Curriculum for the Educational Program "Electrical Power Engineering, Electrical Engineering and Electromechanics" for Bachelor’s preparation in specialty G3 "Electrical Engineering" based on complete general secondary education, full-time form.

Curriculum for the Educational Program "Electric Power Engineering, Electrical Engineering, and Electromechanics" for the preparation of Bachelor's degree in the specialty G3 "Electrical Engineering" based on complete general secondary education, part-time form.

Curriculum for the Educational Program "Electrical Power Engineering, Electrical Engineering and Electromechanics" for Bachelor's preparation in specialty G3 "Electrical Engineering" based on the associate bachelor's degree, full-time format.

Curriculum for the Educational Program "Power Engineering, Electrical Engineering, and Electromechanics" for Bachelor’s training in the specialty G3 "Electrical Engineering" based on the professional junior bachelor’s degree, part-time format.

Curriculum for the educational program "Electroenergetics, Electrical Engineering, and Electromechanics" for bachelor's degree preparation in the specialty 141 "Electroenergetics, Electrical Engineering, and Electromechanics" based on complete general secondary education, full-time studies.

Curriculum for the educational program "Electrical Power Engineering, Electrical Engineering and Electromechanics" for bachelor's degree preparation in the specialty 141 "Electrical Power Engineering, Electrical Engineering and Electromechanics" based on complete general secondary education, part-time form.

Curriculum for the educational program "Electric Power Engineering, Electrical Engineering, and Electromechanics" for bachelor's degree preparation in the specialty 141 "Electric Power Engineering, Electrical Engineering, and Electromechanics" based on the qualified junior bachelor, full-time form.

Curriculum for the Educational Program “Electric Power Engineering, Electrical Engineering and Electromechanics” for Bachelor’s degree training in specialty 141 “Electric Power Engineering, Electrical Engineering and Electromechanics” based on Junior Specialist, part-time study.

Curriculum for the educational program "Electrical Power Engineering, Electrical Engineering, and Electromechanics" for Bachelor's degree preparation in specialty 141 "Electrical Power Engineering, Electrical Engineering, and Electromechanics" based on junior specialist, full-time form.

Curriculum for the educational program "Electrical Engineering, Electrical Engineering and Electromechanics" for Bachelor's degree preparation in the specialty 141 "Electrical Engineering, Electrical Engineering and Electromechanics" based on junior specialists, external form of education.

Curriculum for the Educational Program "Thermal Energy" for Bachelor's training in the specialty G4 "Energy Production", specialization G4.02 "Thermal Energy" based on complete general secondary education, full-time form.

Educational Program Curriculum for the Bachelor's degree in G4 "Energy Production", specialization G4.02 "Thermal Energy", based on full general secondary education, part-time format.

Curriculum for the Educational Program "Thermal Energy" for Bachelor’s preparation in specialty G4 "Energy Production," specialization G4.02 "Thermal Energy" based on a qualified junior bachelor, full-time study.

Curriculum for the Bachelor’s program in "Thermal Energy" under the specialty G4 "Energy Production," specialization G4.02 "Thermal Energy," for professional junior bachelor, part-time form.

Curriculum for the Educational Program "Hydropower" for Bachelor’s degree in the specialty G4 "Energy Production", specialization G4.03 "Renewable Sources and Hydropower" based on complete general secondary education, full-time form.

Curriculum for the educational program "Hydropower" for Bachelor’s degree in the specialty G4 "Energy Production", specialization G4.03 "Renewable Sources and Hydropower" based on full general secondary education, part-time form.

Curriculum for the Educational Program "Hydropower" for Bachelor’s degree preparation in the specialty G4 "Energy Production," specialization G4.03 "Renewable Sources and Hydropower" based on the professional junior bachelor, full-time format.

Curriculum for the Educational Program "Hydropower" for Bachelor's preparation in the specialty G4 "Energy Production", specialization G4.03 "Renewable Sources and Hydropower" based on the professional junior bachelor's degree, part-time form.

Curriculum for the educational program "Hydropower" for bachelor's degree preparation in the specialty 145 "Renewable Sources and Hydropower" based on complete general secondary education, full-time study.

Curriculum for the Educational Program "Hydropower" for Bachelor's preparation in the specialty 145 "Renewable Energy Sources and Hydropower" based on complete general secondary education, part-time form.

Curriculum for the Educational Program "Hydropower" for Bachelor's Degree in Specialty 145 "Renewable Energy Sources and Hydropower" based on the Professional Junior Bachelor's degree, full-time format.

Curriculum for the educational program "Hydropower" for bachelor's preparation in specialty 145 "Renewable Sources and Hydropower" based on a junior bachelor degree, part-time form.

