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DEPARTMENT OF POWER ENGINEERING

Before licensing the specialty:

  • Reference on the methodological provision of academic disciplines for the preparation of bachelors in specialty 143 Atomic energy, which is being prepared for licensing, on the basis of materials of the electronic catalog of the library of the SHEI USUCT

 

Disciplines for preparation for bachelor’s degree in specialty 144 Heat power engineering

  1. Calculation methods and informatics in thermal power engineering
  2. Technical thermodynamics
  3. Heat exchange
  4. Sources of heat supply for industrial enterprises
  5. Mathematical methods and models in calculations of power equipment on a computer
  6. Superchargers and heat engines
  7. Fuel and combustion
  8. Heat process processes and installations
  9. High-temperature thermal engineering processes and installations
  10. Boiler installations of industrial enterprises
  11. Secondary energy resources and energy technology combination in industry
  12. Electrothermal installations
  13. Environmental Protection
  14. Unconventional energy sources
  15. Fundamentals of design
  16. Design, installation and operation of heat engineering equipment
  17. Energy production and distribution systems
  18. Thermal networks

Disciplines for preparation for master’s degree in specialty 144 Heat power engineering

  1. Investigation of thermodynamic processes
  2. Methodology and organization of scientific research on the themes of master’s work
  3. Equipment and bases of design of small energy objects
  4. Utilization of low-energy energy resources
  5. Management in energy saving
  6. Energy saving in power engineering and heat engineering
  7. Optimization of heat and mass transfer processes and installations
  8. Thermal power plants

Disciplines for preparation for bachelor’s degree in specialty 143 Nuclear power engineering

  1. Engineering and computer graphics
  2. Theoretical mechanics
  3. Basics of labor protection
  4. Life Safety
  5. Mathematical methods and models in calculations of power equipment on a computer
  6. Fundamentals of design
  7. Hydro-gas dynamics
  8. Technical thermodynamics
  9. Heat exchange
  10. Electrical engineering and electronics
  11. Nuclear power reactors
  12. Installation and operation of NPP equipment
  13. NPP heat exchangers and heat carrier technology
  14. NPP steam generators
  15. Material Science and Materials Technology
  16. Energy Economics
  17. Internship
  18. Preparation of qualification bachelor’s work and state attestation
  19. Introduction to specialty
  20. Operation and management of ODP
  21. Calculation methods and informatics in thermal power engineering
  22. NPP turbines
  23. Pumping and auxiliary equipment of the NPP
  24. NPP and TPP
  25. Nuclear and Neutron Physics
  26. Fuel and combustion
  27. Metrology, heat engineering measurements and devices
  28. Thermohydraulic processes in nuclear power plants
  29. Strength of Materials
  30. Dosimetry and radiation protection
  31. Machine parts

 

Alumni workplaces
Graduates work on the positions of chief power engineers and chief engineers of enterprises, masters of the boiler room, turbine workshop of CHPP, nuclear power plant, industrial boiler-house, engineers-designers, engineers of heat and power service, heat engineers of the shop, engineers of the production and technical department, engineers of the heat engineering laboratory , scientific laboratories, positions of management structures and energy management, etc.

All graduates are trained and focused on the creation and introduction into the production of energy-saving and non-waste technologies for materials and energy resources. Such technologies are being introduced at the enterprises where our graduates work:

