Quantum Information Theory Saarland University

The Master’s programme QIT offers a distinctive interdisciplinary curriculum at the interface of mathematics, computer science, and physics. Its special profile lies in its focus on the mathematical and computational foundations of quantum information, rather than on the physical construction of quantum hardware. In this sense, the programme addresses the theoretical “software side” of quantum technologies. No prior knowledge of quantum physics is required. The relevant concepts are introduced within the programme, allowing students to approach quantum information theory from a mathematical and computational perspective.

The Master’s programme comprises 120 credit points (CP) according to the European Credit Transfer System. Of these, at least 102 CP and at most 106 CP must be completed as graded coursework and examinations. As a rule, students complete 30 CP per semester.

The programme is divided into the following areas:

• Quantum Information Theory (40 CP): Mathematical Foundations of Quantum Information Theory, Quantum Algorithms, specialised lectures and a project in QIT
• Interdisciplinary Study Area (26–30 CP): lectures in Mathematics, Computer Science and Physics
• Master’s Thesis Module (42 CP): Master's thesis in QIT
• Elective Modules (8–12 CP): e.g. language courses, tutoring and other modules

The project can be carried out at one of the research groups affiliated with the Center for Quantum Technologies, as well as in collaboration with companies.

Students are free to choose courses according to their preferences. There is no fixed timetable for courses. Part-time studies are possible.

• Center for Quantum Technologies (QuTe) in Saarbrücken
• Saarland Informatics Campus (SIC) and associated institutes

The programme includes a research- or practice-oriented project that may be completed within one of the research groups in the Center for Quantum Technologies (QuTe) or in collaboration with external partners such as companies.

For the winter semester:

Early deadline: Applicants who apply by 1 December for the following winter semester can expect to receive a letter of admission by January.

Regular deadline: 31 May. A decision can be expected in June.

For the summer semester:

Early deadline: Applicants who apply by 1 June for the following summer semester can expect to receive a letter of admission by July.

Regular deadline: 30 November. A decision can be expected in December.

A Bachelor's degree in mathematics, computer science, physics, or a related field is required, together with a solid foundation in linear algebra and analysis. Prior knowledge of quantum physics is not required; the necessary concepts are introduced within the programme.

Completed online application form plus the following mandatory requirements:

• CV
• Statement of purpose
• Complete transcripts of records
• Two references from professors or employers
• English language certificate (B2)

The semester contribution is currently 412.30 EUR per semester. See the link here. This includes a pass for free public transport throughout Germany, payment of premiums for insurance coverage and access to university facilities. This entitles students to eat at the university canteens at reduced prices. 

There are no tuition fees, and the cost of living in this smaller city with a vibrant cultural scene is moderate. For a sample calculation, see here.
The Welcome Center at Saarland University provides information on working and living in Saarbrücken. For more information, please visit their website.

Jobs as tutors and research assistants are available in the department and cooperating institutes each semester. Openings are posted on bulletin boards and on our websites.

Check out also the career portal of Saarland University.

Also check out the Welcome Center's guide for general information on working in Germany.

You can choose between student accommodation or private housing in the city centre, for example. More information on accommodation in Saarbrücken can be found here.