This Erasmus Mundus Master of Science delivers a broad, application‑driven education in quantum technologies, spanning the main areas where the field is currently active and growing. The programme combines academic teaching with strong industrial engagement, preparing students for roles across research and commercial sectors in quantum technologies. Instruction is in English and the course content draws on the combined strengths of three European partner universities and an extended network of more than 20 associated partners, including 13 industrial collaborators ranging from established firms to quantum start‑ups.
The curriculum is organised around the established pillars of quantum technologies: quantum communication, quantum simulation, quantum sensing, quantum computing and computation, and quantum information science. Coursework and projects link foundational physics to practical applications and to large societal and technological challenges—energy, materials, health, security and the environment—where quantum solutions are beginning to have impact.
QuanTEEM builds on the research expertise of several leading centres, notably the ICB Laboratory at UBFC (led by Stéphane Guérin, who coordinates the project), the Department of Physics at RPTU, and the Center for Complex Quantum Systems at AU. With its strong academic‑industry network, the programme equips graduates to enter private companies active in quantum technologies, to pursue top‑level PhD programmes in university labs or industry R&D, or to launch their own start‑ups in Europe or beyond.
Key facts and applicant guidance
Programme length and structure
Core thematic modules
Practical and international components
Learning outcomes
This master's programme looks for applicants who are intellectually curious and committed to exploring quantum phenomena. Successful candidates should be motivated to study advanced concepts in quantum science and prepared to engage actively with challenging coursework and research.
You should hold a relevant undergraduate degree that provides the necessary technical foundation for graduate-level quantum studies. Prior exposure to core quantum mechanics at the bachelor's level is expected so you can build on that knowledge from the start.
All applicants must also be able to work and communicate effectively in English so they can follow lectures, participate in laboratory work, and collaborate with international peers.
Graduates are prepared for direct recruitment into private companies active in quantum technologies, including industrial R&D roles in established firms and start-ups. The programme also equips students for top-tier PhD programmes in academic laboratories or research departments of industry. Given the multidisciplinary and applied nature of the training, alumni are well positioned for careers in quantum hardware and software development, quantum sensing and metrology, quantum communications, and related consulting or technology transfer roles.
Additionally, the strong industrial partnerships and mobility across European institutions foster entrepreneurial skills and networks that support founding or joining quantum-focused start-ups. The combination of theoretical foundations and applied project experience enhances employability across both research and commercial sectors in Europe and internationally.
Friedrich Schiller University Jena — Jena
University of Göttingen — Göttingen
Technical University of Munich — München
Johannes Gutenberg University Mainz — Mainz