  • NJSC “Naftogaz of Ukraine”, Kyiv;
  • DTEK Pridneprovskaya TPP, the city of Dnipro;
  • PJSC “Interpipe NMTZ”, Novomoskovsk city;
  • PJSC “Zaporizhstal”, Zaporozhye;
  • Communal enterprise “Pavlohradteploenergo”, Pavlograd;
  • PJSC “Ukrtatnafta”, city of Kremenchug;
  • “Volnogorsk State Mining and Metallurgical Combine” Joint-Stock Company “United Mining and Chemical Company”, the city of Vil’nogorsk;
  • PJSC “Marganets GOK”, m. Marganets;
  • DTEK Krivorozhskaya TPP, Zelenodolsk city;
  • DP “Production Association” Southern Machine-Building Plant named after.  M. Makarov », Dnipro;
  • Dniprovnipienergoprom, Dnipro, LLC;
  • JSC “DNIPROAZOT”, m. Kamenskoye;
  • ENTERPRISES DNIPROTEKHSERVIS, the city of Dnipro;
  • OOO “EVRAZHOLDING”, the city of Dnipro;
  • PJSC “Dnipropetrovs’k Aggregate Plant”, the city of Dnipro;
  • Dniprokoks OJSC, the city of Dnipro;
  • SE “Electrovozoobrazovaniia”, the city of Dnipro;
  • InterMicro Delta, the city of Dnipro;
  • PJSC “Interpipe NTZ”, the city of Dnipro;
  • Communal enterprise “Dneproteplomerezha” of Dnipro city council, the city of Dnipro;
  • PJSC “Dneproplastmas”, the city of Dnipro;
  • Interpipe Nikotiub, m. Nikopol;
  • DTEK Zaporozhye TPP, Energodar city;
  • PJSC “AZOT”, Cherkasy city;
  • Musketeer LLC, the city of Dnipro;
  • OOO “Enteh UKRAINE”, the city of Dnipro;
  • Evrokul LLC, the city of Dnipro;
  • SE “South-Ukrainian NPP”, Yuzhnoukrainsk city;
  • SE “Zaporizhzhya NPP”, city of Energodar;
  • VP “Khmelnitsky NPP”, city of Netyshin;
  • VP “Rivne NPP”, city of Varash.

Educational and methodical literature on the Department of Physics for 2010-2017 years

No. Full title of publication  Specialty  Compilers Year of publication Кількість сторінок
1. Methodical instructions for solving tasks and control homework from the course of physics “Electromagnetism” for students of I-II courses of all specialties of all forms of learning pdf Meh., Tech.

Burlikov V.V.,

Kravchenko V.S.,

Nesterenko O.I.

2010 24
2. Methodical instructions for solving tasks and control homework from the course of physics “Atomic physics and quantum theory” for students of I-II courses of all specialties of all forms of learning pdf Meh., Tech.

Selezneva N.V.,

Skalozub O.S.,

Sorochinskaya V.E.

2010 36
3. Collection of individual tasks for the course “Mechanics” for students of I-II courses of all specialties of all forms of learning pdf Meh., Tech.

Yakubovskaya Z.M.,

Tatarko L.G.,

Skalozub O.S.

2010 28
4. Methodological instructions for solving tasks and control homework in the physics course “Wave Optics” for students of I-II courses of all specialties of all forms of study pdf Meh., Tech.

Selezneva N.V.,

Skalozub O.S.,

Sorochinskaya V.E.

2010 33
5. . Methodical instructions for solving problems and control homework from the course of physics “Molecular Physics and Thermodynamics” for students of I-II courses of all specialties of all forms of study pdf Meh., Tech.

Karpova L.M.,

Burlikov V.V.,

Selezneva N.V.

2012 35
6. Methodical instructions for solving tasks and control homework from the course of physics “Fluctuations and Waves” for students of I-II courses of all specialties of all forms of study pdf Meh., Tech.

Selezneva N.V.,

Skalozub O.S.,

Sorochinskaya V.E.

2012 28
7. Methodological instructions for solving tasks and control homework from the course of physics “Electrostatics” for students of I-II courses of all specialties of correspondence form of study pdf Meh., Tech.

Selezneva N.V.,

Tykha L.S.

2012 28
8.

Methodological instructions for the implementation of laboratory work №4 (E) p.2

“Determination of the electrical capacitance of the capacitor and inductance of the solenoid using the AC circuit. Part 2 “for foreign students

І-ІІ courses of all specialties of all forms of study pdf

Meh., Tech.

Burlikov V.V., Karpova L.M.,

Nesterenko A.I.

2013 14
9.

Methodological instructions for the implementation of laboratory work №6 (О)

” Study of the regularities of the external photoelectric effect ” for foreign students of I-II courses of all specialties of all forms of study pdf

Meh., Tech.

Yakubovskaya Z.M.,

Burlikov V.V.,

Nesterenko O.I.

2013 11
10.

Methodological instructions for the implementation of laboratory work №5 (О)

” Definition of the constant in the Stefan-Boltzmann Act ” for foreign

students of I-II courses of all specialties pdf

Meh., Tech.

Selezneva N.V.,

Karpova L.M.,

Nesterenko N.G.

