International
Masters programme
QIT at Saarland
University
„Quantum Information Theory can be understood as the theory of the software of Quantum Computers.“
Prof. Moritz Weber, Scientific Director of QuTe
Beyond Classical. Your Master’s in Quantum Information Theory
The Master’s programme Quantum Information Theory offers a rigorous interdisciplinary education at the intersection of mathematics, computer science, and physics. It is aimed at graduates who want to understand the theoretical foundations of quantum technologies, with a particular focus on the mathematical and algorithmic structures behind quantum information and quantum computing.
Students acquire a solid understanding of quantum algorithms and the mathematical foundations of quantum information. Through elective modules, they can specialize in areas such as quantum complexity, quantum error correction, quantum-inspired algorithms, or further topics from mathematics, computer science, and physics. The programme is designed to be accessible from different academic backgrounds and does not require extensive prior knowledge of quantum physics.
What is Quantum Information Theory?
Quantum Information Theory (QIT) is an interdisciplinary field at the intersection of theoretical physics, mathematics, and computer science. It studies how information can be represented, transmitted, processed, and protected in quantum systems.
One of the central goals of QIT is to understand information processing in the quantum age and to describe it in a mathematically precise way. This includes the development of algorithms and software for quantum computers, as well as the identification of applications where quantum methods may offer an advantage over classical approaches.
At the same time, QIT is closely connected to classical information theory and computer science. It investigates how quantum and classical algorithms compare, how they can interact, and where the fundamental limits of computation, communication, and cryptography lie.
Current research topics include quantum algorithms, quantum cryptography, quantum error correction, quantum data, quantum-inspired methods, and quantum artificial intelligence. In this sense, QIT provides the theoretical language for understanding not only future quantum computers, but also the new forms of information and data already emerging from quantum technologies.
Study in a Growing Quantum Research Environment
Saarbrücken offers a strong research environment in mathematics, computer science, cybersecurity, AI, and quantum technologies. The M.Sc. Quantum Information Theory is embedded in this environment and benefits from close links to the Center for Quantum Technologies (QuTe), helping students connect theoretical foundations with current developments through research-oriented teaching, seminars, projects, and supervised internships.
At a glance: Master in Quantum Information Theory
- Application: until the 30th of June/November (for the following Winter/Summer semester)
- Usual program length: 4 semesters
- Lectures are in English; no German knowledge is necessary
- No tuition fees
- No admission restrictions
- Individual care and support
- High quality of life in Saarbrücken at low rents
Application Areas
The Master’s Program in Quantum Information Technology is an interesting intersection between theory and application. An extremely exciting career and research field awaits you!
Quantum Computing
Optimization
High-Performance Computing
Quantum Technologies
Post-Quantum Cryptography
Security
Quantum Software Development
Data Analysis
„Quantum technologies are a rapidly developing interdisciplinary research area with a wide range of potential future applications.„
Prof. Moritz Weber, Scientific Director of QuTe
Your studies at 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
You are a good candidate for the Master’s programme Quantum Information Theory if you have a background in mathematics, computer science, physics, or a related field, and if you are interested in theoretical and mathematical approaches to quantum technologies.
A solid foundation in linear algebra and analysis is expected. Prior knowledge of quantum physics is not required; the necessary concepts are developed within the programme.
You should enjoy abstract reasoning, mathematical precision, and interdisciplinary work. Since the programme is taught in English, sufficient English language proficiency, usually at least CEFR level B2, is required.
Application deadlines:
30. June for the Winter Semester
30. November for the Summer Semester
To start the application process, please read the application rules.
_ Quantum Computing
_ Quantum Software Development
_ Post-Quantum Cryptography
_ IT Security
_ Optimization
_ Data Analysis
_ High-Performance Computing.
You are a good candidate for the Master’s programme Quantum Information Theory if you have a background in mathematics, computer science, physics, or a related field, and if you are interested in theoretical and mathematical approaches to quantum technologies.
