Teaching Secondary School Mathematics: Presentation and discussion on ways of teaching the central topics of school algebra, measurement, statistics, and geometry.
Pedagogy and curriculum theory of teaching mathematics and how a curriculum evolves or is designed.
Communication: Language as a vital role in the learning and teaching of mathematics; ‘multiple representations’ of mathematics as an aid to learning.
Digital Technologies and School Mathematics. How might digital technologies help or hinder mathematics learning in various areas of the school math's curriculum from calculus to coding?
Assessment in School Mathematics: From details of National Curriculum requirements and marking in practice to the discussion of the nature of assessment.
Philosophy and the nature of mathematical reasoning.
Society: an introduction to the sociology of mathematics education, cross-cultural issues and societal impacts on mathematics learning and participation.
Psychology: Development of children’s number of abilities from infancy to adolescence, neuroscientific insights into learning, attitudes, and the role of emotions in learning and participating in mathematics.
School Visit: Visiting local schools to observe mathematics lessons and discuss mathematics education in practice.
By the end of this module, you will:
The final grade for the course is based on 60% coursework (an essay of 2000 words), a 30% presentation (a video explanation about 30 minutes max), and a 10% exam (questions are pre-disclosed in March). There are four formative assignments during the course which gradually introduce students to course expectations and assessment criteria.