Science and Technology of Nuclear Fusion

The Bachelor’s degree programme in Science and Technology of Nuclear Fusion at Eindhoven University of Technology offers a comprehensive curriculum designed to prepare students for a career in one of the most promising and innovative fields of energy research. This programme combines fundamental principles of physics, chemistry, and engineering with specialized knowledge of nuclear fusion processes, reactor technology, and plasma physics. Throughout the programme, students acquire a solid foundation in the physical sciences, mathematics, and computer modelling, enabling them to understand and contribute to cutting-edge developments in fusion energy.

Students will explore the science behind nuclear fusion, the process that powers the sun and stars, and learn how to harness this energy source safely and efficiently on Earth. The programme emphasizes experimental techniques, simulation, and analysis, providing students with practical skills through laboratory work and project-based assignments. The curriculum also includes modules on energy systems, materials science for fusion reactors, and the environmental and societal aspects of nuclear fusion energy.

The programme is guided by faculty members actively involved in international fusion research projects, offering students unique opportunities for internships and collaboration with leading research institutes and industry partners. Eindhoven’s approach combines theoretical knowledge with hands-on experience, preparing graduates to design, operate, and improve fusion devices and contribute to sustainable energy solutions. Graduates of this programme are well-equipped to pursue careers in research and development within academia, industry, or governmental organizations, or to continue with a master’s degree to deepen their expertise.

Overall, the Bachelor’s in Science and Technology of Nuclear Fusion at Eindhoven University of Technology represents a rigorous and forward-looking educational path, opening the door to advancements in clean energy and addressing global energy challenges through innovative fusion technology.

The MSc in Science and Technology of Nuclear Fusion at Eindhoven University of Technology offers a comprehensive and interdisciplinary curriculum designed to prepare students for a career in the rapidly evolving field of nuclear fusion research and development. The programme equips students with a solid foundation in physics, engineering, and technology, focusing specifically on the principles, challenges, and solutions related to harnessing nuclear fusion as a sustainable and virtually limitless energy source. Throughout the programme, students delve into key topics such as plasma physics, magnetic confinement, fusion reactor design, and materials science, gaining both theoretical knowledge and practical skills through advanced laboratory work, simulations, and project-based learning.

The curriculum is structured to provide a balanced mix of fundamental science and applied engineering. Students start with core courses that cover classical and quantum physics, thermodynamics, and electromagnetism, establishing a strong scientific basis. These are followed by specialized courses on plasma behavior, magnetic confinement systems like tokamaks and stellarators, and the engineering challenges involved in building fusion reactors. The programme emphasizes hands-on experience, encouraging students to participate in experimental projects, computational modeling, and problem-solving exercises that mirror real-world fusion research scenarios.

In addition to technical coursework, students develop important skills in project management, teamwork, and communication, which are crucial for international collaborative efforts in fusion research. The programme also offers opportunities for internships and collaborative projects with leading research institutes and industry partners, providing invaluable practical exposure.

Graduates of this MSc programme are well-equipped to contribute to advancing nuclear fusion technology, whether in research institutions, industry, or policy-making bodies focused on sustainable energy solutions. With a strong emphasis on innovation, safety, and environmental impact, the programme aims to cultivate the next generation of scientists and engineers who will play a vital role in realizing the potential of nuclear fusion as a safe, clean, and abundant energy source for the future.

Admission requirements

a relevant Bachelor's degree (or equivalent)

Other requirements

1. vooropleiding (ISPAC: vereiste vooropleiding) a relevant Bachelor's degree (or equivalent)
2. gemiddeld cijfer For admission a minimum of 75% CGPA. For entry to Amandus H. Lundqvist Scholarship Program (ALSP) a minimum of 80% CGPA.

The financing of the Science and Technology of Nuclear Fusion program at Eindhoven University of Technology is primarily based on a combination of funding sources that aim to support high-level research and specialized education in this advanced scientific field. Tuition fees for Dutch students are aligned with the national regulations for university programs, which are regulated annually by the government, ensuring affordability and accessibility for prospective students from the Netherlands. International students are subject to higher tuition fees, consistent with the university's fee structure for non-EU/EEA students. The university provides various scholarship opportunities aimed at talented students, including departmental scholarships, national grants, and international fellowship programs, which can significantly reduce the financial burden. Additionally, students have opportunities to finance their studies through student loans available via the Dutch government, which offer favorable repayment terms and low interest rates, especially for residents of the Netherlands. The program also benefits from research grants and funding obtained through European Union initiatives, government research agencies, and partnerships with industry leaders in the field of nuclear fusion. These funds support not only research activities but also ensure the development of state-of-the-art laboratories and facilities, which are essential for hands-on training and advanced scientific work. Eindhoven University of Technology also encourages students to seek part-time work or internships related to nuclear fusion research, which can help offset living expenses and gain practical experience. The university’s strong connections with industry partners facilitate sponsorship and collaborative projects that contribute financially to the program. Furthermore, the university periodically updates its financial support options and strives to create inclusive funding opportunities for students from diverse financial backgrounds. Overall, the financing structure of the Science and Technology of Nuclear Fusion program is designed to be comprehensive, combining governmental funding, university resources, research grants, industry partnerships, and personal financial planning, ensuring students can focus on their studies and research without excessive financial worries.

The Master’s programme in Science and Technology of Nuclear Fusion at Eindhoven University of Technology (TU/e) provides students with a comprehensive education in the fundamental principles and practical applications of nuclear fusion energy. This programme aims to develop specialists who are capable of addressing the scientific, technical, and engineering challenges associated with harnessing fusion power as a sustainable and clean energy source. The curriculum covers a wide range of topics, including plasma physics, fusion reactor design, materials science, and the integration of fusion technologies into future energy systems. Students gain hands-on experience through laboratory work, simulations, and projects focused on the development and optimization of fusion devices such as tokamaks and stellarators.

The programme is designed for students with a background in physics, engineering, or related disciplines who wish to deepen their understanding of plasma phenomena and fusion technology. It emphasizes research skills, critical thinking, and innovative problem-solving to prepare graduates for careers in academia, research institutes, and the high-tech industry. Collaboration with international fusion research organizations and industry partners offers students unique opportunities to participate in cutting-edge projects and gain practical experience relevant to current challenges in fusion energy development. Graduates of this programme are equipped to contribute to advancements in fusion reactor design, plasma control, and materials development, all vital for the realization of commercially viable fusion power plants.

Overall, the programme combines theoretical foundations with applied research, fostering a multidisciplinary approach to complex scientific and engineering issues in nuclear fusion. The knowledge acquired during this Master’s programme enables graduates to participate actively in the global effort to develop sustainable and environmentally friendly energy solutions through nuclear fusion technology.