Quantum Science

This two-year (four-semester) Master of Science programme trains students for careers in the rapidly developing area of quantum science. Its main goal is to prepare young researchers and professionals with the knowledge and skills needed to contribute to scientific and technological advances in the field.

The curriculum is deliberately interdisciplinary, situated at the intersection of physics, mathematics, computer science and electrical engineering, and is therefore suitable for graduates from any of those four disciplines. Instruction is delivered in English and the programme attracts an international student body, making it well suited to applicants from outside Germany.

Teaching combines traditional coursework with modern methods such as project-based learning and hands-on project work, and students are encouraged to engage in research activities—examples include participation in international schools and other research-focused events. Graduates are prepared for further academic research or for technical roles in industry where expertise in quantum technologies is required.

Requirements

• Bachelor’s degree (BSc) in Physics, Mathematics, Computer Science, or Electrical Engineering
• Programme language: English (instruction is in English)

This interdisciplinary Master's curriculum combines classroom-based learning with substantial hands-on research to develop advanced competencies in quantum science. During the first and second semesters students follow lectures and seminars that build foundational and specialized knowledge, alongside a mini research project that introduces practical research methods and project work. In the third semester the program shifts toward independent research: a dedicated preparation project for the MSc thesis worth 18 CP is undertaken in parallel with 12 CP of additional elective or advanced courses to deepen subject expertise. The fourth semester is reserved for the completion and submission of the Master's thesis.

Key modules and experiences therefore include taught lectures and seminars, an early mini research project to gain laboratory or theoretical research exposure, a substantial thesis preparation project (18 CP) to develop and plan the final project, and the culminating Master's thesis. Graduates can expect to acquire advanced theoretical and practical understanding of quantum phenomena, the ability to design and execute an independent research project, experience communicating results in seminar formats, and the interdisciplinary skills needed to work across physics, mathematics, and engineering contexts.

Curriculum requirements (academic components)

• Semesters 1–2: Completion of lectures and seminars plus participation in a mini research project
• Semester 3: MSc thesis preparation project (18 CP) plus additional courses totaling 12 CP
• Semester 4: Completion and defense/submission of the Master's thesis

Note: CP denotes credit points awarded for each component. Prospective international students should check the program handbook or contact the department for details about credit equivalence, supervision arrangements, and elective course options.

Graduates are prepared for research-oriented careers in quantum science and quantum technologies, including continuation to PhD programmes. The programme’s emphasis on project work, a research-based MSc thesis and ties to international research groups positions students well for roles as research scientists or PhD candidates in academic institutions and research laboratories.

Additionally, students gain skills applicable to industry R&D and technology companies working on quantum hardware, quantum software, and related interdisciplinary engineering problems; the curriculum and opportunities for industry internships during the third semester also support transitions into R&D positions in private sector companies and technology startups.