Master of Science in Marine Geosciences

Overview The English-language Master of Science in Marine Geosciences at Kiel University takes an interdisciplinary approach to studying the oceans. The programme combines marine geology, oceanography and environmental sciences to deepen the knowledge you gained in your Bachelor’s degree and to develop advanced analytical and practical skills. Core topical strengths include coastal geology, marine geochemistry, marine resources and the ocean’s influence on the Earth’s climate system — all taught with an emphasis on applying science to current environmental and societal challenges.

Teaching and research environment The curriculum is broad and research-oriented, with a strong practical component: laboratory work, hands‑on training and extensive fieldwork both at sea and on land form a major part of the programme. Students join a vibrant, multidisciplinary marine research community through Kiel’s Kiel Marine Science research focus and through collaboration with the GEOMAR Helmholtz Centre for Ocean Research Kiel, gaining access to specialist facilities and research projects that prepare graduates for careers in academia, industry or other marine-related sectors. The programme also includes a mobility window in the third semester (ERASMUS+) to study abroad.

International student experience You will study alongside an international cohort, which supports cross-cultural teamwork and networking. The combination of field expeditions, lab training and research collaboration provides practical experience valued by employers and research institutions worldwide, while instruction in English makes the programme accessible to international applicants.

Typical application requirements (check the university website for exact details)

• A completed Bachelor's degree (BSc) in geosciences, oceanography, environmental sciences or a closely related field
• Academic transcripts and diploma/certificates (officially certified where required)
• Proof of English-language proficiency (official documentation required by the university)
• Curriculum vitae and a statement of motivation or letter of intent
• Any additional documents requested by the admissions office (e.g., references, portfolio or supplementary forms)

Curriculum overview

This full‑time, four‑semester master’s programme begins each winter semester (October) and awards 120 ECTS in total—90 ECTS from taught modules and 30 ECTS for the Master's thesis. The first year focuses on building core knowledge and practical skills in marine geosciences: lectures and seminars introduce processes from the coast to the deep seafloor and the instruments commonly used in the field. Practical training is emphasised early on through field trips and sea‑going training, where students apply classroom techniques aboard research vessels.

In the second and third semesters you choose elective modules to specialise in areas of interest while still gaining exposure to the broader disciplines of marine science. A designated mobility window in the third semester allows an optional stay at a partner university abroad to broaden your experience. The programme culminates in an independent research project and a high‑quality Master's thesis, supervised by one or more advisors from the more than 12 working groups involved in the programme, including teams at GEOMAR Helmholtz Centre for Ocean Research Kiel. Graduates leave with a combination of theoretical knowledge, hands‑on field and shipboard experience, and research skills that prepare them for careers in academia, industry, NGOs, or public authorities.

Key modules and learning outcomes

• Technical Basics (40 ECTS): core lectures and seminars (mainly in semester 1) covering coastal to seafloor processes and the instrumentation required for marine geoscience fieldwork.
  Learning outcome: understand fundamental processes and operate standard field and analytical tools.
• Excursions / Field Work (25 ECTS): land‑ and sea‑based practical modules (mostly semesters 2–3) including research cruises with RV Alkor and other German research vessels.
  Learning outcome: apply survey and sampling techniques, work effectively in shipboard and field teams.
• Compulsory Electives (15 ECTS): focused courses to deepen expertise and shape a specialised curriculum.
  Learning outcome: develop specialised knowledge and critical thinking in chosen subfields.
• CAU‑Wide Option (10 ECTS): courses from other faculties at the university to broaden your profile (these do not count toward the final grade).
  Learning outcome: gain interdisciplinary perspectives that complement marine geoscience training.
• Research Project & Master’s Thesis (30 ECTS): independent project work and thesis under supervision from programme working groups at the university and GEOMAR.
  Learning outcome: formulate and execute a research question, analyse data, and produce a publication‑quality thesis.

Programme requirements (concise)

• Start: winter semester (October) each year.
• Duration: 4 semesters, full‑time.
• Credits: 120 ECTS total — 90 ECTS taught modules + 30 ECTS Master’s thesis.
• Mandatory practical experience: field courses and sea‑going training (includes opportunities on RV Alkor and other German research vessels).
• Mobility: optional semester‑3 window for study abroad at partner universities.
• CAU‑wide option: 10 ECTS from other faculties, not included in final grade.
• Supervision: thesis/project guidance available from more than 12 working groups at the university and GEOMAR.
• Outcome: ability to produce a high‑quality scientific Master’s thesis and readiness for academic or professional careers in marine geoscience.

Graduates are prepared for research careers (including progression to PhD programmes) and for professional roles in industry, governmental agencies, environmental consultancies and non-governmental organisations. The combination of practical field and laboratory training, project work and close links to GEOMAR equips students to work in marine exploration, environmental assessment, coastal management, science communication and policy advice.

The Master’s thesis and project components create direct pathways into research groups and applied projects, increasing employability in both academic and non-academic settings where advanced marine geoscience skills are required.