MSc in Micro- and Nanotechnology

In addition to the instruction of basics in quantum physics, the interdisciplinary orientation of this Master's course of study requires a broad spectrum of knowledge and abilities. These are gathered in a wide variety of courses. The course of study is based on both required and elective modules. The elective modules, which make up the majority of the academic course of study, are split into the following two sections: Courses specifically related to the course of study address selected aspects of the disciplines of microtechnology and nanotechnology. These courses explore in detail topics such as microanalytics and nanoanalytics, materials used in microtechnologies and nanotechnologies, biomicrotechnology and bionanotechnology as well as electrochemical storage systems. Additionally, courses focusing on specific applications of microtechnologies and nanotechnologies cover industrially relevant fields such as optics/photonics, chemistry, biotechnology, electronics, and modelling and simulation. Further applications – such as automotive technologies, aerospace, space flight, and mechatronics – receive special attention. The general studies courses teach professional competence in areas such as knowledge management, start-up business techniques, and management skills. The application of theory to practice is emphasised in lab classes, the project study and the Master's thesis. Our graduates are ready to apply their knowledge directly to their professions or to continue their studies towards a doctoral degree or postgraduate work. A prerequisite for the lab class in nanotechnology is the completion of the lab class in microtechnology. Great importance is attached to internationalisation. A large number of courses are offered in English, and students hold at least one presentation in English in the colloquium "Micro- and Nanotechnology". Additionally, a strong network exists with foreign universities and research institutions, which also offer lectures and projects in the field of microtechnology and nanotechnology. The programme can be studied and completed in English, but German language skills (level A2) are required for a broader choice of elective courses and for securing suitable projects and Master’s theses within the university, research institutions, or industry. An equivalent of 10 ECTS credits in physics must have been completed during the Bachelor’s degree. It is recommended to enrol as a part-time student to allow the flexibility to complete the course in six semesters instead of three. However, even when enrolled as a part-time student, completing the programme in three semesters is still possible.