Applied Geosciences – Applied Mineralogy and Crystallography (AMC) (MSc)

The Applied Mineralogy and Crystallography (AMC) track within the MSc Applied Geosciences offers an intensive blend of theory and hands-on practice focused on the structure, chemistry and properties of geomaterials and functional materials — including energy-related and nanoscale materials. The specialisation trains students to analyse mineralogical processes and to help design materials with specific properties for technological uses (for example, components for batteries). Study content is flexible and can be tailored through module choices to match research or industry interests.

A strong emphasis is placed on experimental and analytical skills: students receive extensive laboratory training and practice with a variety of microscopy and analytical techniques. The programme also includes elective field trips and opportunities to work with large-scale research facilities such as synchrotron radiation sources and neutron instruments. Typical module topics available within the specialisation include diffraction methods, laboratory practicals, electron microscopy, geochemistry, data management, and elements of chemistry and materials engineering.

Key facts & application information

• Degree awarded: Master of Science (MSc) in Applied Geosciences, specialising in Applied Mineralogy and Crystallography (AMC)
• Language of instruction: English
• Field: Geosciences; offered as one of five MSc streams (AMC, Computational Geology & Geophysics, Energy and Mineral Resources, Field-based Geosciences, Geoengineering)
• Core features: in-depth theoretical grounding, extensive laboratory practice, training in analytical and microscopy methods, elective field trips, access to synchrotron and neutron research facilities
• Example modules: diffraction methods, electron microscopy, geochemistry, laboratory courses, data management, chemistry and materials engineering
• Career outlook: prepares graduates for roles in academic research and industry where experimental and analytical geoscience and materials-science skills are needed
• Entry requirements and application details: academic and language prerequisites are set by the university—consult the official programme webpage for exact admission criteria and application deadlines

Suggested preparation for applicants

• A background in earth sciences, materials science, chemistry or a related discipline will help you succeed
• Practical laboratory experience and familiarity with basic analytical concepts are advantageous for the hands-on components of the specialisation

Curriculum overview The most recent, official course curriculum can be downloaded from the page you provided (PDF link at the bottom of that page). The downloadable document is the authoritative source for the precise module list, semester sequence, ECTS breakdown, and formal learning outcomes for the Applied Mineralogy and Crystallography track.

What you can expect to learn Although the PDF contains the exact module titles and descriptions, this MSc track centers on the study of mineral systems and crystal structures with a strong emphasis on analytical methods. Core learning outcomes typically include the ability to:

• understand and interpret mineralogical and crystallographic data at both theoretical and practical levels;
• operate and evaluate results from common analytical techniques (e.g., microscopy, diffraction and spectroscopy methods);
• integrate mineralogical knowledge into applied contexts such as resource evaluation, materials characterization, and environmental geoscience;
• design and carry out independent scientific projects, document results clearly, and communicate findings to specialist and non-specialist audiences.

How to use the curriculum PDF Open the PDF to find: detailed module descriptions and objectives, ECTS credits per module, recommended semester plan, requirements for laboratory work and the master’s thesis, elective options and specializations, and contact details for the programme coordinator. Review the stated learning outcomes and assessment methods to understand how the programme measures achievement and what practical skills you will acquire.

Key items to check (official requirements and details)

• Download and read the PDF for the authoritative module list, ECTS allocation, and formal learning outcomes.
• Check the admissions section for exact entry requirements and required documents (degree certificates, transcripts, language certificates, etc.).
• Look for information on thesis rules, internship/fieldwork expectations, and laboratory safety or training prerequisites.
• Note contact information for the programme office in case you need clarification or up-to-date advice on elective choices and scheduling.

Graduates are well prepared for research roles in academia (including progression to PhD programmes) and for technical or R&D positions in industry. Typical employment paths include analytical and materials characterisation labs, mineralogy and crystallography research groups, companies developing energy materials (e.g. battery components), and consultancy or service providers working on materials testing and failure analysis.

The strong practical skill set — including proficiency in microscopy, diffraction and large‑scale facility techniques, plus data management — makes alumni attractive for positions that require advanced experimental, analytical and problem‑solving abilities in both geosciences and materials science contexts.