Nuclear engineering is a high-paying engineering field that focuses on the science and application of radiation, nuclear reactions, and nuclear systems. Nuclear engineers work on technologies used in nuclear power, radiation applications, food irradiation, industrial processes, and the safe handling of nuclear materials and waste.
If you want to become a nuclear engineer, strong education and training are essential. With that in mind, refer to our guide below to discover some of the top nuclear engineering schools in Europe.
Top Nuclear Engineering Schools in Europe
1. KTH Royal Institute of Technology
KTH Royal Institute of Technology in Stockholm is Sweden’s largest technical university and one of Europe’s leading technical and engineering universities. Its Master’s in Nuclear Energy Engineering provides comprehensive coverage of nuclear engineering, including the physics, technology, and safety of nuclear reactors and power plants.
The program gives students a strong foundation in topics related to the field, including nuclear reactor physics and technology, nuclear power safety, radiation protection, dosimetry, and the design, operation, and management of nuclear facilities. It also introduces students to next-generation nuclear technologies, including Generation IV reactors and small modular reactors.
The two-year program consists of three terms of courses and a final term dedicated to the master’s degree project. Students may also connect their studies with research activities, and KTH notes that many alumni contribute to the Swedish nuclear industry and international nuclear organizations.
2. Polytechnic University of Milan
The Polytechnic University of Milan, officially Politecnico di Milano, is Italy’s largest scientific-technological university. It focuses on engineering, architecture, and design and has long been known for combining scientific rigor with creativity and industry-oriented education.
The university offers a two-year Master’s Degree in Nuclear Engineering in English at the Milano Bovisa campus. The program prepares engineers to address complex challenges in the nuclear sector, including energy and non-energy applications, fission and fusion systems, nuclear safety, radiation protection, nuclear materials, and the nuclear fuel cycle.
Students who want to continue into research can also consider the Ph.D. Programme in Energy and Nuclear Science and Technology. This doctoral program covers energy production, conversion and transmission, thermal science, nuclear systems, the nuclear fuel cycle, radioprotection, ionizing radiation applications, safety and reliability analysis, and innovative materials for energy applications.
Politecnico di Milano offers all postgraduate programs and some undergraduate programs in English. The university reports more than 49,000 enrolled students, including more than 37,000 engineering students, making it one of the largest engineering-focused institutions in Italy.
3. Imperial College of London
Nuclear energy is part of the United Kingdom’s long-term energy security and net-zero strategy. Current government materials refer to an ambition of delivering up to 24 GW of nuclear power capacity by 2050, rather than making nuclear energy the sole standard for electricity generation.
Imperial College London has nuclear engineering activity through its Centre for Nuclear Engineering, which coordinates nuclear engineering academic activities across the university. Current nuclear-related study options include MEng pathways in Materials with Nuclear Engineering and Mechanical Engineering with Nuclear Engineering, along with postgraduate research opportunities in nuclear engineering.
Students at Imperial can engage with a multidisciplinary field that connects materials, mechanical engineering, reactor physics, thermal hydraulics, and nuclear safety. The university’s nuclear engineering research also includes work on nuclear thermal hydraulics and nuclear reactor physics.
Aspiring Ph.D. students should review current research opportunities and funding details directly through Imperial, as available projects and funding routes vary by year, department, and doctoral training program.
4. University of Pisa
University of Pisa‘s Master’s in Nuclear Engineering is taught in English and is structured as a two-year program with 60 ECTS credits each year. The program is connected with the European Nuclear Education Network and the European Fusion Education Network, which can create opportunities for study abroad, courses, and thesis work at partner institutions.
The program builds on the university’s long tradition of teaching nuclear engineering, which began in the 1960s. It covers major areas such as reactor physics, nuclear reactor thermal hydraulics, structural mechanics, radiation measurement and health effects, nuclear reactor power plant technology, nuclear materials, reactor control and operation, and nuclear reactor safety and reliability.
Students who want to continue into doctoral research can pursue nuclear-related research through the Ph.D. curriculum in Nuclear and Industrial Safety Engineering. This curriculum is part of the University’s doctoral training in industrial engineering and focuses on advanced training and research in nuclear engineering and industrial safety.
The University of Pisa was officially founded in 1343 and has deep roots in Italian and European academic history. It also counts Galileo Galilei among the notable figures connected with the university.
5. ETH Zurich
ETH Zurich is a major public university in Switzerland known for science, technology, engineering, and mathematics. Its nuclear engineering option is offered as a joint Master’s program with EPF Lausanne.
The Master in Nuclear Engineering is a two-year, 120 ECTS program taught in English. Upon completion, students receive a Master of Science in Nuclear Engineering delivered jointly by ETH Zurich and EPF Lausanne.
The program covers the energetic use of nuclear fission and fusion as well as non-energy applications of radiation in industry, medicine, and research. Students study areas such as neutron and reactor physics, nuclear power plant technology and safety, novel reactor concepts, nuclear materials and fuels, and related applications of radiation.
Because the program is designed for students with strong backgrounds in engineering and the natural sciences, applicants should review the qualifying disciplines and admissions requirements carefully before applying.
We hope that you found this article on the best nuclear engineering schools in Europe informative and helpful. If you are interested, check out the Available Programs in Europe!
