Master in Computational Science (joint degree UvA/VU)

The University of Amsterdam (UvA), founded in 1632 and located in the heart of Amsterdam, is one of the Netherlands’ most prestigious research universities. As a large, internationally oriented institution, UvA offers a wide range of programs across faculties such as humanities, social and behavioural sciences, economics and business, science, law, medicine and dentistry. Its metropolitan setting and historic campus combine with modern facilities to support a vibrant academic community.

UvA enrolls tens of thousands of students and provides hundreds of master’s and bachelor’s options, including many English-taught programs and research opportunities across more than 20 priority areas. The university’s strengths include interdisciplinary research institutes, strong international collaborations and a focus on societal impact. Students can access specialized research centres, internships in Amsterdam’s dynamic job market, and study abroad options via established exchange networks.

International applicants benefit from extensive support services, clear admissions guidance and housing assistance through university and partner residences. Studying in Amsterdam offers cultural diversity, excellent public transport and a creative, innovative urban environment. Graduates from UvA move into careers in academia, public service, business and the arts, drawing on the university’s rigorous training, research reputation and global connections.

The Master in Computational Science at the University of Amsterdam is a 2-year joint degree program with VU. This program is for students who want to develop models and simulations to understand natural systems. The degree provides a strong foundation in computational science and helps students develop problem-solving skills.

The curriculum includes core compulsory courses, restricted-choice courses, and free-choice elective courses. Students take courses on topics like modeling and simulation, and can choose electives in application domains like climate modeling or materials science. They also work on a graduation project, where they apply their knowledge to a real-world problem.

Graduates of this program can pursue careers as Data Scientists, Computational Biologists, Climate Modelers, or Software Engineers. They can work in industries like finance, healthcare, or energy, using their knowledge of computational science to drive innovation and solve complex problems.