Methodological materials of educational disciplines

Introduction to the profession (part 1)

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Electrical engineering and electronics

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Basics of production, distribution and use of electric energy

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Theory of electric and magnetic circuits

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Ecology

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General environmental practice

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Chemistry

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Chemistry of nature management

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2 course

Use of non-traditional energy sources

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Electrical networks and systems

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Electrical engineering and power supply

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Electrical engineering and basics of electronics

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Basics of electrical engineering and electronics

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Fundamentals of metrology and energy measurements

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Applied mechanics

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Theoretical foundations of electrical engineering

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Technical thermodynamics

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syllabus 142
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Ecology

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Ecological and economic foundations of nature management

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Protected business

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Earth Sciences

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Environmental legislation and environmental law

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Environmental chemistry

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3 course

Automation of non-traditional energy systems

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Electrical equipment of power plants

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Application of solar energy with KP

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Processes and elementary base of non-traditional energy systems

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methodological instructions (Calculation of main pipelines)
guidelines (Solar batteries and collectors)
methodological guidelines (Calculation of wind energy)
methodical instructions (Calculation of heat inflows)
methodological guidelines for course design

Thermodynamics, heat transfer and thermal power plants

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Physical foundations of hydropower

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Chemical energy sources and hydrogen energy

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Industrial practice

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methodical guidelines for industrial practice

Environmental expertise and environmental monitoring

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Modeling and forecasting of the state of the environment

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Treatment plants and environmental protection in the oil and gas industry

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Thermotechnical measurements and devices

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Thermophysical properties of energy carriers in heat technology

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4 course

Accumulation of energy

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Biotechnological systems of energy production

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Energy sources on Earth

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Experimental methods of researching solar power systems

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Use of sea and land energy

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methodological instructions (Calculation of solar energy)

Fundamentals of designing renewable energy installations

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Basics of sustainable development of non-traditional energy

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Processes and devices of unconventional energy

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Thermoeconomic analysis in unconventional energy

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Thermoeconomic analysis in unconventional energy

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Thermoeconomic analysis and optimization methods of energy systems

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Pre-diploma practice

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Technical means of thermal engineering experiment

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Diploma design

methodological guidelines for diploma design (specialty 141)

degree of higher education “Master”

Energy-saving technologies in energy

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Mathematical and physical modeling of unconventional energy systems

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Basics of sustainable development of society

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Design, testing and operation of non-traditional energy installations with KP

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Sustainable development of destinations: scientific and technical aspect

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Physico-chemical problems of energy converters with KP

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Geoinformation systems in ecology

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Environmental design

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Ecological foundations of water resources management

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Experimental thermophysics

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Innovative management and audit

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Nanotechnologies in thermal energy

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Sustainable development strategy

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Modern technologies of environmental protection in energy

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Management of environmental risks

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Management of rational nature management and environmental risks

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Research practice

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Postgraduate studies

methodology of scientific research

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Nanotechnologies in thermal energy

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Nanotechnologies in thermal energy

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Thermophysical properties of ozone-safe working bodies and coolants

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