1. EECS-ELECTRONICS AND POWER ENGINEERING Jan Kyncl and Jiří Jakovenko

2. Electric Machinery and Apparatus 1 Electric drive and its components DC and AC motors and generators, transformers Circuit breakers, switching arc DC and AC current interrupting Protecting apparatuses - residual current circuit breakers, over-voltage arresters

3. Electromagnetic Field Theory Maxwell equations, practical explanation Special part of electromagnetic field: magnetic field caused by steady curren t, field caused by charges Electromagnetic waves, Poynting theorem, TEM transmission lines Guided waves, transmission lines and its parameters

4. Materials for Power Electrical Engineering Materials for conductors, superconductors, semiconductors, insulators and dielectrics Matrials for thick and thin films Materials for conductive joining in electrical engineering Nanomaterials and smart materials

5. Power Engineering 1 Electrical power system, transmission lines Voltage drop and steady state at network Short circuit and ground fault Power transmission stability Electrical protections at power electrical engineering, grounding Frequency and voltage control in ES

6. Sensors and Measurement Sampling and quantization Measurement of voltage, current, frequency and phase difference DA converters, signal generators, spectrum analyzer Measurement of force, pressure, flowrate, level, temperature Sensors of velocity, acceleration, vibrations

7. Signal Theory CTD and DTD linear time-invariant systems Frequency analysis of signals, Fourier series and Fourier transform Discrete Fourier transform DFT and its properties Properties of Laplace transform and Z- transform and their application Signal sampling and interpolation, Analog and pulse modulation fundamentals.

8. Power Engineering 2 Thermodynamic cycles and processes Electric power generation Power plants-Water,coal, nuclear, wind and solar High Voltage-systems, laboratory, testing Overvoltages in electrical power systems: insulation coordination, switching, lightning and protection.

9. Computer and Communication Networks Ethernet switches, LAN, desing of Ethernet LAN, optical communication Architecture of routing and switching components in data networks Routing algorithms in data networks IP networks, security of data networks Transfer and sharing protocols - FTP, TFTP, CIFS