Master in Integrated Life Sciences

FAU Erlangen Nurnberg is a historic and research-intensive public university based in Erlangen and Nuremberg, with origins dating back to 1743. Hosting more than 38,000 students, including a large international community, FAU blends long academic traditions with modern facilities across engineering, medicine, natural sciences and the humanities. Its dual-campus environment offers both urban opportunities and a strong sense of academic community.

The university is widely recognized for innovation, interdisciplinary research and an outward-looking international perspective. FAU supports intensive training for early-career researchers and offers a broad portfolio of programs and research centers, including 25 strategic areas of focus. Strong industry links, well-equipped laboratories and numerous international partnerships enable students to engage in applied research, technology transfer and collaborative projects with global relevance.

Students at FAU benefit from comprehensive services such as academic advising, language support and career placement, plus active student organizations and cultural life in two dynamic Bavarian cities. English-language master's courses and exchange opportunities make it accessible to international learners. Graduates typically leave with rigorous research experience, practical skills and professional networks that support careers in academia, industry and public sectors worldwide.

The Master in Integrated Life Sciences is a 2-year program at FAU Erlangen Nurnberg in Germany, taught in English. It's for students who want to gain a deep understanding of biological systems using mathematical and physical methods.

The curriculum focuses on quantitative analysis of biological processes, including structure-function relationships of proteins, DNA sequence analysis, and complex interactions between biomolecules or cells. Students develop advanced knowledge and skills in areas like mathematical modeling, systems biology, bioimaging, biophysics, and biological structures and processes.

Graduates can pursue careers as Biomedical Researchers, Systems Biologists, Bioinformaticians, Biophysicists, or Mathematical Modelers in industries like pharmaceuticals, biotechnology, and healthcare, working for employers such as research institutions, universities, or private companies.