Hydrogen Technologies and Electromobility > Hydrogen Technologies
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Hydrogen Technologies and Electromobility

, second-cycle studies, Full-time studies, starting year 2025/2026

Semester: 1  (2025/2026 - summer)

ECTS W C L P S Credit
Subject Card
Electrical Methods of Material Characterisation
3 30 - 15 - - e
ECTS
3
Credit
exam
Number of hours:
Lecture
30 h
Laboratory
15 h
Processing of Measurement Signals of Non-electrical Quantities
3 15 - 15 15 - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
15 h
Project
15 h
Corrosion Protection for Electrical Power Facilities
3 15 - 30 - - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
30 h
3 - - - - - z/e
3 15 - - 25 - z
Download
3 - - - 40 - z
3 - - - 40 - z
Download
3 - - - 40 - z
3 - - - 40 - z
Download
3 - - - 40 - z
Download
3 - - - 40 - z
Download
3 - - - 40 - z
Download
3 - - - 40 - z
Download
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
ECTS
3
Credit
assessment
Number of hours:
Lecture
15 h
Project
25 h
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
Download the subject card
ECTS
3
Credit
assessment
Number of hours:
Project
40 h
Download the subject card
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

Subjects from Specialization: Hydrogen Technologies

Manufacture of Materials and Equipment for Hydrogen Technologies
3 30 - - - 15 z
ECTS
3
Credit
assessment
Number of hours:
Lecture
30 h
Seminar
15 h
Hydrogen Project Management
1 15 - - - - z
ECTS
1
Credit
assessment
Number of hours:
Lecture
15 h
Electrochemical Impedance Spectroscopy
3 15 - 15 - 15 e
ECTS
3
Credit
exam
Number of hours:
Lecture
15 h
Laboratory
15 h
Seminar
15 h
Fuel Cells and Electrolysers
3 30 - 15 - - e
ECTS
3
Credit
exam
Number of hours:
Lecture
30 h
Laboratory
15 h
Experimentarium (Individual) / Introduction to Research Work
3 5 - 55 - - z
ECTS
3
Credit
assessment
Number of hours:
Lecture
5 h
Laboratory
55 h
Total ECTS credits:27
Number of hours:375

Semester: 2  (2026/2027 - winter)

ECTS W C L P S Credit
Subject Card
MSc Diploma Thesis I
4 - - - - - z
ECTS
4
Credit
assessment
Number of hours:
Artificial Intelligence and Data Analysis in Hydrogen Technologies
2 15 - 20 - - z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Laboratory
20 h
Technologies for Producing e-fuels
3 15 - 15 - 15 e
ECTS
3
Credit
exam
Number of hours:
Lecture
15 h
Laboratory
15 h
Seminar
15 h
Advanced Control of Electric Drives and Battery Charging Systems
2 20 - 15 - - z
ECTS
2
Credit
assessment
Number of hours:
Lecture
20 h
Laboratory
15 h
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:
Foreign Language II
2 - 30 - - - z/e
ECTS
2
Credit
-
Number of hours:
Exercises
30 h
Przedmioty w module:

Subjects from Specialization: Hydrogen Technologies

Modeling of Flows and Energy Systems in Hydrogen Technologies
4 45 - 15 15 - z
ECTS
4
Credit
assessment
Number of hours:
Lecture
45 h
Laboratory
15 h
Project
15 h
Testing and Diagnostic Methods in Hydrogen Technologies
2 15 - - - 15 z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Seminar
15 h
Modern Materials for Fuel Cells and Electrolysers
2 15 - - - 15 e
ECTS
2
Credit
exam
Number of hours:
Lecture
15 h
Seminar
15 h
Faculty electives (WETI)
6 - - - - - z/e
ECTS
6
Credit
-
Number of hours:
Przedmioty w module:
Total ECTS credits:32
Number of hours:310

Semester: 3  (2026/2027 - summer)

ECTS W C L P S Credit
Subject Card
Designing Next-Generation Batteries
3 15 - 30 - - e
ECTS
3
Credit
exam
Number of hours:
Lecture
15 h
Laboratory
30 h
Integrated Industrial Installations Using Hydrogen
2 15 - - 20 - z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Project
20 h
Sensors and Safety in Hydrogen Research and Systems
2 15 - - 10 10 z
ECTS
2
Credit
assessment
Number of hours:
Lecture
15 h
Project
10 h
Seminar
10 h
MSc Diploma Thesis II
14 - - - - - z
ECTS
14
Credit
assessment
Number of hours:
Socio-Humanistic Subjects for HT&E
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:
Interdisciplinary Elective Course
3 - - - - - z/e
ECTS
3
Credit
-
Number of hours:
Przedmioty w module:

Subjects from Specialization: Hydrogen Technologies

MSc Diploma Seminar
2 - - - - 30 z
ECTS
2
Credit
assessment
Number of hours:
Seminar
30 h
Diploma Laboratory
2 - - 45 - - z
ECTS
2
Credit
assessment
Number of hours:
Laboratory
45 h
Total ECTS credits:31
Number of hours:190
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