 

2014 9
11.

Methodological instructions for laboratory work №3 (О)

“Checking the Law of Malusa” for students of I-II courses of all

specialties of all forms of study pdf

Meh., Tech.

Burlikov V.V.,

Nesterenko N.G.,

Nesterenko A.I.

2015 12
12.

Methodological instructions for laboratory work №2 (О)

“Determination of the wavelength of laser radiation with the help of

diffraction grating “for students of I-II courses of all specialties

all forms of study pdf

Meh., Tech.

Nesterenko N.G.,

Tykha L.S.,

Nesterenko A.I.

 

2015 12
13.

Methodological instructions for laboratory work №1 (K)

“Study of fading electromagnetic oscillations” for foreign ones

students of I-II courses of all specialties pdf

Meh., Tech.

Tykha L.S.,

Tatarko L.G.,

Nesterenko A.I.

2015 14
14.

Methodological instructions for the implementation of laboratory robot No. 9 (E)

“Definition of the horizontal component of the magnetic intensity

Fields of the Earth with the help of a tangent-galvanometer “for foreign students of I-II courses of all specialties pdf

Meh., Tech.

Nesterenko AI

Skalozub O. S.,

Yakubovskaya ZN

2015 8
15.

Methodological instructions for the implementation of laboratory work №4 (E) p.1

“Determination of the electrical capacitance of the capacitor and inductance of the solenoid using the AC circuit. Part 1 “for foreign students of I-II courses of all specialties of all forms of study pdf

Meh., Tech.

Burlikov VV

Karpova LM

Nesterenko N.G.

2015 13
16.

Methodological instructions for the implementation of laboratory work №3 (E) “Determination of the current source’s EMF by the compensation method” for foreign students of I-II courses of all specialties pdf

Meh., Tech.

Selezneva N.V.,

Skalozub O.S.,

Tykha L.S.

 

2015 8
17.

Methodological instructions for the implementation of laboratory work №2 (E)

“Definition of resistance of a resistor with the help of the Whitstone bridge” for foreign students of I-II courses of all specialties pdf

Meh., Tech.

Selezneva N.V.,

Karpova L.M.,

Nesterenko A.I.

2015 11
18.

Methodological instructions for the implementation of the laboratory robot No. 1 (E)

“Study of electrostatic field” for foreign students of I-II courses in all specialties of all forms of study pdf

Meh., Tech.

Yakubovskaya Z.N.,

Tatarko L.G.,

Nesterenko A.I.

2015 11
19.

Methodical instructions for the implementation of laboratory robot No. 8 (M)

“Determination of the ratio of heat capacity of the air by the method

Adiabatic Expansion (Clemain-Desire) “for foreigners

students of I-II courses of all specialties pdf

Meh., Tech.

Karpova L.M.,

Selezneva N.V.,

Burlikov V.V.

2015 14
20.

The Guide to Electronic Testing in General Physics:

Part 1. Mechanics; Part 2. Molecular physics and thermodynamics. pdf

Meh., Tech.

Nesterenko O.I.,

Yakubovskaya Z.M.

 

2014 194
21. Guide to electronic testing on the basics of nuclear physics and radiation-chemical processes pdf Meh., Tech.

Nesterenko O.I.,

Burlikov V.V.

.

2014 278
22.

Methodological instructions for the implementation of laboratory work №7 (M)

“Determination of the coefficient of internal friction (dynamic viscosity) of the fluid by the Stokes method” for foreign students of I-II courses of all specialties of all forms of study pdf

Meh., Tech.

Burlikov V.V.,

Karpova L.M.,

Nesterenko N.G.

2015 12
23.

Methodological instructions for laboratory work № 3 (M)

“Determination of the moment of inertia of the torsion pendulum of Oberbeek”

for students of I-II courses of all specialties of all forms of study pdf

Meh., Tech.

Tykha L.S.,

Skalozub A.S.,

Nesterenko A.I.

 

2015 18
24.

Methodological instructions for the implementation of laboratory work №2 (M)

“Study of elastic blow of balloons” for foreign students I-II

courses of all specialties pdf

Meh., Tech.

Selezneva N.V.,

Karpova L.M.,

Skalozub A.S.

2015 10
25.

