Power engineering and computer-integrated management systems
щмепцерхйю х йнлоэчрепмн-хмрецпхпнбюммше яхярелш сопюбкемхъ
Specialties
Nuclear and High Energy Physics (Nuclear and elementary particles; Quantum theory; Spectrometry; Dosimeter; Methods of Mathematical Physics; Quantum fields and fundamental interactions; Nuclear Methods research materials; Thermodynamics and Statistical Mechanics; Synergetics and physics systems; Detectors of ionizing radiation; Nuclear and Radiation Safety).
Thermal Engineering (thermal and nuclear power; Turbine thermal power plants and nuclear power plants; And a pair of gas turbines; Heat engines and thermal power plants nuclear power plants; Boilers and combustion chambers; Theory of combustion of fossil fuels; Fuel and heat generating plants; Boiler and boiler ╥ installation of small capacity; Source of heating networks and their regimes; Energy conservation; Energy conservation and audits; Modeling and study of the processes in the heat; Innovative technologies in power; Heating, ventilation and air conditioning; Air conditioning and refrigeration).
Thermal electric power plants (thermal and nuclear power; Turbine thermal power plants and nuclear power plants; And a pair of gas turbines; Heat engines and thermal power plants nuclear power plants; Boilers and combustion chambers; Theory of combustion of fossil fuels; Fuel and heat generating plants; Boiler and boiler ╥ installation of small capacity; Source of heating networks and their regimes; Energy conservation; Energy conservation and audits; Modeling and study of the processes in the heat; Innovative technologies in power; Heating, ventilation and air conditioning; Air conditioning and refrigeration).
Nuclear Power Plants (Information technology and programming; Design Basics; Electrical and Electronics; Engineering Thermodynamics; Heat and mass exchange; Basics of Automation; Nuclear and neutron physics; Exchange equipment; Turbine; Nuclear Power Reactors; Protection against ionizing radiation).
Alternative power engineering (clean energy; Thermal and solar power; Energy economics; Solar systems, heat and their regimes; Wind turbines; Applications in the calculation of systems with the renewable energy sources; Diagnosis and establishing energy equipment; Modern energy saving technologies; Modern technology administration; Innovative alternative energy technologies; Systematic approach to the study of objects of power).
Automated management of technological processes (Algorithmic and programming; Computer equipment and organization of computational work; Electrical engineering and Electrical mechanics; Theory of automatic control; Manufacturing processes and equipment automation objects; Microprocessor technology; Systems analysis and the theory of complex systems; Fundamentals of computer-integrated management; Business process automation; Programming and software and hardware in process control systems; Integrated computer technology and databases; modern object-oriented programming techniques).
The computer-integrated technological processes and manufacture (Algorithmic and programming; Computer equipment and organization of computational work; Electrical and Electrical Engineering; Theory of automatic control; Manufacturing processes and equipment of automation objects; Microprocessor technology; Systems analysis and the theory of complex systems; Basis of computer-integrated control; Business process automation; Programming and software and hardware in process control systems; Integrated computer technology and databases; Modern object-oriented programming techniques).
Technologies of heat-carriers and fuel on thermal power stations (Preparation and conditioning of water; Thermal and nuclear power; Technical thermodynamics and heat and mass exchange; Theoretical foundations of chemical engineering processes; Fundamentals of ecology; Water treatment systems; Water regimes; Technology equipment and fluids; Preparation, control of fuel and lubricants; Chemical control of coolants, fuels and lubricants; Fuel and heat power plants; CAD and the use of computers in scientific research; Maintenance and installation; Chemical cleaning of power equipment; Security of power plants; Environment).
Power management (information systems and technologies; innovative technologies in power; finance and credit; project management; economic and organizational basis for energy conservation; organization of production and marketing; Energy audits and management; heat engines and thermal power plants of nuclear power plants; fuel and heat generating plants; boiler and boiler installation of small capacity; source of heating networks and their regimes; heating, ventilation and air conditioning; unconventional and renewable sources of energy; environmental aspects of energy ; power saving modes and technologies; modeling and study of the processes in the heat).
Technologies of heat-carriers and management of radioactive waste at nuclear power plants (Preparation and conditioning of water; Thermal and nuclear power; Technical thermodynamics and heat and mass exchange; Theoretical foundations of chemical engineering processes; Fundamentals of ecology; Water treatment systems; Water regimes; Technology equipment and fluids; Preparation, control of fuel and lubricants; Chemical control of coolants, fuels and lubricants; Fuel and heat generating equipment; CAD and the use of computers in scientific research; Maintenance and installation; Chemical cleaning of energy equipment; Security of power plants; Environment).
Environment Safety (Meteorology and climatology; Environmental economics; Human ecology; Techno-ecology; Environmental certification of companies; Environmental management).
