Chemistry (Master of Science)

Program overview

This research-oriented Master’s programme builds on advanced coursework across inorganic, organic and physical chemistry, combined with modules tied to the department’s principal research themes in life sciences and materials science. Many of these topics are offered as compulsory elective subjects, allowing you to tailor the curriculum toward your research interests while maintaining a strong grounding in core chemical disciplines.

A distinctive element of the degree is the "focus area courses": project-based classes that pair intensive supervision with hands-on laboratory and research work. These courses are designed to form a solid preparation for the Master’s thesis and for further academic work — graduates commonly continue on to doctoral studies after completing the programme. The English-language instruction and research emphasis make this programme particularly suitable for students aiming for careers in academic or industrial research.

Admission checklist (confirm exact details on the programme webpage)

• Review the official programme page for specific entry requirements and application deadlines.
• Prepare academic transcripts and your Bachelor’s degree certificate (or equivalent).
• Have a CV and a short statement of purpose ready outlining your research interests.
• Be ready to provide proof of English proficiency if required, since the programme is taught in English.
• Contact the department or potential supervisors if you have questions about research fit or thesis opportunities.

The programme’s detailed curriculum and credit structure are published on the department website. For the official breakdown of modules and their ECTS values, please consult the pages titled “Combination of modules and ECTS credits in the Master’s programme” and “Master’s courses.” Those pages are the authoritative source for which classes are offered, how many credits each carries, and how the programme’s credit requirements are distributed across core, elective, and research components.

Broadly, the Master’s curriculum is organised around advanced coursework and research training. You can expect coverage of advanced theoretical topics, hands-on laboratory and practical modules, seminar-style courses that develop presentation and critical-reading skills, elective modules for specialisation, and a substantial research project or thesis component that integrates and applies what you’ve learned. Learning outcomes emphasise deep subject knowledge in modern chemistry, experimental and analytical proficiency, independent research competence, and scientific communication — all designed to prepare you for either doctoral study or professional roles in industry and research.

Key links and next steps

• Consult “Combination of modules and ECTS credits in the Master’s programme” on the programme website for the exact module list and credit allocation.
• See “Master’s courses” on the site for course descriptions, schedules, and any semester-specific offerings.
• For precise entry, progression, and graduation requirements (prerequisites, required ECTS total, thesis regulations), contact the programme coordinator or admissions office listed on the programme webpage.

Graduates are well prepared to continue into doctoral studies—many students pursue a PhD after completing the Master’s programme. The programme’s strong research focus and supervised project work also prepare graduates for research and development roles in academia, the chemical and pharmaceutical industries, materials and nanotechnology sectors, and related analytical and environmental labs. Practical skills gained in laboratory techniques, project planning and specialized chemistry disciplines make graduates competitive for research scientist, laboratory manager, and R&D positions.