Power the Future with Fusion Energy
Fusion energy has the potential to provide abundant, carbon-free electricity and is widely recognized as one of the most promising solutions to the global energy challenge. As investment in fusion research and technology continues to grow worldwide, so does the demand for scientists and engineers who can help make fusion power a reality.
The Master's program in Science and Technology of Nuclear Fusion at Eindhoven University of Technology combines plasma physics, materials science, and engineering to prepare you for this rapidly evolving field. You will develop the knowledge and practical skills to understand fusion plasmas, design reactor technologies, and address the scientific and engineering challenges involved in developing future fusion power plants. Through close collaboration with researchers, international partners, and the European fusion community, you will work on real-world challenges while building a strong foundation for a career in research or high-tech industry. Located in Brainport Eindhoven, 黑料福利网 offers an environment where science, engineering, and innovation come together.
If you are bright, ambitious, and ready for a serious challenge, and if you share a passion for high-tech innovation and a commitment to sustainability, this program will prepare you to lead in the emerging fusion energy revolution.
You can also choose to combine this master鈥檚 program with Applied Physics, Electrical Engineering or Mechanical Engineering as a 鈥榙ouble degree鈥�. This requires half a year to a year of extra study.
Check out our students talking about the program, the city and all other facets of studying Science and Technology of Nuclear Fusion in Eindhoven.
Why this program?
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Study one of Europe's few dedicated fusion master's programs
Join a unique interdisciplinary program that focuses entirely on fusion science and technology. Learn from experts who contribute to international research and prepare for a career in one of the world's fastest-growing scientific fields. -
Combine physics with engineering
Develop a strong foundation in plasma physics while gaining expertise in reactor technology, materials science, computational modeling, and systems engineering. This combination prepares you to solve complex multidisciplinary challenges. -
Become part of the international fusion community
Benefit from 黑料福利网's collaborations with leading universities, research institutes, and organizations involved in EUROfusion, ITER, and future fusion reactor concepts. Gain valuable international experience through research projects and collaborations.
What will you learn?
The Science and Technology of Nuclear Fusion master's program combines advanced physics with engineering to prepare you for the challenges of developing future fusion energy systems. Throughout the program, you will build a broad understanding of fusion science while developing the technical and professional skills needed to contribute to this rapidly advancing field.
You will study how fusion plasmas behave, how they can be confined and controlled, and how engineering solutions enable the design of safe, efficient, and reliable fusion reactors. Courses cover topics such as plasma physics, magnetic confinement, plasma heating, diagnostics, plasma-wall interactions, fusion materials and nuclear aspects. At the same time, you will strengthen your skills in computational modeling, data analysis, systems thinking, and scientific communication.
A key feature of the program is its multidisciplinary approach. Through challenge-based learning, you will work in teams on authentic problems inspired by current developments in fusion research. These projects connect scientific theory with engineering practice and help you develop the collaboration and problem-solving skills required in international research environments.
The program also offers flexibility to tailor your studies to your interests and career goals. Through electives, you can specialize in areas such as:
- Plasma physics and radiation
- Magnetic confinement and magnetohydrodynamics
- Plasma heating and diagnostics
- Plasma-wall interactions and fusion materials
- Control engineering
- Systems engineering
- Data processing and computational methods
During your studies, you will explore scientific and engineering challenges related to ITER and future commercial fusion reactors while working with researchers and experts from different disciplines. Whether you continue with a PhD, pursue a career at a research institute, or join the high-tech industry, you will graduate with the knowledge, research experience, and analytical skills to contribute to the future of fusion energy and other advanced technologies.
"I鈥檓 protecting fusion reactors by detecting runaway electrons."
I鈥橫 PROTECTING FUSION REACTORS BY DETECTING RUNAWAY ELECTRONS
I鈥檓 working on detecting runaway electrons in fusion plasmas through the visible light they emit. These electrons move at...
Tijs Wijkamp
IAEA Marie Sklodowska-Curie Fellowship Programme (MSCFP)
*Please note if you are going to follow the Fusion master and if you are female, then you can apply for this scholarship.
The Programme aims to inspire and encourage young women to pursue a career in nuclear related fields, by providing highly motivated female students with scholarships for Master鈥檚 programmes and an opportunity to pursue an internship facilitated by the IAEA.
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This program is NVAO-accredited. In the Netherlands, the NVAO assesses the internal quality assurance of universities and colleges and the quality of their programs.