Experimental Geosciences (MSc)

This English-taught MSc programme focuses on experimental investigation of Earth materials — their physical and chemical properties — to deepen understanding of processes and characteristics of the solid Earth. By taking an earth-materials–centred approach, the curriculum brings together traditionally distinct areas such as mineralogy, crystallography, geochemistry, geochronology, cosmochemistry and geophysics, enabling an integrated perspective on solid-Earth problems.

The programme is built around the Bayerisches Geoinstitut (BGI), a central research facility at the University of Bayreuth. The BGI is internationally recognised for its strengths in experimental geochemistry and geophysics and also conducts research in cosmochemistry, planetary science and materials science. This close connection means students are taught and supervised in an active, leading research environment.

From the start, students join small research groups at the BGI and undertake independent projects under close, personalised supervision by experienced scientists. Practical, laboratory-based research is the core of the programme and is complemented by lectures, literature reviews and research seminars — providing hands-on skills, critical reading of current literature and experience presenting scientific work.

Typical applicant profile / requirements

• Completed bachelor’s degree in a relevant scientific discipline (e.g., geosciences, earth sciences, physics, chemistry)
• Proficiency in English (programme language)
• Willingness and ability to perform intensive laboratory-based research
• Interest in interdisciplinary research across mineralogy, geochemistry, geophysics and related fields
• Ability to work in small research teams and carry out independent projects under supervision

Curriculum overview

This 120 ECTS master’s curriculum is structured around four core areas that prioritize practical experimental skills and sustained research activity. The programme combines a dedicated Experimental Methods component with an extensive Research Techniques block made up of three semester-long projects, allowing you to build hands-on laboratory competence and experience in independent scientific inquiry. The final phase centers on an extended Master’s thesis, accompanied by a seminar presentation and an oral examination to demonstrate and defend your results.

Key features and learning outcomes

• Balanced emphasis on methodology and research: the programme develops advanced experimental techniques, the ability to design and carry out research projects, and scientific reporting skills.
• Interdisciplinary electives: a small but flexible elective package lets you broaden your expertise into areas such as solid Earth science, solid-state physics, materials science and catalysis, information technology, or environmental geochemistry.
• Thesis and communication: the Master’s thesis (with an institute seminar presentation) and subsequent oral exam train you to present, discuss and defend original research before peers and faculty—essential skills for research careers or further doctoral study.
• European credit framework: the 120 ECTS workload corresponds to the standard two-year full-time Master’s structure in the European higher-education system.

Program requirements (ECTS)

• Experimental Methods: 20 CP — focused laboratory and experimental techniques.
• Research Techniques: 57 CP — includes three one-semester research projects, each concluded with a written research report.
• Optional / Elective Courses: 11 CP — choose from: the solid Earth; solid-state physics; material sciences and catalysis; information technology; environmental geochemistry.
• Master’s Thesis: 26 CP — final research project, including presentation of the work in the Institute Seminar (6 CP) during the final semester.
• Final assessment: oral examination following completion and submission of the Master’s thesis.

Graduates are prepared for research careers in academia (including progression to PhD programmes) and for technical roles in industry and public institutions where experimental and analytical skills are required. Typical employers and sectors include university and national research laboratories, geological surveys, environmental consultancies, materials and instrumentation companies, and sectors involved in natural resources, energy and environmental assessment.

The programme’s strong emphasis on experimental techniques, data interpretation and independent project work also equips graduates for roles in analytical service labs, planetary and materials science projects, and interdisciplinary teams addressing geochemical and geophysical problems internationally.