Ì1 | **General Sciences** |

Ì1.B | *Basic part* |

Ì1.B1 | Professional Foreign Language |

Ì1.B2 | Economics and Enterprise Management |

Ì1.B3 | Mathematical Modeling |

Ì1.V | *Variative part* |

Ì1.V1 | Engineering Experiment |

Ì1.V2 | Computer Technologies in Science, Engineering and Education |

Ì3 | **Professional subjects** |

Ì3.B | *Basic part* |

Ì3.B1 | Modern Issues of Power Engineering, Heat Engineering and Technologies |

Ì3.B2 | Problems of Energy- and Resource-Saving in Power Engineering, Heat Engineering and Technologies |

Ì3.B3 | Environmental Safety |

Ì3.B4 | Principles of the Process Effective Management in Power Engineering, Heat Engineering and Technologies |

Ì3.V | *Variative part* |

Ì3.V1.1 | Computer-Aided Design of Equipment for the Industry |

Ì3.V1.2 | Experimental Researches in Heat-and-Mass Transfer and Gas-Dynamic Processes |

Ì3.V2.1 | Mathematical Models of Dynamic Systems |

Ì3.V2.2 | Mathematical Physics Equations |

Ì3.V.1 | "Technology of Electric and Thermal Power Generation" |

Ì3.V.1.1 | Special Course on Thermal and Nuclear Power Plants |

Ì3.V.1.2 | Modes and Operation of TPP and NPP |

Ì3.V.1.3 | Economics of Project Feasibility |

Ì3.V.1.4 | Reliability of TPP Power Equipment |

Ì3.V.1.5 | Gas-Turbine and Combined Steam-and-Gas TPP |

Ì3.V.1.6 | Thermal and Mechanical Equipment of TPP and NPP |

Ì3.V.1.7 | Power Systems and Machinery Engineering |

Ì3.V.1.8 | Complex Systems Modeling |