POWER ENGINEERING
• Graduates have knowledge in the field of broadly understood energy and the latest energy technologies.
• Know the possibilities and the current state of the techniques in the practical use of solar, wind, hydro and geothermal energy to secure the growing energy needs of cities, settlements and individual houses.
• They also have knowledge of the basics of diagnostics and operation of power machines and devices as well as the principles of energy management in large industrial plants, small companies and municipalities.
• Graduates are prepared to work in enterprises operating in the field of energy systems and plants related to energy generation, processing, transmission and distribution.
• They can be specialists in the field of energy problems in local government units.
• Studies prepare for work in power plants, combined heat and power plants and many other plants in the field of issues related to energy problems.
| Subject | Hours in total |
|---|---|
| PHYSICAL EDUCATION | 30 |
| FOREIGN LANGUAGE | 30 |
| COMMUNICATION TECHNIQUES AND TOOLS | 45 |
| INTELLECTUAL PROPERTY PROTECTION | 15 |
| MATHEMATICS FOR ENGINEERS | 30 |
| IT AND FUNDAMENTALS OF COMPUTER PROGRAMMING | 60 |
| ENGINEERING GRAPHICS AND DESIGN | 45 |
| INTRODUCTION TO POWER ENGINEERING | 45 |
| TOTAL | 300 |
| Subject | Hours in total |
|---|---|
| PHYSICAL EDUCATION | 30 |
| FOREIGN LANGUAGE | 30 |
| INTRODUCTION TO ENTREPRENEURSHIP | 15 |
| MATHEMATICS FOR ENGINEERS | 90 |
| PHYSICS FOR ENGINEERS | 30 |
| CHEMISTRY | 45 |
| THERMODYNAMICS I | 45 |
| ENGINEERING GRAPHICS AND DESIGN | 45 |
| PROJECT BASED LEARNING | 45 |
| COURSES SELECTED FROM UNIVERSITY BASE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| FOREIGN LANGUAGE | 30 |
| MATHEMATICS FOR ENGINEERS | 60 |
| PHYSICS FOR ENGINEERS | 45 |
| ELECTROTECHNICS AND ELECTRONICS | 60 |
| STRENGTH OF MATERIALS | 60 |
| THERMODYNAMICS II | 75 |
| MECHANICS | 45 |
| COURSES SELECTED FROM UNIVERSITY BASE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| FOREIGN LANGUAGE | 30 |
| PHYSICS FOR ENGINEERS | 30 |
| METROLOGY | 30 |
| MATERIAL SCIENCE | 35 |
| FUNDAMENTALS OF MACHINES DESIGN | 45 |
| FLUID MECHANICS | 65 |
| HEAT TRANSFER | 65 |
| INTRODUCTION TO SPECIALITY | 15 |
| PROJECT BASED LEARNING | 60 |
| COURSES SELECTED FROM UNIVERSITY BASE | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| MODUŁY ZAJĘĆ KIERUNKOWYCH OBIERALNYCH UMOŻLIWIAJĄCE WYBÓR PRZEZ STUDENTA ZDEFINIOWANEGO ZAKRESU DYPLOMOWANIA: RENEWABLE ENERGY SOURCES, TECHNOLOGIES AND PROCESSES IN POWER ENGINEERING LUB SKOMPONOWANIE WŁASNEGO |
345 |
| BASICS OF COMBUSTION | 30 |
| COURSES SELECTED FROM UNIVERSITY | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| MODUŁY ZAJĘĆ KIERUNKOWYCH OBIERALNYCH UMOŻLIWIAJĄCE WYBÓR PRZEZ STUDENTA ZDEFINIOWANEGO ZAKRESU DYPLOMOWANIA: RENEWABLE ENERGY SOURCES, TECHNOLOGIES AND PROCESSES IN POWER ENGINEERING LUB SKOMPONOWANIE WŁASNEGO |
315 |
| PROJECT BASED LEARNING | 60 |
| INDUSTRY APPRENTICESHIP | |
| COURSES SELECTED FROM UNIVERSITY | 30 |
| TOTAL | 405 |
| Subject | Hours in total |
|---|---|
| MODUŁY ZAJĘĆ KIERUNKOWYCH OBIERALNYCH UMOŻLIWIAJĄCE WYBÓR PRZEZ STUDENTA ZDEFINIOWANEGO ZAKRESU DYPLOMOWANIA: RENEWABLE ENERGY SOURCES, TECHNOLOGIES AND PROCESSES IN POWER ENGINEERING LUB SKOMPONOWANIE WŁASNEGO DO 31.12 |
255 |
| BACHELOR THESIS | 45 |
| SEMINAR | 45 |
| TOTAL | 345 |
