Master in NUCLEAR ENGINEERING

At Università di PISA, tuition is 2,900 EUR per year.

Taught in English at Università di Pisa over two years, this master's programme in Nuclear Engineering covers the science and engineering principles behind the generation and application of nuclear energy. The discipline draws on physics, particularly nuclear and reactor physics, together with thermodynamics, fluid mechanics, and materials science, to study how nuclear reactions can be harnessed safely for power generation and other uses. Students typically study reactor design and operation, radiation protection and safety, nuclear fuel cycles, and the regulatory frameworks that govern the nuclear industry, alongside more general engineering coursework in heat transfer and systems design. Given the safety-critical nature of the field, risk assessment, safety engineering, and the management of radioactive materials and waste are consistent themes throughout the curriculum. Some programmes also address the use of nuclear and radiation technologies beyond power generation, including applications in medicine, industry, and scientific research. Laboratory and simulation work is typically used to complement theoretical study, since direct experimentation with nuclear systems requires specialized facilities. Graduates of nuclear engineering programmes pursue careers with energy companies and utilities operating or decommissioning nuclear power plants, engineering firms involved in reactor design and safety analysis, and regulatory bodies overseeing nuclear safety standards. Others move into research roles at national laboratories or universities, working on next-generation reactor technologies or nuclear fusion research, or into roles applying radiation science in medical physics and industrial settings. As countries reassess the role of nuclear power within broader energy strategies, engineers trained in this field remain relevant to both the operation of existing infrastructure and the development of new nuclear technologies, drawing on a strong foundation in physics and engineering principles built over the two years of study.