Heat power engineering

Purposes

Preparation of competitive highly qualified undergraduates with deep modern knowledge in the field of thermal power engineering, allowing to carry out professional and scientific-pedagogical activities

Results

ON 1 Assesses the reliability indicators of equipment, installations of heat and power systems, using methods for diagnosing and monitoring heat and power equipment, determining the procedure for calculating distribution laws and reliability characteristics based on test results
ОN 2 Critically comprehends and applies theories, methodologies of history and philosophy of science, pedagogy of higher education, psychology of management in the preparation and conduct of research work in the field of heat power engineering, providing results, including in foreign languages, in the form of scientific and technical reports, reviews, scientific reports, publications, technical documentation
ОN 3 Plans energy saving (resource saving) measures, evaluating their environmental and economic efficiency, conducting an energy audit of the facility, compiling an energy passport of the facility
ОN 4 Conducts patent research for the examination of a technical solution for novelty and examination of a thermal power plant for patent purity, preparing applications for inventions using knowledge in the field of occupational safety and industrial safety
ОN 5 Develops methods of modeling and optimization of heat power processes, installations and systems, using automated control systems for heat power and heat engineering facilities
ОN 6 Selects the main and auxiliary equipment, design schemes of thermal power plants, determining the principles and methods of optimization and methods of regulating equipment, providing information on the classification and rules for the technical operation of equipment
ОN 7 Designs and analyzes innovative measures aimed at improving the energy efficiency of thermal power equipment, boiler plants of thermal power plants, acquiring the skills of feasibility studies of energy-saving and innovative projects
ОN 8 Analyzes modern problems of thermal power engineering, searching and collecting scientific and technical information, studying domestic and foreign experience on research topics, measuring the main parameters of the object using standard instruments
ON 9 Organizes and manages team work, developing and implementing a self-development trajectory based on the principles of lifelong learning, developing a team strategy to achieve the set goals
ON 10 Plans and conducts research in the field of heat power engineering, compiling reviews and conclusions on draft standards, innovation proposals and inventions, managing activities for planning and monitoring the implementation of heat supply system modes
Cycle Count of subjects
Basic disciplines (Elective courses component) 7
Basic disciplines (compulsory component) 3
Additional Types of Learning 1 1
Profil discipline (elective courses component) 6
Profil discipline (compulsory component) 6

Для успешного завершения курса необходимо освоить 90 ECTS

Код Subjects Credit Semester
М.001 Foreign Language (professional) 2 1
М.005 Management 2 1
М.014 Psychology of management 2 1
М19.001 Energy research and diagnostics of thermal power equipment 5 1
М19.002 Energy and sustainable development 5 1
М19.003 Energy-saving technologies at power plants 4 1
М19.011 Information technologies in heat power engineering and heat technology 5 1
М19.012 Actual ecological problems of heat power engineering 5 1
М19.009 Reliability and safety of power plant systems 5 1
М19.010 Reliability and safety of heat supply systems 5 1
М.010 Experimental research work, master's project (ERW) 5 1
М.010 Experimental research work, master's project (ERW) 5 2
М19.022 Modern problems of heat power engineering and heat technologies 5 2
М19.008 Energy audits and energetic analyses of heat engineering systems 5 2
М19.013 Research and innovation management 5 2
М19.014 Organization of scientific-research works 5 2
М19.015 Thermal schemes of thermal power plants and methods of their calculation 5 2
М19.016 Fundamentals of design of thermal power plants 5 2
М19.017 Theory and technique of thermal engineering experiment 5 2
М19.018 Theory and technique of engineering experiment 5 2
М.008 Industrial practice 10 3
М.010 Experimental research work, master's project (ERW) 8 3
М.013 Registration and defence of master's project 12 3

Teachers

Гусманова Айгуль Гайнуллаевна

Dean "Engineering"

No employment

1 - семестр

Период Недель От До
Theoretical Study 15 02.09.2019 14.12.2019
Midterm Control 1 (100) 1 21.10.2019 26.10.2019
НИР 5 28.10.2019 30.11.2019
Midterm Control 2 (100) 1 09.12.2019 14.12.2019
Final Examinations (100) 3 16.12.2019 04.01.2020
Vacation 3 06.01.2020 25.01.2020

2 - семестр

Период Недель От До
Theoretical Study 15 27.01.2020 09.05.2020
Midterm Control 1 (100) 1 16.03.2020 21.03.2020
НИР 5 23.03.2020 25.04.2020
Orientation Week 1 20.04.2020 25.04.2020
Midterm Control 2 (100) 1 04.05.2020 09.05.2020
Final Examinations (100) 3 11.05.2020 30.05.2020
Summer Semester 6 15.06.2020 25.07.2020
Theoretical Study 6 15.06.2020 25.07.2020
Midterm Control 1 (100) 1 29.06.2020 04.07.2020
Midterm Control 2 (100) 1 13.07.2020 18.07.2020
Final Examinations (100) 1 20.07.2020 25.07.2020

3 - семестр

Период Недель От До
Practice 10 01.09.2020 07.11.2020
НИР 8 12.10.2020 05.12.2020
Graduation work 12 07.12.2020 27.02.2021