MSc Applied Mathematics

at University of Birmingham

• The programme is designed to transform students with strong mathematical backgrounds into well-rounded multidisciplinary scientists. 
• Students will enhance their mathematical skills while learning to solve real-world problems and work effectively in teams.
• Participants will learn to expand their expertise into other fields and collaborate with research leaders and peers from different disciplines, gaining practical experience in interdisciplinary research and problem-solving.
• The programme, offered by the renowned School of Mathematics, provides a globally respected qualification. 
• Graduates will be taught by world leaders in their fields, making them attractive candidates in a highly competitive job market.

Modules 

Core modules

Select one of the following:

• Postgraduate Taught Knowledge Exchange Pathway  - 60 credits
• Research Project in Applied Mathematics  - 60 credits

Optional modules Advanced Mathematical Modelling Semester 1

• Advanced Mathematical Biology Semester 2
• Advanced Mathematical Finance Semester 2
• Applied Mathematical Analysis Semester 2
• Continuum Mechanics Semester 1
• Mathematical Finance Semester 1
• Medical Statistics Semester 2
• Methods in Partial Differential Equations Semester 1
• Nonlinear Waves Semester 2
• Numerical Methods and Numerical Linear Algebra Semester 2
• Topics in Applied Mathematics Semester 1

Important Dates

The programme starts every September. Prospective students should frequently visit the university's website for the latest updates on the application process. Although applications can be submitted via UCAS, it is essential for students to ensure all necessary documents are prepared before submission.

• Students must posses a second-class Honours degree or international equivalent  in a relevant subject from an accredited university or institution.
• IELTS: 6 TOEFL: 80

The MSc Applied Mathematics is £27,270/yr. Students can ensure prudent financial management by consistently monitoring the university's website for updates on fees and potential additional expenses, empowering them to make informed financial decisions.

This course prepares students for careers in scientific research and various industrial sectors such as biotechnology, industrial engineering, and pharmaceuticals. With a strong emphasis on developing mathematical and computational skills, graduates will be well-equipped to collaborate with experimental scientists. The programme also fosters essential transferable skills, including teamwork, communication, problem-solving, and time management, particularly through the summer research skills project. Additional career support is available from the School of Mathematics and the University's career services, enhancing employability in a competitive job market.