Master of Science in Molecular Life Sciences

Overview This English-taught, research-focused Master's programme trains students in molecular approaches to genetics, development and cell biology across both plant and animal systems. Teaching emphasizes current experimental methods and conceptual frameworks used to dissect molecular mechanisms, preparing students to carry out independent laboratory research.

The curriculum balances core theoretical courses with hands-on experience in research groups. Elective modules let you tailor your studies toward particular organisms, techniques or thematic areas, while the project module and master's thesis provide extended practice in designing and executing an original research project. The programme is well suited to students aiming for a PhD or careers in academic and industrial research, biotechnology, agriculture, or related life-science sectors.

Programme structure (modules)

• Three basic modules: molecular developmental biology, molecular genetics, and molecular cell biology
• Three advanced modules chosen from 15 elective modules on offer
• One specialisation module for focused study in a selected area
• One project module providing practical research experience
• Master's thesis involving independent laboratory research and thesis writing

This master’s curriculum builds from compulsory foundational coursework in the first year to subject-specific depth across the two-year programme. In year one students complete mandatory basic modules and pick three advanced modules to study in greater detail. Available advanced areas include developmental biology, cell biology, molecular genetics, systems biology, and biophysics, allowing you to tailor your studies to your interests.

In the second year the programme deepens expertise through a specialisation module. This module combines a hands-on practical course focused on experimental and methodological skills with an independent piece of scientific project work, giving you structured opportunities to apply techniques and approaches from your chosen field.

Graduates emerge with advanced conceptual understanding in their selected area and practical competence in laboratory methods and experimental design. The combination of coursework, method training and project-based research prepares students to analyse data critically, communicate scientific results, and continue into research roles or further academic study.

Requirements

• Completion of the mandatory basic modules in the first year
• Selection and successful completion of three advanced modules (choose from developmental biology, cell biology, molecular genetics, systems biology, and biophysics) during the first year
• Completion of the second-year specialisation module, consisting of a practical methods course and a scientific project work component

Graduates will be equipped for continued academic research, including doctoral programmes, due to the strong emphasis on experimental methods and independent project work. The specialised molecular training also prepares students for technical and research roles in biotechnology, pharmaceutical companies, diagnostics laboratories and related life-science industries.

Alumni may pursue positions such as research assistants, laboratory specialists, or continue into postgraduate study and research careers; specific opportunities will depend on prior experience and chosen specialisation.