Mathematics education connects the understanding of mathematics with its explanation, teaching and practical use. The subject topics below include advanced mathematical work, modelling, data analysis and pedagogy.
Mathematical foundations and applications
Real-world scenarios can be used to explore the relevance of mathematics in different fields. Such work can support problem-solving practice when learners explain their assumptions, method and result. The link between a mathematical concept and its application should be made explicit.
Coding, algebra and calculus
Coding and computational thinking connect programming languages with mathematical modelling and analysis. These topics can be considered alongside the mathematical reasoning that a model or analysis requires. The Computer Science guide provides related context for algorithms, computation and the reasoning behind a computational method.
Modelling, simulation and scientific connections
Mathematical modelling and simulation connect mathematical principles with situations being studied. A modelling task should explain the relationship between the mathematics and the scenario, including the assumptions that make the representation useful. The Applied Mathematics guide offers related reading on mathematical models and the assumptions connecting them with an application.
Data analysis and statistical methods
Data analysis and statistical methods concern the interpretation of datasets and the reasoning used to draw conclusions. A study task should distinguish the data, the method and the conclusion it supports. The Statistics guide adds related foundations for probability, inference and the interpretation of data.
Pedagogy, communication and projects
Mathematical pedagogy focuses on the teaching and explanation of mathematical ideas. Teaching methods and communication are central topics to examine.
A mathematical project can bring together concepts, methods and a stated problem. A practical task allows the relationship between them to be explained.
Planning further study
For a particular course, request the current curriculum, entry requirements, award details and assessment arrangements. Confirm practical supervision, facilities, placements and any professional recognition directly for the intended programme.
Browse INTIAU Courses for other subjects, or use Contact for questions about university services.
The ICMI mathematics-education resources connect research, discussion and the theory and practice of mathematics education. They offer external context for examining how mathematical ideas are taught and understood.
Questions about Mathematics Education
Which mathematical topics can extend foundational study?
Advanced algebra and calculus are further mathematical topics to investigate. They extend the foundations needed for more advanced mathematical exploration.
Why explain the contribution of mathematics in an interdisciplinary problem?
Applications across scientific subjects can bring different forms of knowledge into the same problem. Explaining the contribution of the mathematics helps make that collaboration precise and provides questions for further investigation.
Article illustrations
