Home   Austria   Belgium   Bulgaria   Croatia   Czech Republic   Finland   France   Germany   Hungary   Italy   Lithuania   Netherlands   Poland   Romania   Serbia   Slovakia   Slovenia   Spain   Sweden   Switzerland   United Kingdom   ENS SERVICE   Education & Training Sweden General Information Stakeholders Universities Research Institutes National Authorities Industry Others Career opportunities Overview with the Universities Royal Institute of Technology Nuclear Power Safety Numerical Methods in Nuclear Engineering Multiphase Flow and Heat Transfer Master of Nuclear Energy Engineering Nuclear Chemistry Reactor Physics PhD programme managed by Department of Nuclear Reactor Physics Chalmers Institute of Technology Master’s program in Nuclear Engineering Courses of Nuclear Chemistry Uppsala University B.Sc. in nuclear engineering program Courses in Applied Nuclear Physics PhD program at Nuclear and Particle Physics Lund University Bachelor level courses   Master level courses in Physics: Theoretical Nuclear Physics   Master Programme in Synchrotron Radiation Based Science Stockholm University Master’s programme in Physics PhD’ programme in Experimental Physics with Research programmes in nuclear and particle Physics EHRO-N University Locator Universities Master’s Programme in Nuclear Energy Engineering at the Royal Institute of Technology Undergraduate/ Graduate courses in Nuclear Power Safety Numerical Methods in Nuclear Engineering Multiphase Flow and Heat Transfer Education provided by the reactor physics Courses in: Reactor Physics   Transmutation of nuclear waste Radiation damage in materials   Chemistry and physics of nuclear fuels   Generation IV reactors   Nuclear fuel cycle   Management in the Nuclear Power Industry   Research methodology in physics Nuclear Chemistry Undergraduate courses in: Nuclear Chemistry Nuclear Fuel Cycle Reactor Chemistry Radical Chemistry PhD programme managed by Department of Nuclear Reactor Physics Open Postdoctoral position at the Division of Nuclear Power Safety Master’s program in Nuclear Engineering at the Chalmers Institute of Technology (CTH), Gothenburg Courses of Nuclear Chemistry B.Sc. in nuclear engineering program at the Uppsala University Nuclear Physics Applied Nuclear Physics Courses of Applied Nuclear Physics (information only in Swedish) Graduate and undergraduate courses in electrical or mechanical engineering with the following topics in the third year: Introduction to nuclear power Reactor physics Thermal hydraulics and steam turbine technology Light-water reactor technology Chemistry, materials and fuel Electrical power technology Nuclear power safety Nuclear power operation Future nuclear energy systems – Gen IV, fusion PhD program at Nuclear and Particle Physics Nuclear Research The nuclear technology research in Uppsala aims at increased utilisation efficiency of natural resources, future reactor technologies e.g. Gen-IV, safeguards and final deposit of spent nuclear fuel. The fusion research is concentrated on burning fusion plasmas with large-scale electricity production as the long-term goal. Bachelor level courses at the Lund University Bachelor level courses in Physics: Nuclear Physics and Reactors Master level courses in Physics: Nuclear reactor Physics Theoretical Nuclear Physics Master Programme in Synchrotron Radiation Based Science A master program which opens the wide spectrum of science present at the national laboratory MAX-lab. By integration of the capabilities at MAX-lab and its researchers a base is given within large areas of natural sciences; chemistry, physics and biology. The program will be open for all students with a BA in natural sciences. After an introduction a more thorough understanding of common scientific areas will be given and a possibility to complement important courses. An independent project is started early to rapidly get in contact with the research groups. A large part of the program is elective to be able to direct your education towards your own goal. More information Master’s programme in Physics at the Stockholm University During the first year the students has to choose two courses among Atomic Physics, Molecular Physics I, Nuclear physics, Elementary Particle Physics, Optics and Laser Physics, and Condensed Matter Physics I, and one of Analytical Mechanics, Electrodynamics I, Quantum Mechanics III, and Statistical physics I. PhD’ programme in Experimental Physics with Research programmes in nuclear and particle Physics