Master in Nuclear Physics

The University of Barcelona (UB) is a historic public research university founded in 1450, located in the vibrant city of Barcelona. With some 63,000 students and a significant international population, UB offers a wide range of undergraduate and graduate programs across arts and humanities, law, health sciences, social sciences and STEM fields. Its city-centered campuses combine historic buildings and modern facilities, giving students access to libraries, labs, research centers and cultural life in one of Europe’s most dynamic cities.

UB is known for research excellence and international collaboration, with notable strengths in law, medicine, economics and business. Students benefit from comprehensive academic support, structured degree programs, and opportunities for internships with local and international employers. Multilingual instruction and language support help international students integrate, while study abroad exchanges and research partnerships create pathways for global mobility and collaborative projects.

Student life at UB blends academic rigor with Barcelona’s cultural richness: museums, industry hubs, startups and a large creative sector provide internship and networking possibilities. Career services, student organizations and campus resources assist with practical matters like housing and legal documentation. For international applicants seeking a large, research-led European university with strong professional links, UB combines historic prestige, modern facilities and an engaging urban experience.

The Master in Nuclear Physics at the University of Barcelona is a degree program for individuals interested in nuclear physics, offered in English, and lasting one year. It provides advanced training in theoretical, experimental, and applied nuclear physics, and helps students develop skills in research and academic specialization.

The curriculum covers topics such as atomic nuclei, nuclear interactions, and nuclear applications, and gives students hands-on experience with computational tools and programming methods used in nuclear physics experiments. Students develop skills in scientific research, experimental techniques, and data analysis.

Graduates can pursue careers as research scientists, nuclear physicists, data analysts, medical physicists, or radiation protection officers in academic institutions, research centers, hospitals, or companies involved in energy, finance, or medical technology.