Rapid miniaturisation in microelectronics has given rise to nanoelectronic systems whose design and implementation are increasingly complex. This English-language MSc, offered within the field of Electrical Engineering, is built to address those challenges by combining theoretical foundations with hands-on experience.
The programme concentrates on three interconnected areas: technologies enabling nanoelectronic systems, the design of those systems, and their practical applications. Courses explicitly explore the overlaps between these areas and extend beyond conventional scaling approaches ("More Moore") to include alternative concepts ("More than Moore" and "Beyond Moore"). Practical training runs alongside the theoretical curriculum to develop skills that can be applied directly in internships, project work and the Master’s thesis.
Graduates leave prepared either to pursue research at a university or to join R&D departments in companies that develop cutting‑edge technologies. The combination of applied projects and thesis options at companies or research institutes helps bridge academic study and professional work in nanoelectronics.
Programme components and expectations:
The MSc is structured over four semesters. The first three semesters are dedicated to taught courses and laboratory work, while the final (fourth) semester is reserved for completing and defending the Master's thesis. This layout provides a clear progression from classroom learning and hands-on practice to an independent research or development project culminating in the thesis defense.
Students complete seven compulsory modules drawn from the programme's three core thematic areas. One of these compulsory modules is the "Project Work" module in the third semester, which is intended to be fulfilled through an internship, giving direct industry or research experience. The "Laboratory Sessions" compulsory module combines a programming laboratory with a practical course; for the practical element students choose a focus in Technology, Design, or Application to align with their interests and career goals. Beyond compulsory coursework, students must take elective modules totaling at least 41 credits; available electives cover all three programme areas and include non-technical options to broaden skills.
Expected learning outcomes include the ability to integrate theoretical concepts from the three core areas, proficiency in laboratory and programming methods relevant to nanoelectronic systems, practical experience through internship-based project work, and the capability to plan, execute and defend an independent research or development project in the Master’s thesis.
You should hold a Bachelor’s degree (or an equivalent qualification) in Electrical Engineering, Information Technology, Physics or a closely related discipline. The programme expects solid foundational knowledge across several technical areas that are essential for advanced study in nanoelectronic systems.
If you lack any of the listed prerequisites but are admitted, you will be required to acquire the missing knowledge on your own after enrollment. International applicants should ensure their prior coursework matches these topics or be prepared to complete supplementary study before or during the programme.
Admission prerequisites (summary)
Note: Any missing prerequisite must be completed independently if you are admitted to the programme.
Winter Semester (International)
31 May 2026
Winter Semester (EU/EEA)
15 July 2026
Graduates are prepared for research roles at universities and research institutes as well as R&D positions in industry. Typical employers include semiconductor and micro/nanoelectronic companies, sensor and MEMS manufacturers, and technology-driven start-ups working on device integration or novel electronic materials.
The programme's mix of theoretical knowledge, hands-on laboratory skills and an industry-oriented project/internship makes alumni attractive for positions developing nano-scale devices, integrated systems, and advanced manufacturing processes, or for continuing into doctoral studies.
Offenburg University of Applied Sciences — Offenburg
RPTU University Kaiserslautern-Landau — Kaiserslautern
RWTH Aachen University — Aachen
Chemnitz University of Technology — Chemnitz