This European Master's program combines a structured, mobile study path across partner universities to build expertise at the intersection of nanomaterials, sensors and embedded systems. In the first semester you study at the Hellenic Mediterranean University in Greece, where the curriculum establishes core knowledge of functional nanomaterials. The second semester takes place at the University of Siegen in Germany, with emphasis on sensors, sensing devices and embedded or real‑time systems. The material taught in these two semesters forms the foundation for later specialization.
In the third semester you select one of five specialisation tracks hosted by partner universities across Europe. Each track focuses on a distinct application area — from intelligent sensor design and optoelectronic functional materials to IoT, robotics, natural materials and advanced data processing — allowing you to tailor your studies to specific research or industry directions. The programme is delivered in English and awards a Master of Science in the field of Electrical Engineering. For international students, the built‑in mobility offers exposure to different research groups, European academic networks and a multinational cohort, enhancing transferable skills and cross‑cultural experience.
Key facts and programme requirements
This two-year (120 ECTS) Master’s programme begins every winter semester and is delivered as a multinational consortium course. Over the 24 months students study at between two and four partner universities, following an integrated curriculum that spans the participating institutions. The programme’s structure is intentionally mobile: study periods at multiple campuses give access to varied teaching approaches, research facilities and specialist expertise across Europe.
Upon completion, graduates receive a joint degree issued by the partner universities at which they have physically studied for at least one semester. The precise course content and assessment methods are defined by the consortium and by the individual host universities, so students follow a tailored study path composed of modules from more than one institution.
Intended learning outcomes focus on advanced competence in the field of embedded intelligence and nanosystems engineering delivered in an international, multidisciplinary context. Students should expect to develop a strong theoretical foundation and applied skills through exposure to different laboratory environments, research groups and industry contacts, preparing them for further research or professional roles in academia and industry.
Key facts and programme requirements
Applicants must hold a Bachelor’s degree (BSc or equivalent) in Electrical and Electronic Engineering, Mechanical Engineering, Physics, Materials Science, or Computer Science with at least 180 ECTS. Your final undergraduate grade will be converted to the German grading scale using the modified Bavarian formula; the converted grade must be at least 2.7 (“gut”). The bachelor’s degree must come from a nationally recognised university and be acceptable under the national legislation of all partner institutions.
If you have not yet received your final degree at the time of application, conditional admission is possible. In that case you must provide an official university statement showing your expected graduation date and a list of outstanding courses, and then submit the final degree certificate and full academic transcript by 1 August of the respective year. Documents not in English must be accompanied by an authorised translation. A good command of English at B2 level is required.
Required documents
Application documents to upload
Optional (recommended)
Winter Semester (International)
28 February 2026
Winter Semester (EU/EEA)
28 February 2026
Graduates are prepared for technical and research roles in industries that develop sensors, embedded systems, IoT devices, robotics, optoelectronic materials and biosensors. The interdisciplinary training in materials, device engineering and data processing equips students for positions in R&D departments, product development teams, and technology-driven start-ups.
The international mobility and joint-degree structure also support academic careers: graduates are well placed to pursue PhD studies or research fellowships in European and global laboratories, or to take on roles that require cross-border collaboration and project coordination.
Offenburg University of Applied Sciences — Offenburg
RPTU University Kaiserslautern-Landau — Kaiserslautern
RWTH Aachen University — Aachen
Chemnitz University of Technology — Chemnitz