A solid foundation in linear algebra and analysis is expected. Prior knowledge of quantum physics is not required; the necessary concepts are developed within the programme.
You should enjoy abstract reasoning, mathematical precision, and interdisciplinary work. Since the programme is taught in English, sufficient English language proficiency, usually at least CEFR level B2, is required.
„Our programme brings together students from different academic backgrounds, each contributing their own strengths and perspectives. By exchanging ideas and learning from one another, they discover new ways of thinking about quantum information.“
Jonas Metzinger, Study Coordinator of QIT
Career Prospects
Graduates of the Master’s programme QIT are well prepared for careers in research, development, and technology-oriented fields. Their interdisciplinary training enables them to work at the interface of mathematics, computer science, and physics, where modern quantum technologies are being developed and applied.
Possible career paths include research and development in academia, research institutes, and industry, as well as positions in quantum computing, quantum software development, post-quantum cryptography, IT security, optimization, data analysis, and high-performance computing.
The programme also provides a strong foundation for a subsequent PhD in mathematics, computer science, physics, or a related field. Through its focus on theoretical depth, mathematical precision, and current research topics, it equips students with skills that are valuable both in academic research and in innovative technology sectors.
„As quantum technologies mature, interdisciplinary expertise becomes increasingly important in research, industry, and technology transfer.„
Dr. Sabrina Cappello, Early Career Development Manager at QuTe
Frequently Asked Question
There are no tuition fees in public universities in Germany. There is a semester fee which is currently 412,30 Euros which includes the semester ticket which allows free ride in all buses and regional trains in all of Germany („Deutschlandticket“).
Compared to other cities in Germany, the living costs in Saarbrücken are relatively low. Students spend an estimated 800 to 950 Euros per month. Expect to spend this much or more, depending on where you buy food (big supermarkets are cheaper) and how often you eat out or travel. You should also add the cost of renting an apartment, with rents rents ranging from about 320 to 600 euros (shared flats/small or middle sized furnished apartments) plus a deposit of one month’s rent.
As of 2025, Saarland University has more than 3,800 international students enrolled in full-time study programmes, accounting for about 24% of the student body. This creates a culturally stimulating environment.
Scholarships are a great way to help fund your studies – and often you don’t have to have top grades or demonstrate financial hardship to qualify. There are a wide range of scholarships available designed for different student demographics, fields of study and personal circumstances. So it’s worth exploring what’s out there and finding the ones that suit you best. For further information, see here.
Study at the Saarland Informatics Campus
In the forefront internationally
At Saarland Informatics Campus, 4 internationally renowned research institutes and 3 networked departments of Saarland University, as well as 3 Collaborative Research Centers and 21 joint study programs, combine their individual strengths and competencies. The numerous world-class scientists, the talented junior staff, the lively collaboration and the extraordinary range of research topics make SIC a unique IT location in Europe.
This is where the future takes shape
In the Max Planck Institute for Informatics, multimedia technologies for the film industry are developed, while the Max Planck Institute for Software Systems works on programs that are found in almost all technical devices, from mobile phones to traffic lights. In the Center for Bioinformatics, individual medicines are researched. The German Research Center for Artificial Intelligence develops technologies for autonomous vehicles, to make the traffic of the future safer and car trips more comfortable, while the research results of the CISPA – Helmholtz Center for Information Security contribute toward protecting on-board computers from manipulation.
A campus university in the heart of Europe
Small but beautiful and with a low cost of living: This is the Saarland with its French flair, high quality of life, and diverse culture and nature – but above all its warm and open people. A semester ticket allows free trips by train or bus in the surrounding area, and Paris lures in less than two hours by ICE. Short distances are also to be found on campus: The cafeteria and the cafés invite you to relax and enjoy. The nearby forest and the sports courses offer opportunities to keep fit. And the university orchestra, choirs, theater groups, and language center offer cultural variety.
You want to study Quantum Information Theory?
Get informed now and learn more about the exciting and interdisciplinary Master’s programme of Quantum Information Theory at Saarland University.
To start the application process, please read the application rules.