Master of Science in Chemistry

Overview This English-language MSc programme builds advanced expertise across the three core branches of chemistry: inorganic, organic and physical chemistry. You will deepen subject-specific knowledge while gaining familiarity with the terminology, strengths and limits of modern chemical practice. Emphasis is placed on translating theoretical understanding into the analysis and solution of new, often interdisciplinary, problems.

Research-led training and practical skills The curriculum covers contemporary research concepts and both experimental and theoretical methods used to examine, describe and predict the structure and behaviour of atoms, molecules and solids. You will learn synthetic strategies for complex molecules, methods for analysing molecular assemblies and instrumental/theoretical techniques for structural proof. Research projects carried out in active working groups let you apply up-to-date methods and approaches to current scientific questions.

Interdisciplinary options and outcomes Elective modules allow you to tailor your studies by either specialising deeply in a chosen area of chemistry or by broadening your skill set through modules from related fields such as mathematics, physics, biology, medicine or materials science. Graduates will be able to critically analyse chemical problems, devise independent solution strategies and evaluate the broader scientific and societal impacts of their work.

Programme requirements (study-related)

• Select a focus in inorganic, organic or physical chemistry, or pursue cross-disciplinary qualifications by taking non-chemistry modules
• Complete research projects in active research groups using current experimental and theoretical methods
• Acquire both practical laboratory skills and the theoretical background for structural analysis and prediction
• Demonstrate ability to critically assess chemical issues and apply knowledge in interdisciplinary contexts

This 120-credit Master's curriculum is designed to build both broad and deep expertise in contemporary chemistry by combining taught modules, hands-on research, and a substantial thesis. The taught component (a compulsory elective area worth 35 ECTS) is organised into three topic streams — inorganic, organic, and physical/theoretical chemistry — each contributing 10 ECTS, plus a 5 ECTS cross-topic module. These modules focus on current experimental and theoretical advances, ensuring a solid scientific foundation and up-to-date methodological knowledge across the main sub-disciplines of chemistry.

Practical research experience is emphasised through a project area (20–30 ECTS) where students undertake research projects in at least two different research groups. At least 15 ECTS of project work must be within the inorganic, organic or physical/theoretical topic areas, although additional projects may be chosen from other chemistry-related specialisms. A specialisation area (5–20 ECTS) allows students to concentrate on a research- or application-oriented topic that matches their career goals, while an elective area (15–20 ECTS) lets them deepen chemistry knowledge further or gain interdisciplinary and professional skills outside the core field.

The programme culminates in a 30 ECTS Master's thesis (written component and an oral presentation). The thesis demonstrates the ability to plan and carry out independent, research-level work using scientific methods, to analyse and document results appropriately, and to communicate findings both in writing and orally, situating them within the broader scientific context. Overall, the structure gives international students flexibility to tailor their studies toward academic research or industry-relevant specialisations while ensuring substantial laboratory and project-based experience.

Requirements (concise)

• Total programme credit: 120 ECTS
• Compulsory elective area: 35 ECTS (10 ECTS each in inorganic, organic, physical/theoretical; plus 5 ECTS cross-topic)
• Project area: 20–30 ECTS; projects in at least two research groups; ≥15 ECTS must be in inorganic, organic or physical/theoretical chemistry
• Specialisation area: 5–20 ECTS (research- or application-focused)
• Elective area: 15–20 ECTS (further chemistry depth or interdisciplinary/professional skills)
• Master's thesis (written + oral presentation): 30 ECTS — demonstrates independent, advanced-level scientific research, documentation and oral/written communication of results

Graduates are prepared for research and development roles in academia and industry, including pharmaceuticals, materials science, chemical manufacturing, analytical and environmental laboratories, and related high-tech sectors. The programme's emphasis on experimental and theoretical methods, project work across research groups, and a research-intensive Master's thesis equips students with practical laboratory skills, independent research capability, and interdisciplinary competence.

Many graduates also pursue doctoral studies (PhD) given the programme's research orientation. Additionally, the option to take interdisciplinary electives and gain international research experience makes graduates attractive for careers involving cross-disciplinary collaboration (e.g., medicinal chemistry, materials development, bio-/nanotechnology) and positions requiring strong analytical and problem-solving abilities.