Photo­vol­ta­ics En­gin­eer­ing Sci­ence (M.Sc.)

Department of Electrical, Mechanical and Industrial Engineering
Major Fields of study
  • Renewable Energy Technologies and Applications
  • Solar Cells & Solar Modules Technologies
  • Power Converters & Energy Storage Systems
  • PV Systems Design, Performance and Reliability
  • Solar Energy Grid Integration

In addition, one elective per semester has to be chosen from different fields.

Degree

Master of Science

Department

Electrical, Mechanical and Industrial Engineering

Location

Köthen

Duration

3 semesters

Program Start

winter semester or summer semester

Sem Contribution

€322.80 (incl. semester ticket)

Study type

Full-Time Program

Language

English

Credits

90

Accreditation

accredited until 31.03.2029

Application period International Uni Assist

15.03. – 15.07. (winter)
15.09. – 15.01. (summer)

National SSC Portal

15.03. – 15.07. (winter)
15.09. – 15.01. (summer)

Course content and objectives

Photovoltaics Engineering Science is a 3 semesters Master’s program in English language, which requires a Bachelor’s degree in electrical engineering or physics or related subjects. No professional experience is needed. It consists of 2 semesters courses in renewable energy technology and applications, technology of crystalline silicon solar cells and modules, components of a PV system and their reliability, system design, monitoring, yield and performance analysis, energy storage systems, power converters, and electric grids and solar energy integration. In every semester one elective has to be chosen (either German language or complementary technical subjects). A final research semester under supervision of a professor from the university concludes the program. The courses combine lectures with exercises, seminars or practical laboratory work. The tuition in compact form will build up on a requested solid basis of knowledge in electrical engineering, physics, chemistry (or materials science), fundamentals of semiconductor technology, computer science, mathematics, and scientific methodology, which the applicant is expected to have acquired in a previous Bachelor's program.  The research for the Master’s thesis can be performed in the PV laboratory of Anhalt University, at the Fraunhofer Center for Silicon Photovoltaics CSP (in nearby city of Halle), or in any other PV laboratory or any PV company worldwide.

 

Requirements

Career Opportunities

Graduates of the Master’s program Photovoltaics Engineering Science will be qualified to work as engineers in research and development, production of cells and modules, design, construction, operation or management of photovoltaic power plants. Due to the forecast strong increase of photovoltaic power generation, especially in the sun-rich countries around the world, excellent job perspectives are expected.

Therefore, this program is especially well suited for students from countries, in which PV is currently strongly growing, and who want to participate in this process after having graduated. Although Germany is still a leading nation in research and development in PV, most of the production has meanwhile moved to the Far East, and the installation of big new PV power plants to the sun-rich countries all over the world.

But due to Europe´s and especially Germany´s ambitious plans for the energy transition, the world-wide necessity to fight the climate change, and a persistent lack of qualified engineers in the German job market, opportunities for foreign employees in German companies are expected to remain also good in the future, especially for those applicants with at least a medium knowledge of the German language.