This two-year, 120 ECTS Master’s programme is taught in English and open to both national and international students. It covers the science and technology of nanoscale systems, spanning foundational principles through to applied devices and technologies. Teaching is research-oriented and aims to connect basic nanoscience with real-world applications.
Students take a combination of lectures, seminars and laboratory courses and then join a research group to complete a project, finishing with a Master’s thesis. The programme is explicitly interdisciplinary, integrating expertise from Physics, Chemistry and Electrical Engineering to cover the full spectrum of nanoscience and nanotechnology available at the university.
The programme’s objectives are to deliver up-to-date knowledge in nanoscience and nanotechnology and to develop the ability to apply that knowledge creatively to new problems. Emphasis is placed on in-depth scientific methods and communication skills so graduates can work independently across traditional subject boundaries, develop and evaluate new methods, and take on responsible roles considering societal and environmental impacts. The consecutive Master’s prepares students for research careers—including doctoral studies in physics, chemistry, engineering or related nanoscience fields—as well as for technical and managerial positions in industry, business and public authorities.
Programme facts / requirements (at a glance)
The program begins with a tailored first semester that places students into one of three course tracks based on their Bachelor’s background. The examination board assigns students to the track that ensures they acquire foundational knowledge from the complementary disciplines within nanoscience and nanotechnology. During this semester students also take a research seminar that addresses current nanoscience topics and important global issues such as safe handling and regulation of nanomaterials (“nanosafety”).
In the second semester students follow compulsory theoretical and practical modules that build core competencies, while third-semester teaching adds photonics and a range of elective options alongside an internship to prepare for the Master’s thesis. The program emphasizes hands-on laboratory work and experimental methods (including nanotoxicology), with lab courses offered in Siegen. The fourth semester is dedicated to the Master’s thesis, which may be completed at the university or externally.
This master's program is designed for students who already hold a strong undergraduate foundation in the physical or engineering sciences. Successful applicants typically have a Bachelor of Science degree that provides solid background in subjects relevant to nanoscale research and technology.
Degrees in closely related fields will also be considered; equivalence is evaluated on an individual basis. International applicants should verify that their prior qualifications meet the programme’s standards and consult the programme website for full details on application steps, required documents, and any additional admission criteria.
Winter Semester (International)
30 April 2026
Winter Semester (EU/EEA)
30 April 2026
Graduates are prepared for research and development roles in academia and industry, with a solid foundation for pursuing a doctorate in sub-disciplines of physics, chemistry, engineering and nanoscience. The programme's combination of theoretical knowledge, hands-on lab experience and interdisciplinary training equips students for positions in R&D, product development, quality and materials analysis, and nanotechnology-related safety and regulatory roles.
Additionally, the degree targets future managers for industry, business and public authorities, enabling career paths in technical leadership, project management and policy advisory roles related to nanotechnology and its societal and environmental implications.
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