Master in Mathematical Modelling and Scientific Computing

The University of Oxford, located in Oxford, United Kingdom, is a historic institution that offers you a unique learning experience. Founded in 1096, it provides a rich academic environment with many advantages, including its renowned faculty, research opportunities, and diverse student body. You will be part of a community that values intellectual pursuit and independent study.

Oxford focuses on many subjects, including programs in engineering, business, and medicine, with a total of 254 programs available. Specifically, you can explore different fields through its various departments and research areas. English is the primary language of instruction, and you will have the opportunity to engage with leading scholars and Nobel laureates in your chosen field.

As a student, you will be based in Oxford, a city that offers a unique blend of history, culture, and entertainment. You will have access to modern facilities, including libraries, labs, and student clubs, which will enhance your learning experience. With 12,000 international students, you will be part of a global community, and the city's compact size makes it easy to get around and explore. Many opportunities for you include exploring the city's famous museums, attending cultural events, and participating in student activities that will make your time at Oxford truly unforgettable.

The Master in Mathematical Modelling and Scientific Computing at the University of Oxford is a full-time program that provides training in applying mathematics to science and technology problems. This one-year master's course is designed for students with a strong mathematics background. The program's main advantages include its emphasis on problem formulation, analytical and numerical techniques, and computation of useful results.

The curriculum consists of taught courses, a dissertation, and core courses in mathematical modelling and numerical analysis. Students develop skills in problem-solving, mathematical modelling, and scientific computing, and can choose from a range of special topics and case studies. The program also includes a dissertation component, where students work on a research project and develop their skills in independent research.

Graduates of this program can pursue careers as Mathematical Modellers, Data Analysts, Computational Scientists, or Research Engineers. They can work in industries such as finance, healthcare, or environmental science, and can be employed by organizations such as the Met Office or the European Space Agency.