This English-taught master's provides a broad, integrated grounding in the scientific and technical foundations of nuclear technologies. You will develop a critical grasp of the underlying theories, principles and methods, and be trained to expand your knowledge independently. Emphasis is placed on applying scientific judgement to real-world problems while taking account of social and ethical considerations.
The programme builds practical skills in collecting and interpreting data, formulating and defending technically sound solutions, and communicating ideas to both specialists and non-specialists. Instruction uses problem-based learning and teamwork, and includes modules in business and management, research planning and scientific writing to strengthen professional readiness. Students are expected to take responsibility for continuous learning and to engage in collaborative, interdisciplinary work.
Modern, well-equipped laboratories are central to the training, giving you the opportunity to apply theory in practice. Advanced students plan and execute group projects, produce written reports and present results in class. Two independent projects are integrated into the curriculum so you can deepen your expertise and focus your studies on particular applications of nuclear technology.
Study focus — key areas
This Master's program combines traditional teaching (lectures and exercises) with hands-on laboratory work, seminars and supervised projects to ensure you can both understand and apply nuclear engineering concepts. Throughout the course you are expected to design and carry out individual projects and to communicate your findings in written papers and oral presentations — skills that are emphasised alongside technical training.
The first semester builds a solid foundation in nuclear science, including consideration of ethical issues related to the field. In the second semester you move into focused study within one of four specialisation tracks — Nuclear Technology, Nuclear Chemistry, Medical Physics or Nuclear Waste Management — where you learn to analyse and solve problems specific to your chosen area.
In the third semester you begin your first formal research project, gaining practical research experience. The fourth semester is dedicated to the Master’s thesis: you conduct in-depth research in collaboration with research institutions, industrial partners or in the programme’s well-equipped laboratories. By the end of the degree you will have practical laboratory experience, project-management and research communication skills, and specialised problem-solving competence relevant to industry or academic careers.
Key modules and learning outcomes
Curriculum requirements (what you will be expected to do)
This master's programme expects applicants to hold a relevant undergraduate degree from a recognised institution. Candidates should have completed a bachelor-level qualification in a related subject area and demonstrate strong academic performance.
For international applicants, equivalent degree titles from your home country are acceptable as long as they correspond to the qualifications listed below and show high academic standing.
Winter Semester (International)
See the websiteNuclear Applicationsfor current application deadlines.
Graduates are prepared for technical and research roles across the nuclear sector, including positions in nuclear power and fuel-cycle companies, radiopharmaceutical and radiochemistry firms, medical physics departments, radiation protection and safety authorities, and nuclear waste management organisations. The programme's practical lab training and industry/research project experience support employability in both industrial and institutional settings.
The curriculum's emphasis on research planning, scientific writing and interdisciplinary teamwork also provides a solid foundation for continuation to PhD studies or roles in applied research at national laboratories and universities. Employers will value the programme's combination of theoretical grounding, hands-on experience and communication/management skills.
TU Dortmund University — Dortmund
Esslingen University of Applied Sciences — Esslingen am Neckar
TU Bergakademie Freiberg — Freiberg
University of Siegen — Siegen