about the programme
The Physics of High-Temperature Plasma and Thermonuclear Fusion doctoral study programme integrates a wide range of scientific and engineering knowledge, with a focus on advanced areas of plasma physics and related plasma technologies. A particular emphasis is placed on controlled thermonuclear fusion as a solution for humanity’s future energy needs. The programme prepares its graduates to apply the knowledge and skills they acquire in both scientific and engineering practice, naturally supported by modern computational technologies.
Its international character is guaranteed by a joint programme agreement with Ghent University in Belgium, which offers students regular opportunities to collaborate with leading international experts, increased mobility, and ongoing cooperation with foreign students enrolled in Prague in the English-language variant of this programme.
The study programme consists of three key components: theory, experimental physics, and the development of engineering technologies. Students are expected to acquire a foundation in all three areas, making the programme accessible to a broad spectrum of graduates with backgrounds in applied physics or technical engineering. It does not require completion of a specific Master’s programme and is also well suited to specialists, as it trains students above all in independent work with scientific literature, computational models, and instrumentation, while placing additional emphasis on nuclear aspects of fusion reactor development.
Students benefit from considerable flexibility through their choice of optional courses, dissertation topic, and, importantly, the form and duration of their international internship. The internship is organised by the partner university and must last at least six months.
The aim of the programme is to deepen knowledge and develop the skills necessary for highly qualified independent and team-based work in the research and development of high-temperature plasma physics and the corresponding technical facilities, including within the broader European research context.
career prospects
Doctoral students acquire detailed knowledge of scientific methodology in plasma physics theory and technology, with an emphasis on the research and development of thermonuclear fusion. Mastery of the fundamentals of fusion reactor physics and technology, particularly in view of their prospective use in the energy sector, is a formal requirement of the programme.
Graduates gain the ability to work independently with scientific literature concerning the scientific and technological challenges of high-temperature plasma physics and thermonuclear fusion. Their training also includes basic experimental skills in plasma physics, developed in part thanks to the PlasmaLab@CTU laboratory. They are further characterised by their capacity for independent and creative work, as well as for teamwork and collaboration with international specialists.
Graduates find employment primarily in creative technical and research positions in the field of high-temperature plasma physics and technology. They may participate in the development, construction, and operation of thermonuclear fusion reactors, such as the international ITER project. The programme combines a solid theoretical foundation with broad interdisciplinary overlap, and graduates gain experience with both independent and team work in international contexts. A significant part of the studies is also focused on engineering and practical activities, which opens opportunities for careers not only in research but also in modern industry.