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MSc Advanced Mathematical Modelling

  • DeadlineStudy Details: 1 Year Full-time

Masters Degree Description

Our MSc Advanced Mathematical Modelling is an advanced course that offers the opportunity to develop skills in understanding, predicting, and solving complex real-world problems.

From climate modelling and fluid dynamics to medical applications and engineering design, the ability to develop and analyse mathematical models is in high demand across industries and research sectors.

This MSc is designed for students who want to apply advanced mathematical techniques to practical challenges. The programme offers:

  • a strong foundation in applied mathematics, including mathematical biology, fluid dynamics, numerical analysis, and machine learning
  • hands-on experience in developing and analysing models that describe real-world systems
  • training in both analytical and computational techniques, ensuring graduates have a versatile skill set
  • the opportunity to undertake an individual research project, working on cutting-edge problems in collaboration with academic staff and potentially industry partners

Entry Requirements

Minimum second-class (2:2) honours degree or overseas equivalent* in Mathematics, Computer Science or a closely related discipline containing a strong Mathematical component.

Prospective students with relevant experience or appropriate professional qualifications are also welcome to apply.

*For Australia and Canada, normal degrees are accepted.

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Fees

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Student Destinations

Graduates of the MSc in Advanced Mathematical Modelling will be well-equipped for careers in a wide range of industries, including:

  • engineering and manufacturing
  • finance and risk modelling
  • data science and machine learning
  • energy and environmental modelling
  • healthcare and biomedical research

Employers in research, industry, and academia highly value the analytical and computational skills developed throughout the programme. Graduates may pursue roles as mathematical modellers, data analysts, simulation engineers, quantitative researchers, and consultants.

The MSc also provides an excellent foundation for further research at PhD level, particularly in applied mathematics, computational modelling, and interdisciplinary scientific research.

Module Details

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