Master of Science: Advanced Synthesis & Catalysis

This English-language master's programme builds on a completed BSc to give concentrated, research-oriented training in modern molecular sciences with synthesis at its heart. The curriculum stresses contemporary synthetic methods, catalyst design and application, and the theoretical and analytical techniques needed to develop and characterise new molecules, materials and bioactive compounds. Courses combine practical laboratory work with advanced technologies so you gain the experimental skills and conceptual grounding expected in both academic and industrial settings.

The degree is structured to let you specialise and gain real research experience before writing an independent Master's thesis. You will study core topics in synthesis and catalysis, learn essential and advanced laboratory techniques, and have the opportunity to carry out part of your studies off-campus — either abroad or in industry — with funding available for such research exchanges. The programme culminates in a substantial research project that prepares you for a career as a researcher or for roles in industry development.

Core modules

• SYNTHESIS (SYN): Fundamental concepts and strategies for assembling complex molecules, functional materials, natural products and pharmaceuticals.
• CATALYSIS (CAT): Contemporary approaches to catalyst preparation, characterisation and their application to molecular synthesis in academic and industrial contexts.
• TECHNIQUES (TEC): Foundational laboratory methods and analytical tools for preparing and analysing molecules.
• ADVANCED TECHNIQUES (A TEC): State-of-the-art technologies and their applications in both research and industry.
• RESEARCH EXCHANGE (RES EX): Off‑campus study or placements (abroad or in companies) to develop practical skills and industry experience; funding is available.
• CONCLUSION (CON): Specialisation choices and focused training in techniques that support a successful Master's thesis.
• MASTER'S THESIS (MAT): An independent research project that develops you into a researcher tackling a substantive scientific problem.

Entry requirements (concise)

• Successful completion of a Bachelor's degree (BSc)—the programme is designed for BSc graduates.
• Instruction is provided in English (applicants should be prepared to study in English).

The full curriculum for the Master of Science in Advanced Synthesis & Catalysis is available as a downloadable PDF on the program website (www.syn-cat.eu). That document contains the complete course structure, module descriptions, learning outcomes, credit allocation, and related study regulations — consult it for authoritative, up-to-date details.

This programme focuses on advanced topics in synthesis and catalysis within the field of chemistry; the PDF lists the core and elective modules, laboratory and research components, and the intended competencies graduates will have acquired. International applicants should review the curriculum PDF closely to confirm how individual modules are sequenced, the research/thesis requirements, and any mobility or internship opportunities described by the consortium.

Requirements — check the programme PDF or website for:

• Official entry requirements (degree level, subject background and minimum grades)
• Language proficiency expectations and accepted proof (e.g., IELTS/TOEFL or exemptions)
• Application documents (transcripts, CV, motivation letter, references, certificates)
• Application deadlines, intakes and procedure (online application form, portals)
• Credit/ECTS breakdown, thesis/research project rules and assessment methods
• Tuition fees, funding/scholarship information and estimated living costs
• Visa/residence permit guidance and contact details for international student support

If anything in the PDF is unclear, contact the programme coordinator or international office listed on the website for clarification before applying.

Graduates are prepared for R&D positions in chemical and pharmaceutical industries, fine chemicals, materials science and catalysis-related sectors, working in process development, catalyst design, synthetic methodology, analytical laboratories and technical service roles. The hands-on skills in modern synthetic techniques, catalyst characterisation and advanced analytical/theoretical tools are directly applicable to industrial research groups and innovation teams.

The programme also provides a solid foundation for academic research and PhD programmes. The emphasis on research exchange, internships and a research-intensive Master's thesis develops transferable skills (project planning, lab techniques, data analysis, scientific communication) that are valuable in both industry and academia.