Earth Sciences and Global Change

Program overview This master's programme delivers advanced, discipline-focused training in the geosciences, building on core scientific principles to deepen both theoretical understanding and practical abilities. It prepares students for independent academic research at the postgraduate level and gives advanced specialist knowledge applicable to industry, business, public administration, research institutions and teaching.

Teaching and learning approach The curriculum emphasises the connection between field-based work and laboratory analytical methods, including the evaluation and interpretation of resulting data. A wide choice of modules lets students specialise according to their interests while maintaining flexibility and mobility — qualities that are valuable in an evolving international job market. The programme stays closely linked to contemporary geoscientific research, technological developments and the environmental challenges facing society.

Career relevance Graduates leave equipped to develop solution strategies for the sustainable use of geo-resources and to address processes that operate across different spatial and temporal scales. The degree targets those aiming for roles in applied geoscience, environmental management, research and teaching, as well as those who wish to continue with doctoral studies.

Key skills and competencies you will gain

• Solid grounding in geoscientific theory and methods
• Practical experience applying taught concepts in field work and analytical laboratories
• Ability to evaluate and interpret geoscientific data
• Understanding of geological and environmental processes across multiple time and space scales
• Competence in developing sustainable strategies for geo-resource use
• Capacity to carry out independent scientific research and to communicate results effectively
• Flexibility to tailor study through a variety of modules to match personal and professional goals

Curriculum overview and learning outcomes

This Master's curriculum takes an interdisciplinary and flexible approach to geosciences, letting you shape a specialised profile while gaining broad competence in Earth system change. Only a small number of modules are mandatory. The programme opens with the "Introduction to Earth Sciences and Global Change" module: a winter-semester lecture series that continues into the summer semester with practical exercises, laboratory work and field excursions. From the outset you are encouraged to define a personal study path and specialisation.

Between the first and third semesters you choose courses from a comprehensive module catalogue that links traditional geoscience disciplines to questions of global change. The standardised module size (six credits) gives a high degree of flexibility in composing your timetable. At the start of your studies an academic counselling session, using sample study plans, establishes your individual four‑semester schedule. In preparation for the research project, a further compulsory module trains you in handling scientific literature, understanding the publication process and developing presentation skills — important soft skills before you complete your Master's thesis in the fourth semester.

Key modules and topics you can expect

• Core starter: "Introduction to Earth Sciences and Global Change" (winter lectures → summer practicals, labs and excursions)
• Thesis preparation module: scientific literature, publication process, presentation techniques, and other transferable skills
• Elective modules (first to third semesters) spanning the geoscientific spectrum in the context of global change, for example:
  • Data analysis and interpretation
  • Energy and water resources
  • Geochemistry and geology
  • Hydrogeology and hydrogeological lab practice
  • Field excursions, limnogeology and palaeolimnology
  • Mineralogy and palaeontology
  • Physical geography and Quaternary sciences
  • Raw materials, remote sensing and sedimentology
  • Sustainability-related topics

Program requirements (curriculum)

• A small number of compulsory modules (notably the introductory module and the thesis-preparation module)
• Elective coursework drawn from the module catalogue across semesters 1–3
• Standardised module size: six credits each, enabling schedule flexibility
• Individual four‑semester study plan established during academic counselling at programme start
• Final Master's thesis completed in the fourth semester, supported by the thesis-prep module

Graduates are prepared for careers in research and academia (including preparation for doctoral studies) as well as for applied roles in industry, environmental consultancies, public administration, resource companies and NGOs. The programme develops practical skills in field and laboratory methods, data analysis and interpretation, and the ability to design sustainable strategies for georesource use—competences valued across government agencies, private-sector environmental services and research institutions.

Alumni can pursue positions such as environmental geoscientist, hydrogeologist, geochemical analyst, resource consultant, or continue in research and teaching. The programme’s emphasis on communication, scientific publishing and interdisciplinary problem solving also supports careers in policy advice, science communication and project management within the environmental sector.