Please provide the content you'd like translated.1

Ukrainian Language (for Professional Purposes)

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Entrepreneurial activity

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Foreign Language

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Ukrainian Statehood and Culture

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Physics

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Chemistry

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Ecology

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Higher Mathematics

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Fundamentals of Digital Technologies

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Safety of Life and Civil Protection

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Law

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Descriptive Geometry and Engineering Graphics

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Theoretical Mechanics

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Strength of Materials

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Materials Science and Technology of Materials

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Information Technologies and Programming

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Electrical Engineering and Electronics

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Introduction to the specialty

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Hydraulics

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KR Hydraulics

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Metrology and Standardization

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Equipment for Energy Installations

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The operation of hydroelectric power plants and pumped storage power plants on the energy system

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Hydropower Calculations in Hydro Power Plant Design

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KR Water Energy Calculations in the Design of Hydroelectric Power Stations

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Pump stations

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Technical Thermodynamics

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Energy Economics

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Hydroelectric Power Stations

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Hydroelectric Power Plant

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Hydrotechnical Structures of Energy Facilities and Systems

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KP Hydrotechnical Structures of Energy Facilities and Systems

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Hydraulic Machines

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Hydropower equipment of the stations

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Hydropower Station Equipment КП

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Mechanical and auxiliary equipment of hydroenergy facilities.

OK 37

Methods and instruments for flow visualization

OK 38

Foundations of Scientific Research

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Introductory Internship in Hydroenergy

OK 40

Hydropower Internship

OK 41

First production internship

OK 42

Second industrial internship

OK 43

Qualification Exam

Optional components of the educational program

VB 1.1.1

Mathematical Methods and Models in Computer Calculations

VB 1.1.2

Mathematical modeling of hydropower processes

VB 1.2.1

Fundamentals of Geodesy

VB 1.2.2

Philosophy

VB 1.3.1

Electric Power Supply, Electric Networks and Systems. Theory of Automatic Control.

VB 1.3.2

Automatic Control of Energy Plant Operating Modes

VB 1.4.1

Basics of Design and Operation of Hydropower Facilities

VB 1.4.2

Principles of Energy Market Functioning

VB 1.5.1

Using Computers in Hydropower Engineering

VB 1.5.2

Automatic complexes for measuring the condition of hydropower facilities

VB 1.6.1

Engineering Structures

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Basics of Hydraulic Modeling

VB 1.7.1

Operation of Renewable Energy Facilities

VB 1.7.2

Monitoring the condition of structures and equipment at hydropower facilities

Mandatory Block 1

VB 1.1

Elective Special Course

VB 1.2

Energy Resources and Hydrological Foundations of Hydropower

VB 1.3

Alternative Energy Sources

VB 1.4

Hydroelectric Power Stations in Special Climatic Conditions

VB 1.5

Resource and energy conservation

Elective Block 2

VB 2.1

Elective Special Course

VB 2.2

Information Systems and Technologies in
electrical energy sector

VB 2.3

Automatic Emergency Control
energy system modes

VB 2.4

Computer modeling of energy facilities

VB 2.5

Basics of Electric Power Reliability
objects

Curriculum for the Educational Program "Power Engineering, Electrical Engineering, and Electromechanics" for Master's preparation in specialty G3 "Electrical Engineering", full-time study.

Curriculum for the educational program "Power Engineering, Electrical Engineering, and Electromechanics" for master's degree preparation in the specialty G3 "Electrical Engineering" distance learning format.

Curriculum for the Educational Program "Thermal Energy" for Master's Degree in the Specialty G4 "Energy Production," Specialization G4.02 "Thermal Energy," Full-Time Form.

Curriculum for the Specialty Program "Thermal Energy EngineeringMaster’s program in specialty G4 "Energy Production", specialization G4.02 "Thermal Energy", part-time format.

Curriculum for the Educational Program "Electrical Energy, Electrical Engineering and Electromechanics" for PhD preparation in the specialty G3 "Electrical Engineering", full-time, 2025.

Curriculum for the Educational Program "Electrical Energy, Electrical Engineering, and Electromechanics" PreparationDoctors of Philosophyspecialty G3 "Electrical Engineering" part-time form 2025.

Curriculum for the Educational Program "Electrical Power Engineering, Electrical Engineering, and Electromechanics" for PhD preparation in specialty 141 "Electrical Power Engineering, Electrical Engineering, and Electromechanics," full-time format, 2024.

Curriculum for the Educational Program "Electrical Energy, Electrical Engineering, and Electromechanics" PreparationDoctors of Philosophyin the specialty 141 "Electrical Power Engineering, Electrical Engineering and Electromechanics," part-time form 2024.