

The Master of Science in Quantum Engineering is an advanced graduate programme that offers a comprehensive foundation in quantum physics, engineering, and modern technological applications. Designed for students aiming to expand their expertise in emerging quantum technologies, this full-time or part-time degree combines academic depth with hands-on scientific training. Participants explore areas such as quantum technology, atomic and solid-state physics, microsensors, antenna theory, and electrical engineering, preparing them for specialised roles in research and high-tech industries. The programme is structured across four semesters and admits students exclusively for the winter and summer semesters.
Located in Saarbrücken, a dynamic scientific and technological hub, this master’s programme emphasises both theoretical excellence and practical innovation. With a strong focus on laboratory experience, interdisciplinary collaboration, and research-oriented study, students develop cutting-edge skills while benefiting from modern facilities and expert academic guidance. The course reflects Germany’s leadership in physics and engineering, making it an outstanding choice for those seeking to build a career in quantum computing, measurement technology, or advanced engineering applications.
Semester 1 – Foundations of Quantum Engineering
Semester 2 – Applied Quantum Systems
Semester 3 – Advanced Specialization
Semester 4 – Master’s Thesis
Graduates of this program are well prepared for roles in the rapidly developing quantum technology sector. Career paths include quantum engineer, microsystems engineer, research scientist, measurement technologist, and quantum computing specialist. With strong research activity in Saarbrücken and rising global demand for quantum technology professionals, students gain excellent opportunities to collaborate with research institutes, technology companies, and international laboratories.
Choosing the Master of Science in Quantum Engineering means joining a program that blends advanced scientific theory with practical engineering applications. Students benefit from highly specialized faculty, modern laboratory facilities, and a curriculum aligned with emerging industry demands.
The program’s interdisciplinary nature—linking physics, microelectronics, and sensor technology—provides graduates with a unique skillset ideal for future technologies. With its research-driven environment and strong international orientation, it is an excellent choice for students aiming to shape the future of quantum-enabled technologies.
Saarland University – Student Advisory Service
Campus
66123 Saarbrücken, Germany
Tel: +49 681 302-3513
Fax: +49 681 302-4526
Email: studienberatung@uni-saarland.de
Programme Contact
Campus, Gebäude E2 6, Zi. 3.02
66123 Saarbrücken
Tel: +49 681 302 58016
Email: juergen.eschner@physik.uni-saarland.de / schuetze@LMT.uni-saarland.de
International Office – Saarland University
Campus A4 4
66123 Saarbrücken
Tel: +49 681 302-71100
Fax: +49 681 302-71101
Email: international@io.uni-saarland.de