Renewable Energy Engineering

Renewable Energy Engineering | |
State code | 6531EX066 |
Faculty | Technical Faculty |
Study field | Energy engineering |
Qualification | Professional Bachelor of Engineering Sciences |
Form and duration of studies | Full – time studies – 3 years, Part – time studies – 4 years |
Credits | 180 ETCS |
Study plans | Full – time study plan enrolling in 2023 Part – time study plan enrolling in 2023 |
Career Prospects
After graduation, it is possible to work in various branches of electrical engineering, in companies that manage and reconstruct power networks, to design and operate renewable energy systems, to contribute to the development and operation of companies that create and use renewable energy sources, as well as to pursue higher education at universities.
Learning Outcomes
You will be able to:
- design energy systems;
- manage processes and equipment;
- organize the activities of a department;
- organize tuning, repair, and maintenance work;
- evaluate engineering solutions from ethical, social, economic, and occupational safety perspectives;
- professionally analyze and evaluate types of renewable energy storage sources;
- analyze and evaluate renewable energy usage technologies and their characteristics;
- perform necessary engineering and economic calculations;
- select measuring instruments and analyze structural and schematic diagrams;
- examine electrical and electronic circuits, their operating principles, and the selection of working models;
- understand the specifics of related engineering fields, helping to assess energy engineering problems from a broader perspective;
- participate in teamwork, and communicate effectively and responsibly.
Full-time study studies
(for entrants in 2023)
1st semester (30 credits) | ||
Compulsory subject | Credits | Evaluation* |
Professional Language Culture | 3 | D |
Mathematics | 6 | E |
Physics | 6 | E |
Electrical Measurements | 3 | D |
Engineering Graphics | 6 | D |
Foreign Language (English) | 3 | D |
Alternatyve subject | Credits | Evaluation* |
Sociology | 3 | E |
Sustainable Development | 3 | E |
Psychology | 3 | E |
2nd semester (30 credits) | ||
Compulsory subject | Credits | Evaluation* |
Applied Programs | 3 | D |
Engineering Mechanics | 3 | D |
Electrical Circuits Analysis | 6 | E |
Electronics | 3 | E |
Programmable Logic Controllers | 6 | D |
Technological 1 Practice | 6 | D |
Foreign Language (English) | 3 | E |
3rd semester (30 credits) | ||
Compulsory subject | Credits | Evaluation* |
Sustainable Environment and Human Safety | 3 | E |
Automatic Control Systems | 6 | E |
Power Electronics | 3 | D |
Electrotechnical Materials | 3 | D |
Modern Electrical Machines and Drives | 6 | E |
Technological 2 Practice | 6 | D |
Optional subject** | Credits | Evaluation* |
Electricity Market | 3 | D |
Science Workshop Project | 3 | D |
History of Energy | 3 | D |
4th semester (30 credits) | ||
Subjects | Credits | Evaluation* |
Intelligent electronic devices and controls | 6 | E |
Power Electronics | 3 | E |
Solar and Wind Power Engineering | 6 | E |
Applied Research | 3 | D |
Hydropower | 3 | E |
Industrial Practice 1 | 6 | D |
Optional subject** | Credits | Evaluation* |
Fundamentals of Cogeneration | 3 | D |
Interdisciplinary Project | 3 | D |
Robotics | 3 | D |
5th semester (30 credits) | ||
Compulsory subject | Credits | Evaluation* |
Electrical power engineering | 6 | E |
Electrical Safety | 3 | E |
Design of Renewable Energy Systems | 6 | E |
Advanced electrical systems and Relay Protection | 3 | E |
Project Management | 3 | D |
Engineering Economics | 3 | D |
Industrial Practice 2 | 6 | D |
6th semester (30 credits) | ||
Compulsory subject | Credits | Evaluation* |
Engineering Economics | 3 | E |
Law | 3 | E |
Electrical equipment testing and fault diagnosis | 3 | E |
Final Practice | 6 | D |
Final Project | 12 | D |
Optional subject** | Credits | Evaluation* |
Geothermal power engineering | 3 | D |
Lightning Protection | 3 | D |
Autonomous Power Grids | 3 | D |
** Optional subjects are freely selectable subjects from the list of predefined subjects.
*Evaluation :
E – Exam;
D -Independent study projects
Part-time studies
(for entrants in 2023)
1st semester (22 credits) | ||
Compulsory subject | Credits | Evaluation* |
Professional Language Culture | 3 | D |
Mathematics | 4 | |
Physics | 3 | |
Applied Programs | 3 | D |
Technological 1 Practice | 6 | D |
Alternatyve subject | Credits | Evaluation* |
Sociology | 3 | E |
Sustainable Development | 3 | E |
Psychology | 3 | E |
2nd semester (23 credits) | ||
Compulsory subject | Credits | Evaluation* |
Mathematics | 2 | E |
Physics | 3 | E |
Engineering Mechanics | 3 | D |
Electrotechnical Materials | 3 | D |
Engineering Graphics | 6 | D |
Electrical Measurements | 3 | D |
Foreign Language (English) | 3 | D |
3rd semester (23 credits) | ||
Compulsory subject | Credits | Evaluation* |
Sustainable Environment and Human Safety | 3 | E |
Electrical Circuits Analysis | 4 | |
Applied Research | 3 | D |
Power Electronics | 3 | D |
Electronics | 3 | E |
Programmable Logic Controllers | 3 | |
Foreign Language (English) | 3 | E |
4th semester (23 credits) | ||
Compulsory subject | Credits | Evaluation* |
Circuit Analysis | 2 | E |
Power Electronics | 3 | E |
Electrical Safety | 3 | E |
Automatic Control Systems | 3 | |
Programmable Logic Controllers | 3 | D |
Technological 2 Practice | 6 | D |
Optional Subject** | Credits | Evaluation* |
Electricity Market | 3 | D |
Science Workshop Project | 3 | D |
History of Energy | 3 | D |
5th semester (22 credits) | ||
Compulsory subject | Credits | Evaluation* |
Automatic Control Systems | 3 | E |
Modern Electrical Machines and Drives | 6 | E |
Solar and Wind Energy | 4 | |
Industrial Practice 1 | 6 | D |
Optional Subject** | Credits | Evaluation* |
Fundamentals of Cogeneration | 3 | D |
Interdisciplinary project | 3 | D |
Robotics | 3 | D |
6th semester (23 credits) | ||
Compulsory subject | Credits | Evaluation* |
Project Management | 3 | D |
Law | 3 | E |
Solar and Wind Energy | 2 | E |
Design of Renewable Energy Systems | 3 | |
Electrical power engineering | 6 | E |
Advanced electrical systems and Relay Protection | 3 | E |
Optional Subject** | Credits | Evaluation* |
Geothermal power engineering | 3 | D |
Lightning Protection | 3 | D |
Autonomous Power Grids | 3 | D |
7th semester (22 credits) | ||
Compulsory subject | Credits | Evaluation* |
Electrical equipment testing and fault diagnosis | 3 | E |
Intelligent electronic devices and controls | 4 | |
Design of Renewable Energy Systems | 3 | E |
Engineering Economics | 3 | D |
Industrial Practice 2 | 6 | D |
Hydropower | 3 | E |
8th semester (23 credits) | ||
Compulsory subject | Credits | Evaluation* |
Engineering Economics | 3 | E |
Intelligent electronic devices and controls | 4 | D |
Final Practice | 6 | D |
Final Project | 12 | D |
** Optional subjects are freely selectable subjects from the list of predefined subjects.
*Evaluation :
E – Exam;
D -Independent study projects