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Physics of Green Technologies University of Marburg

Degree
Master of Science
Standard period of study (amount)
2 semesters
Location
Marburg

Overview and admission

Study Type

graduate

Admission semester

Summer and Winter Semester

Area of study

  • Renewable Energies
  • Physics
  • Nature Conservation, Environmental Protection
  • Sustainability Sciences (Ecological)

Focus

Expansion of the extensive analytical skills from the preceding 8-semester Bachelor's degree programme to an advanced level, Independent scientific development of solutions to technical problems, Application of scientific findings, Ability to carry out scientific research projects largely independently, Focus on research, working groups and Master's thesis

Target group

Graduates of the specific Bachelor's degree programme "Physics of Green Technologies" with 240 credit points.

Annotation

General information:
In the Master’s degree programme in Physics of Green Technologies, you will build upon the extensive analytical skills you already acquired in the preceding 8-semester Bachelor’s degree programme. You will independently carry out scientific research projects, learn to maintain a scientific perspective during planning and decision-making processes, and apply your subject expertise to the critical analysis of various solutions in the field of sustainability.
Similar to the 2-semester "MSc Physics", this continuing degree programme only includes research, working group and Master's theses, but these are centred in the areas of sustainable technologies, for example in the working groups "Solar Energy Conversion", "Sustainable Materials", "Structural Analysis" or " Semiconductor Photonics".

Research focuses:
The extensive independent research phase prepares you for independent and self-directed work as a physicist in business, industry, at scientific research institutes and in public administration, especially where interdisciplinary expertise is required, such as in consulting, planning or development roles as well as in professional fields where coordination between the various disciplines is necessary.

Admission modus

Without admission restriction

More information regarding admission requirements

Lecture period

  • 13.04.2026 - 17.07.2026
  • 12.10.2026 - 12.02.2027

Application deadlines

Summer semester (2026)

Winter semester (2026/2027)

Tuition fees

Tuition fees

Currently, the German federal state of Hesse does not charge tuition fees.

Languages of instruction

Main language

German

Further languages

English

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