Overview
This MSc is an interdisciplinary programme that builds on fundamentals of quantum physics and brings together knowledge from multiple engineering and science disciplines. The curriculum combines compulsory core modules with a large share of elective courses, allowing you to tailor your studies toward specific scientific topics or industry-relevant applications. Teaching is delivered through lectures, lab work, project studies and a research-based Master’s thesis, so practical skills are emphasized alongside theoretical understanding.
What you will study
Elective modules fall into two main strands. One strand covers subject-specific micro- and nanotechnology topics such as microanalytics and nanoanalytics, materials for micro- and nanotechnologies, biomicrotechnology and bionanotechnology, and electrochemical storage systems. The other strand focuses on application areas — for example optics/photonics, chemistry, biotechnology, electronics, and modelling & simulation — with special attention to sectors like automotive engineering, aerospace/spaceflight and mechatronics. In addition to technical content, the programme provides professional-skills courses in areas such as knowledge management, start-up methods and management skills to prepare you for leadership or entrepreneurial roles.
Practical training and career paths
Hands-on learning is central: laboratory classes, a project study and the Master’s thesis give you opportunities to apply theory in practice. Note that successful completion of the microtechnology lab is a prerequisite for the nanotechnology lab. Graduates leave prepared either to enter industry directly in high-tech fields or to continue with doctoral or other postgraduate research work. The programme supports international exposure through collaborations with foreign universities and research institutes that contribute lectures and projects.
International students and study logistics
Many courses are offered in English and the programme can be completed entirely in English; students also give at least one presentation in English in the Micro- and Nanotechnology colloquium. Nevertheless, basic German (level A2) is recommended to access a wider range of electives and to improve chances of securing projects or Master’s theses at the university, research partners or in industry. For flexibility, you are advised to consider part-time enrolment — this allows completion over up to six semesters, although finishing in three semesters remains possible.
Entry and programme requirements
This interdisciplinary MSc is offered in two formats: a three-semester full-time track and a six-semester part-time track. Both tracks combine core lectures, hands-on laboratory classes, elective options and regular colloquia, and culminate in an individual project and a Master’s thesis. The programme balances theoretical foundations with practical micro- and nanotechnology laboratory experience and interdisciplinary perspectives.
Core teaching areas include quantum physics and device-focused courses on micro- and nanotechnological devices, supported by laboratory classes in microtechnology and nanotechnology. Students choose elective courses to tailor their profile and take at least one multidisciplinary course to broaden their perspective. Project study work in the second (full-time) or fifth (part-time) phase prepares students for the research-oriented Master’s thesis carried out in the final semester, with colloquium sessions providing opportunities for presentation, discussion and feedback throughout the programme.
This structure is well suited to students seeking intensive, lab-centred training (full-time) or those needing to combine study with work or other commitments (part-time). The sequence ensures progressive development: foundation theory, device- and lab-focused practice, applied project work, and independent research leading to the thesis.
Full-time (three semesters)
Part-time (six semesters)
Admission overview
This interdisciplinary MSc expects applicants to come from a strong natural-science or engineering background and to have hands‑on practical experience. Successful applicants normally hold a recognised Bachelor's (or equivalent) degree that demonstrates solid academic performance and sufficient coursework—especially in physics—and includes a substantive practical component. If your prior qualifications do not meet the formal criteria, you can still be considered via an oral entrance examination that assesses your technical readiness.
If you are applying from outside Germany, ensure your undergraduate institution is properly accredited so your degree can be treated as equivalent to a German qualification. Also note that the entrance examination is only arranged after a correct and timely application has been submitted.
Required qualifications (bullet points)
Procedures for applicants who do not fully meet the requirements
Winter Semester (International)
15 June 2026
Summer Semester (International)
15 January 2027
Winter Semester (EU/EEA)
15 June 2026
Summer Semester (EU/EEA)
15 January 2027
Graduates are prepared for immediate employment in research & development, engineering and applied science roles within sectors such as optics/photonics, electronics, chemistry, biotechnology, automotive, aerospace and mechatronics. The programme's lab work, project studies and industry links facilitate transitions into technical positions in companies or research institutions.
The degree also provides a solid foundation for continuing academic research (PhD) in micro- and nanotechnology-related fields. Practical experience and industry contacts gained during the programme improve prospects for securing positions and projects in both academia and industry, particularly in German companies where German language skills are advantageous.
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