, control system block schematic. Application areas. (XE14POH)
  17. Induction motor drives, mechanical characteristics, start-up, braking, scalar, vector and direct-torque control. Electric shaft. Single-phase asynchronous motor drives. (XE14POH)
  18. Synchronous motors drives, mechanical characteristics, start-up, braking. Excitation systems. Brushless DC motor (BLDC motor), cycle-converter, permanent magnet motor drives, stepper motor drives and switched reluctance motor drives, their properties, speed control, rotation reversion, control system block schematic. Application areas. (XE14POH)
  19. Power system components, bridge and node type of rectifiers, 4-quadrant rectifiers, AC and DC voltage converters, their principle diagrams, operational principles, time curves of voltage and currents, properties, application areas. (XE14VEL)
  20. Voltage, current and resonant inverters. Direct and indirect frequency inverters, their principle diagrams, operational principles, time curves of voltage and current, properties, application areas. Reactive power compensation. Filtration of high order harmonic currents. Converter protections. (XE14VEL)
  21. Safety rules for the work with electrical power devices, protection methods against dangerous touch voltage, service and work on electrical devices, professional qualifications in the electrical engineering. (XE15ZEN)
  22. Production machines types, production machines structure and operational characteristics, power plants and substations devices overview, sources operational modes, impact of their operation on the environment. (XE15ZEN)
  23. Distribution system components, mechanical and electrical parameters, voltage drops and power losses, network steady state solving, system dimensioning with respect to the steady state. (XE15REE)
  24. Distribution system failure states, failure quantities significant values, system dimensioning with respect to the failure states. (XE15REE)
  25. Electrical stations, typical diagrams, manipulations, operational attributes and maintaining, auxiliary devices and stations self-consumptions. (XE15REE)
  26. Industrial and home installations, designing principles, technological possibilities and realization methods, protection, dimensioning and grounding, protection against overvoltage in the LV system. (XE15REE)
  27. Insulation systems, their dielectric strength and diagnostics, insulation co-ordination, electrical discharges types, high voltage measurement, overvoltage and protections in MV and HV systems. (XE15ZEN)
  28. Cable and overhead powerlines, technical parameters. (XE15REE) Building-up and laying technology, conditions for the underground engineering networks space layout. Basic rules for operation and maintaining.(XE15ZEN)
  29. Light technical quantities and their measurement, light radiation and visual comfort, light sources and luminaires, inside and outside spaces lighting. (XE15EST)
  30. Heat technical quantities and their measurement, heat exchange, heating kinds, electrical furnaces, thermal comfort and energy savings. (XE15EST)
Responsible person: doc. Ing. Ji°Ý Jakovenko, Ph.D.
Last change: 02. 05. 2011