Chemical Technology > TECHNOLOGIE ENERGII ODNAWIALNEJ
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Chemical Technology

, second-cycle studies, Full-time studies, starting year 2024/2025

Semester: 1  (2024/2025 - summer)

ECTS W C L P S Credit
Subject Card
CHEMICAL REACTORS ENGINEERING
2 15 15 - - - z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Exercises
15 h
NANOTECHNOLOGY
5 15 - 15 30 - e
ECTS
5
Credit
exam
Number of hours:
Lecture
15 h
Laboratory
15 h
Project
30 h
2 - 30 - - - z/e
ECTS
2
Credit
-
Number of hours:
Exercises
30 h
Przedmioty w module:
ECTS
2
Credit
assessment
Number of hours:
Exercises
30 h
Download the subject card
Team Research Project I
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
Training Concerning Study Regulations
0 - - - - - z
ECTS
0
Credit
assessment
Number of hours:

Subjects from Specialization: TECHNOLOGIE ENERGII ODNAWIALNEJ

PHYSICAL AND CHEMICAL METHODS OF ENERGY GENERATION
3 15 - 30 - - z
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ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
30 h
Download the subject card
SCIENTIFIC APPROACH TO CLIMATE CHANGE
2 15 - - 15 - z
Download
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Project
15 h
Download the subject card
BIOMASS AS A SOURCE OF RENEWABLE ENERGY
1 15 - - - - z
ECTS
1
Credit
assessment
Number of hours:
Lecture
15 h
METHODS FOR TESTING MATERIAL DEGRADATION
2 15 - 15 - - z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
DESING OF RENEWABLE ENERGY INSTALATIONS
2 - - - 30 - z
ECTS
2
Credit
assessment
Number of hours:
Project
30 h
CORROSION PROTECTION FOR OFFSHORE WIND FARMS
3 15 - 15 15 - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Project
15 h
ELECTROCHEMICAL ENERGY SOURCES
3 15 - 30 - - e
ECTS
3
Credit
exam
Number of hours:
Lecture
15 h
Laboratory
30 h
Total ECTS credits:28
Number of hours:360

Semester: 2  (2025/2026 - winter)

ECTS W C L P S Credit
Subject Card
SEPARATION TECHNIQUES
2 15 - 15 - - z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
MODELLING OF TECHNOLOGICAL PROCESSES
3 - - - 45 - z
ECTS
3
Credit
assessment
Number of hours:
Project
45 h
SURFACE PHENOMENA AND INDUSTRIAL CATALYTIC PROCESSES
5 30 15 - 30 - z
ECTS
5
Credit
assessment
Number of hours:
Lecture
30 h
Exercises
15 h
Project
30 h
Foreign language II
2 - 30 - - - z/e
ECTS
2
Credit
-
Number of hours:
Exercises
30 h
Przedmioty w module:
Faculty elective subjects I
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
Team research project II
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
SOCIO-HUMANISTIC SUBJECT
2 30 - - - - z/e
ECTS
2
Credit
-
Number of hours:
Lecture
30 h
Przedmioty w module:

Subjects from Specialization: TECHNOLOGIE ENERGII ODNAWIALNEJ

TECHNICAL PROCESSES OF RENEWABLE ENERGY
3 15 - 15 - - e
ECTS
3
Credit
exam
Number of hours:
Lecture
15 h
Laboratory
15 h
DIPLOMA LABORATORY I
2 - - 30 - - z
ECTS
2
Credit
assessment
Number of hours:
Laboratory
30 h
ENERGY STORAGE SYSTEMS
3 15 - 30 - - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
30 h
ALTERNATIVE ENERGY SOURCES
3 15 - 30 - - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
30 h
MATERIAL AND ENERGY RECYCLING
2 15 - - 15 - z
Download
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Project
15 h
Download the subject card
Total ECTS credits:33
Number of hours:390

Semester: 3  (2025/2026 - summer)

ECTS W C L P S Credit
Subject Card
MASTER`S THESIS
20 - - - - - z
ECTS
20
Credit
assessment
Number of hours:
ECOLOGICAL, ECONOMIC AND ETHICAL ISSUES FOR TODAY
3 15 - - 15 - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Project
15 h
Interdisciplinary Elective Course
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
Faculty elective subjects II (WCh)
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:

Subjects from Specialization: TECHNOLOGIE ENERGII ODNAWIALNEJ

DIPLOMA LABORATORY II
7 - - 75 - - z
ECTS
7
Credit
assessment
Number of hours:
Laboratory
75 h
DIPLOMA SEMINAR
2 - - - - 15 z
ECTS
2
Credit
assessment
Number of hours:
Seminar
15 h
Total ECTS credits:38
Number of hours:120
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