International Master of Science in Quantum Engineering

University of Wurzburg · Würzburg, Germany

Level
Master's
Award
Master of Science
Language
English
Duration
4 semesters
Study mode
Full-time
Campus
Würzburg
Apply by
Register by 31 October 2026 + 1 more
Starts
Winter and summer semester

University of Wurzburg does not publish a fee for this programme on its own. Its published rate for master's programmes is €0 a year for international students.

Entry requirements and how to apply

Entry requirements
Check out our website at https://www.physik.uni-wuerzburg.de/international/international-master/admission-and-requirements/ for Academic Requirements and Skills and Required Documents for Application Important: A GRE Subject Test in Physics with a minimum score of 600 points has to be submitted.
English language requirement
C1 required, please provide an official language certificate, e.g.: IELTS Academic: 6 Cambridge English Qualifications: C1 Advanced TOEFL iBT (before 2026): 72 Reading: 24 Listening: 22 Speaking: 25 Writing: 24
German language requirement
A2 required/recommended, no proof required
Application period
The following is valid for applicants from: all countries For the summer semester: 25 August - 31 October The following is valid for applicants from: all countries For the winter semester: 18 January - 15 March
Apply through
Please check this website .

About this programme

The MSc programme in Quantum Engineering is a two-year programme with the first year focused on lectures, seminars and lab courses in order to deepen and broaden the knowledge of students beyond the experiences from BSc-level studies. In the second year, students work on a topical project in quantum technology integrated in a faculty research team under the supervision of a professor or senior scientist, leading to a Master's thesis. Our faculty consists of 15 chairs, which cover a broad range of topics within condensed matter physics, particle and astrophysics, energy research, quantum optics, optoelectronics and imaging technologies, combining experimental, theoretical and applied approaches. We collaborate with leading groups of the top universities and research institutes worldwide, such as at Cambridge, Harvard, Princeton, Stanford, Riken and the Max Planck Society. One major focus is on research in topological and correlated solid state physics, which receives annual multimillion federal funding through individual grants and awards and a collaborative research centre. Our expertise in material synthesis, characterisation and spectroscopy as well as in theoretical prediction and modelling and in the exploration of applications allows us a cradle-to-paper approach, all within our faculty. Materials synthesised by our molecular beam epitaxy and pulsed laser deposition groups undergo structural, optical, magnetic and quantum transport measurements and are shared with groups

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