Collection of seminars on the course “Physical methods of research”, Seminar № 1

X-ray structural analysis for students of the second year of the direction of preparation “Pharmacy” pdf

Meh., Tech.

Nesterenko O.I.,

Skalozub O.S.

2016 7
26.

Methodical instructions for the implementation of laboratory work on the course “Fundamentals

Nuclear Physics and Dosimetry “for students of the III-IV years of specialty

“Chemical technologies of rare scattered elements and materials on them

basis “of all forms of learning pdf

Meh., Tech.

Burlikov V.V.,

Skalozub O.S.,

Nesterenko O.I.

2016 44
27.

Collection of individual assignments for the course “Fluctuations and Waves”

for foreign students of I-II courses of all specialties pdf

Meh., Tech.

Selezneva N.V.,

Skalozub A.S.,

Nesterenko A.I.

2016 24
28. Methodical instructions for solving problems in physics “Molecular physics and thermodynamics” for foreign students of I-II courses of all specialties pdf Meh., Tech.

Karpova L.M.,

Yakubovskaya Z.N.,

Nesterenko A.I.

2016 27
29.

Methodological instructions for solving problems in physics “Electrostatics” for foreign students of I-II courses of all specialties pdf

 

Meh., Tech.

Tykha L.S.,

Selezneva N.V.,

Karpova L.M.

2016 24
30.

Methodical instructions for solving problems in physics “Mechanics”

for foreign students of I-II courses of all specialties pdf

Meh., Tech.

Yakubovskaya Z.N.,

Tatarko L.G.,

Nesterenko N.G.

2016 27
31.

Methodological instructions for laboratory lessons №1 (Е) “Research

Electrostatic field “on discipline” Physics “of students of directions

6.050101, 6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Tykha L.S.,

Yakubovskaya Z.N.,

Tatarko L.G.

2016 13
32.

Methodical instructions for laboratory lessons №2 (M) “Research

elastic impact balls “on discipline” Physics “of students of directions 6.050101,

6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Karpova L.M.,

Selezneva N.V.,

Nesterenko O.I.

2016 11
33.

Methodical instructions for laboratory lessons №2 (E) “Measurement of resistance

resistor using the bridge of Whitton “on discipline” Physics “of students directions 6.050101, 6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501  pdf

Meh., Tech.

Burlikov V.V.,

Nesterenko M.G.,

Skalozub O.S.

 

2016 12
34.

Methodical instructions for laboratory lessons №3 (E) “Determination of EMF

current sources by the method of compensation “from the discipline” Physics “of students

directions 6.050202, 6.051001, 6.050601, 6.050502, 6.050503 pdf

Meh., Tech.

Selezneva N.V.,

Nesterenko O.I.,

Karpova L.M.

2016 10
35.

Methodical instructions for laboratory lessons № 4Е (1) “Determination of capacity

Condenser in AC Circuit “on discipline” Physics “of students

directions 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Tatarko L.G.,

Tykha L.S.,

Yakubovskaya Z.N.,

2016 12
36.

Methodical instructions for laboratory lessons №7 (М) “Definition of coefficient

yant of internal friction (dynamic viscosity) of the fluid by the Stokes method “with

discipline “Physics” of students of directions 6.050101, 6.050102, 6.050202,

6.051001, 6.050601, 6.050502, 6.050503, 6.040106 pdf

Meh., Tech.

Nesterenko M.G.,

Skalozub O.S.,

Burlikov V.V.

2016 13
37.

Methodical instructions for laboratory lessons №8 (M) “Definition

ratio of air heat capacity by the method of adiabatic

Expansion (Clemane-Disorfort) “from the discipline” Physics “of students

directions 6.050101, 6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Nesterenko O.I.,

Karpova L.M.,

Selezneva N.V.

2016 14
38.

Methodical instructions for laboratory lessons №3 (M) “Determination of the moment

Inertia of the Oberbeck Twist Swing “on discipline” Physics “of students

directions 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Yakubovskaya Z.N.,

Tatarko L.G.,

Tykha L.S.

2016 18
39.

Methodical instructions for practical classes under the section “X-ray spectrum-

Analysis “on discipline” Physics and physical methods of analysis” for students direction 6.120201 pdf

Meh., Tech.

Nesterenko O.I.,

Skalozub O.S.

