Nanoscience (MSc)

This English‑language MSc programme brings together expertise from three long‑established departments — biology, chemistry and physics — each with a strong national reputation in Germany. The curriculum is designed as an interdisciplinary blend, giving students the opportunity to study at the interface of these core sciences and benefit from the complementary strengths of each department.

Teaching takes place in modern lecture and laboratory environments, where students gain hands‑on experience with a wide range of experimental methods. The programme emphasizes practical training and access to up‑to‑date technologies, so you will work with contemporary equipment and techniques used in current nanoscience research.

For international students this means studying in a collaborative, cross‑disciplinary setting that exposes you to diverse methodological approaches and prepares you for research projects that span traditional subject boundaries. The close interaction between departments also creates opportunities for tailored study paths and interdisciplinary supervision.

Typical prerequisites and key facts

• Instruction language: English
• Jointly offered by the departments of biology, chemistry and physics
• Suitable background: Bachelor’s degree in biology, chemistry, physics or a related scientific discipline (recommended)
• Strong emphasis on practical laboratory work, a broad spectrum of methods and access to cutting‑edge technologies

Program structure and key modules The master's curriculum builds a broad, interdisciplinary foundation in the physical and life sciences by deepening core knowledge in biology, chemistry and physics during the first two semesters. These semesters focus on advanced coursework and laboratory training across the three disciplines so you gain the theoretical background and practical skills needed to work at the nanoscale.

The third semester centers on an Independent Studies module that lets you pursue your own interests within nanoscience. This flexible period can be used for project-based study, research placements, internships in industry, or study-related experiences abroad, giving you room to specialize and gain real-world exposure. The program culminates in the final semester, which is dedicated to writing and completing the master’s thesis.

Learning outcomes and career relevance Graduates leave with an integrated understanding of biological, chemical and physical principles relevant to nanoscience, together with hands-on laboratory experience and project-management skills. The Independent Studies phase fosters independence, specialist knowledge, and the ability to design and execute a focused research or applied project. Completing a research-oriented master’s thesis demonstrates your capacity to carry out sustained scientific inquiry and prepares you for roles in research labs, high-tech industry, or further academic study such as a PhD.

Program requirements (concise)

• Complete advanced coursework and laboratory modules in biology, chemistry and physics during the first two semesters
• Undertake the Independent Studies module in semester three (options include research projects, industry placements, or study/internships abroad)
• Complete and submit a master’s thesis in the final semester demonstrating independent research or applied project work
• Engage in interdisciplinary lab work and collaborative projects throughout the program

Graduates are prepared for research and development roles in academia and industry where nanoscale understanding is essential — for example in materials science, electronics, biotechnology, diagnostics, or advanced instrumentation. The programme's laboratory training and project experience also provide a solid basis for pursuing a PhD.

The Independent Studies module (which can include industrial placements or international internships) helps build practical experience and professional contacts that improve employability in industrial R&D, quality and process development, consulting or science-driven start‑ups.