Hydrogen Technologies and Electromobility (WETI)

Field of study:

Level of studies:

Mode of study:

Date of commencement of studies:

Faculty:

Level of qualification according to the European and national qualifications frameworks:

Professional title obtained by the graduate:

Learning profile:

Number of semesters:

3

Number of ECTS credits:

• 59 - Field of study: Hydrogen Technologies and Electromobility
• 90 - Specialization: Electromobility
• 90 - Specialization: Hydrogen Technologies
• 90 - Specialization: Energy Storage Techniques

Work placement:

A long-term industrial research internship with a duration of minimum 26 weeks is projected in the form of optional module. The internship is based on the Regulations for Long-term Industrial Research internships.

Graduation requirements:

To obtain the required number of ECTS points specified in the curriculum by completing the subjects referred in the plan of study,
To prepare a master thesis and to obtain positive grades from the supervisor and the reviewer,
To pass the master diploma exam due to the date scheduled by the dean.

Graduate profile and further learning opportunities:

The graduate will possess advanced knowledge and skills in the field of modern energy technologies, including fuel cells, electrolysers, batteries, and systems for energy storage and conversion. They will understand the electrochemical and material processes occurring within these systems and will be able to design and analyse their operation with regard to efficiency, safety, and durability. They will be prepared for research and engineering work, including the use of simulation methods, computer modelling, and data analysis. The graduate will be able to apply modern measurement techniques as well as automation and control tools in energy systems. They will understand the principles of technological project management, intellectual property protection, and the economic and legal aspects of implementing innovations. Owing to their interdisciplinary education, they will be ready to work in international engineering and research teams. The graduate will be able to take up employment in the energy, chemical, and automotive industries, as well as in design offices, research and development centres, and technical administration units, actively contributing to the advancement of the hydrogen economy and electromobility. They will also be prepared to undertake studies within the Doctoral School.

Person responsible for the study programme: