Technical Physics >
Renewable Energy Engineering
Technical Physics
, first-cycle studies, Full-time studies, starting year 2023/2024
ECTS
W
C
L
P
S
Credit
Subject Card
Szkolenia
0
10
-
-
-
-
z/e
Szkolenia
ECTS
0
Credit
-
Number of hours:
Lecture
10 h
Przedmioty w module:
3
30
-
-
-
-
z/e
N/FT Przedmiot humanistyczno-społeczny II / Humanities and social subject II (Zal)
ECTS
3
Credit
-
Number of hours:
Lecture
30 h
Przedmioty w module:
Ethics in Science and Engineering
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
3
Credit
assessment
Number of hours:
Lecture
30 h
1
15
-
-
-
-
z/e
N/FT Przedmiot humanistyczno-społeczny I / Humanities and social subject I (Zal)
ECTS
1
Credit
-
Number of hours:
Lecture
15 h
Przedmioty w module:
History of physics and technology
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
1
Credit
assessment
Number of hours:
Lecture
15 h
Semester: 2 (2023/2024 - summer)
ECTS
W
C
L
P
S
Credit
Subject Card
2
30
-
-
-
-
z/e
N/FT Przedmiot humanistyczno-społeczny III / Humanities and social subject III (Zal)
ECTS
2
Credit
-
Number of hours:
Lecture
30 h
Przedmioty w module:
Fundamentals of Economics
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
2
Credit
assessment
Number of hours:
Lecture
30 h
Semester: 3 (2024/2025 - winter)
ECTS
W
C
L
P
S
Credit
Subject Card
Mathematical methods of physics and technics I
4
30
15
-
-
-
z
Differential equations in Physics and Technology
4
30
30
-
-
-
z
Physics laboratory I (electricity and magnetism)
3
-
-
45
-
-
z
Introduction to modeling physical phenomena
3
15
-
15
15
-
z
Introduction to modeling physical phenomena
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Project
15 h
2
-
45
-
-
-
z/e
Foreign language I
ECTS
2
Credit
-
Number of hours:
Exercises
45 h
Przedmioty w module:
Język angielski I
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
2
Credit
assessment
Number of hours:
Exercises
45 h
0
-
30
-
-
-
z/e
PHYSICAL EDUCATION I
ECTS
0
Credit
-
Number of hours:
Exercises
30 h
Przedmioty w module:
Physical Education I (Sport)
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Physical Education I
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Wychowanie fizyczne I
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Physical Education I
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Physical Education I (Sport)
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Physical Education I
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
PHYSICAL EDYCATION I
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Sport
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Subjects from Specialization: Renewable Energy Engineering
Physical basis of conversion and accumulation of energy
1
15
-
-
-
-
z
Semester: 4 (2024/2025 - summer)
ECTS
W
C
L
P
S
Credit
Subject Card
Introduction to electronics and electrotechnics
5
30
-
15
15
-
z
Introduction to electronics and electrotechnics
Download the subject card
ECTS
5
Credit
assessment
Number of hours:
Lecture
30 h
Laboratory
15 h
Project
15 h
Foreign language II
2
-
45
-
-
-
z/e
Foreign language II
ECTS
2
Credit
-
Number of hours:
Exercises
45 h
Przedmioty w module:
0
-
30
-
-
-
z/e
Physical Education II (Sport)
0
-
30
-
-
-
z
PHYSICAL EDUCATION II
ECTS
0
Credit
-
Number of hours:
Exercises
30 h
Przedmioty w module:
Physical Education II
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Physical Education II
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
PHYSICAL EDYCATION II
Download the subject card
File format PDF. File size approximately 50 kB
ECTS
0
Credit
assessment
Number of hours:
Physical Education II (Sport)
ECTS
0
Credit
assessment
Number of hours:
Exercises
30 h
Subjects from Specialization: Renewable Energy Engineering
