GENERAL CONTENT & LEARNING OUTCOMES
The European Master of Science in Nuclear Fusion and Engineering Physics (FUSION-EP), with its broad network of universities and research institutes, builds upon high-level, multinational, research-oriented education in fusion-related engineering physics. The programme operates in close relation to the research activities of the partners, offering a culturally diverse and academically engaging experience.
The studies in engineering physics are devoted to the technical applications of physical theory and strongly supported by the research activities in the different laboratories within the Consortium. By combining the practical concepts of a degree in engineering with the essentials of education as an engineering physicist, these studies train engineers capable of performing, advancing and leading technical and scientific research in both research institutes and industry.
The engineering component of the studies makes the physics engineer familiar with the analysis, design and optimisation of new and existing systems, products, machines, materials and more, for which simplification to manageable system descriptions (from rules of thumb to expert systems) is essential. Although the various methods and applications are treated in the context of the technology of fusion devices, their relevance goes far beyond the domain of nuclear fusion. In the physics component, the reductionist approach holds centre stage; here experiments and mathematical modelling seek to reduce physical phenomena taking place in the plasma and in its interaction with its surroundings, to their very essence, and to discover the physical laws applicable. The rigorous attitude is hereby essential, and a physical theory should stand a validation by experiment.
Starting from the academic year 2025-2026, students will choose between two tracks: Fusion Science or Fusion Technology. In both master years, they then study at a site where their chosen track is offered (see below) and take elective courses from that track. Hence, the programme offers plenty of room for personal interests, based a sufficiently broad, solid foundation of general courses.
Curriculum
The programme is structured according to two tracks: Fusion Science or Fusion Technology. Students select a track at the start of their studies and continue in this track throughout the two master years. The chosen track determines the emphasis of the curriculum in both master years.
Students are located at a university, different in each master year, that offers the track of their choice. A biennial rotation system among the universities is put in place, indicated by year A and year B in the tables below.
The academic year 2025-2026 will be the next year A.
The academic year 2026-2027 will be the next year B.
First year
Second year
Mobility scheme
Main events in the curriculum
Evaluation
Most of the teaching units are embedded in local master programmes. The evaluation procedures are defined by the partner university where the student is enrolled. In particular, this concerns evaluation grids, minimal results required to pass, re-sit and/or compensation possibilities, the procedure and timing of exams.
The local grades are converted into a common scaling as indicated below.
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