2017 8
40.

Methodical instructions for laboratory lessons № 9 (E) “Definition of horizon-

the magnetic component of the Earth’s magnetic field using a tangent-

galvanometer “on discipline” Physics “of students of directions 6.050202,

6.051001, 6.050601, 6.051301 pdf

Meh., Tech.

Karpova L.M.,

Nesterenko M.G.,

Selezneva N.V.

2017 11
41.

Methodical instructions for laboratory lessons №6 (О) “Research

regularities of the external photoelectric effect “on the discipline” Physics “

students of directions 6.050101, 6.050102, 6.050202, 6.051001, 6.050601,

6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Nesterenko O.I.,

Karpova L.M.,

Selezneva N.V.

2017 12
42.

Methodical instructions for laboratory lessons № 5 (О) “Definition of stable in

Stefan-Boltzmann’s Law “on the discipline” Physics “of students of directions

6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Nesterenko M.G.,

Skalozub O.S.,

Burlikov V.V.

2017 12
43.

Methodical instructions for laboratory lessons №4 (Е) ч.2 “Definition

power capacitor and coil inductance using AC circuits. Part 2 “from the discipline” Physics “of students of directions 6.050101, 6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Skalozub O.S.,

Burlikov V.V.,

Nesterenko M.G.

 

2017 16
44.

Methodical instructions for laboratory lessons №3 (О) “Verification of the law

Malusa “on discipline” Physics “of students of directions 6.050202, 6.051001,

6.050601, 6.051301 pdf

Meh., Tech.

Yakubovskaya Z.N.,

Tatarko L.G.,

Tykha L.S.

2017 15
45.

Methodical instructions for laboratory lessons № 1 (K) “Study of attenuation

electromagnetic oscillations “on discipline” Physics “of students of directions

6.050101, 6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Tykha L.S.,

Yakubovskaya Z.N.,

Tatarko L.G.

2017 17
46. Summary of the lectures “Fundamentals of Nuclear Physics and Dosimetry” for the students of the ІІ year of the specialty “Chemical technology of rare scattered elements and materials on their basis” of all forms of training, part I  pdf Meh., Tech. Burlikov V.V. 2017 52
47.

Methodical instructions for laboratory lessons №2 (О) “Determination of length

Waves of laser radiation using diffraction grating “on discipline” Physics “of students of directions 6.050101, 6.050102, 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Karpova L.M.,

Selezneva N.V.,

Nesterenko O.I.

2017 14
48.

Methodical instructions for laboratory lessons №3 (А) “Determination of specific

electron charge by the method of magnetic focusing “on discipline” Physics “of students of directions 6.050202, 6.051001, 6.050601, 6.050502, 6.050503, 6.051301, 6.051401, 6.120201, 6.040106, 6.051701, 6.051501 pdf

Meh., Tech.

Burlikov V.V.,

Nesterenko M.G.,

Skalozub O.S.

2017 15

The teachers of the Department developed working programs, teaching aids and methodical developments on the disciplines that are taught at the Department of Physics.

 

The main forms of educational work of the department in accordance with clause 5 of the “Regulations on the organization of educational process in higher educational institutions”, approved by the Order of the Ministry of Education and Science № 161 of June 2, 1993 are:

  • lectures
  • laboratory work
  • practical training
  • counseling
  • Individual tasks: estimated
  • organization of independent work of students

 

In addition to the publication of traditional teaching and methodological support, at the university and at the department electronic case studies on educational disciplines have been developed, which include a working curriculum, a rating card, a lecture notes, methodological instructions, exam questions, etc.

The sets of test tasks were developed for checking residual knowledge of students from the disciplines of the department.

The main component of the methodological support of the educational process at the department are educational and methodological complexes from the general course of physics. Sets constantly updated as needed. Over the past five years, the department has prepared and updated educational and methodological developments (guidelines for laboratory work for full-time and part-time students), new laboratory work has been developed and implemented, a module-rating system of current and final controls has been introduced for students to master the training material, prepared lecture notes in the state language.

Each year, the Department holds a university student olympiad in physics, in which students take an active part. The scientific-methodical seminar works at the department

The high level of education is provided at the expense of the scientific potential of Department, qualification improvement, publication of scientific works, participation in scientific seminars and conferences.