Renewable energy sources
1
15
-
-
-
-
z
Renewable energy sources
ECTS
1
Credit
assessment
Number of hours:
Lecture
15 h
Mathematical methods of physics and technics II
4
30
30
-
-
-
z
Semester: 5 (2025/2026 - winter)
ECTS
W
C
L
P
S
Credit
Subject Card
Foreign language IIi
2
-
30
-
-
-
z/e
Foreign language IIi
ECTS
2
Credit
-
Number of hours:
Exercises
30 h
Przedmioty w module:
Subjects from Specialization: Renewable Energy Engineering
Hydrogen power and fuel cells
1
15
-
-
-
-
z
Hydrogen power and fuel cells
ECTS
1
Credit
assessment
Number of hours:
Lecture
15 h
Energy conversion laboratory II
1
-
-
15
-
-
z
Energy conversion laboratory II
ECTS
1
Credit
assessment
Number of hours:
Laboratory
15 h
Renewable energy seminar I
1
-
-
-
-
15
z
Renewable energy seminar I
ECTS
1
Credit
assessment
Number of hours:
Seminar
15 h
Electronic circuits
5
15
15
15
15
-
z
Electronic circuits
ECTS
5
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Laboratory
15 h
Project
15 h
Energy conversion laboratory I
2
-
-
15
-
-
z
Energy conversion laboratory I
ECTS
2
Credit
assessment
Number of hours:
Laboratory
15 h
Vacuum technology
2
15
-
15
-
-
z
Vacuum technology
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Optics and laser technique
4
15
15
30
-
-
z
Optics and laser technique
ECTS
4
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Laboratory
30 h
Laboratory of the basics of modern physics
2
-
-
30
-
-
z
Laboratory of the basics of modern physics
ECTS
2
Credit
assessment
Number of hours:
Laboratory
30 h
Semester: 6 (2025/2026 - summer)
ECTS
W
C
L
P
S
Credit
Subject Card
Subjects from Specialization: Renewable Energy Engineering
Photovoltaic systems
2
15
-
-
15
-
z
Photovoltaic systems
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Project
15 h
Photovoltaic cells
2
15
-
15
-
-
z
Photovoltaic cells
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Hydropower and wind power plants
2
30
-
-
-
-
z
Hydropower and wind power plants
ECTS
2
Credit
assessment
Number of hours:
Lecture
30 h
Renewable energy seminar II
1
-
-
-
-
15
z
Renewable energy seminar II
ECTS
1
Credit
assessment
Number of hours:
Seminar
15 h
Engineering diploma project
1
-
-
-
15
-
z
Engineering diploma project
ECTS
1
Credit
assessment
Number of hours:
Project
15 h
Basics of molecular electronics
3
30
15
-
-
-
e
Basics of molecular electronics
ECTS
3
Credit
exam
Number of hours:
Lecture
30 h
Exercises
15 h
Automation of the measurement process
3
15
-
15
15
-
z
Automation of the measurement process
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Project
15 h
Atomic and molecular physics
5
30
30
15
-
-
e
Atomic and molecular physics
ECTS
5
Credit
exam
Number of hours:
Lecture
30 h
Exercises
30 h
Laboratory
15 h
Heat flows
4
30
-
15
15
-
z
Heat flows
ECTS
4
Credit
assessment
Number of hours:
Lecture
30 h
Laboratory
15 h
Project
15 h
Atomic and nuclear physics
2
15
15
-
-
-
z
Atomic and nuclear physics
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
Thermodynamics and statistical physics
4
30
30
-
-
-
e
Thermodynamics and statistical physics
ECTS
4
Credit
exam
Number of hours:
Lecture
30 h
Exercises
30 h
Semester: 7 (2026/2027 - winter)
ECTS
W
C
L
P
S
Credit
Subject Card
Subjects from Specialization: Renewable Energy Engineering
Chemical power sources
2
15
-
15
-
-
z
Chemical power sources
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Radiation detectors
1
15
-
-
-
-
z
Radiation detectors
ECTS
1
Credit
assessment
Number of hours:
Lecture
15 h
Diploma seminar
4
-
-
-
-
30
z
Diploma seminar
ECTS
4
Credit
assessment
Number of hours:
Seminar
30 h
Diploma Thesis
16
-
-
-
30
-
z
Diploma Thesis
ECTS
16
Credit
assessment
Number of hours:
Project
30 h