About the subject
As a teacher, would you like to go deeper or maybe expand your knowledge on the teaching and learning of mathematics? You can study courses that aim at strengthening your professional knowledge and that can also be directly used in teaching, as well as give you a basis for further studies in mathematics education.
Mathematics as a subject in schools has a double aim. On the one hand, it is a general formative subject that promotes people’s understanding and creative use of mathematically based technological systems. It also makes possible to become an active and critical citizen who can make informed decisions in many everyday situations. On the other hand, it is a subject that prepares for further education in mathematically intensive programs.
In the first years of school mathematics is connected to the exploration of the surroundings that allow conceptual development as well as acquisition of mathematical language and symbols. In afterschool programs it is about the use of informal mathematical activities. And in the later years of school and high school, mathematics is about a progressive path of formalisation and abstraction.
Mathematics education is the scientific basis for the work of mathematics teachers. It addresses issues of teaching, conceptual development and learning. For example, it includes the exploration of questions such as how a particular mathematical content is communicated in a teaching situation, which mathematical areas and competencies are prioritized and why, and why is mathematics a central area of the curriculum in school. Other important areas that mathematics education explores are the use of teaching materials and ICT, the configuration of curricula, attitudes towards mathematics and the significance of language, culture, gender and identity development in relation to mathematics.
Today there is a large demand for teachers. As a mathematics teacher you are very attractive in the job market. The continuation of studies in mathematics education after the teacher examination can give you possibilities of a carrier development. It can also be the basis for further research education.
Courses and programmes
Course at bachelor's level
Course at master's level
PhD studiesChoosing a research education in this area allows to develop competencies of importance for current knowledge-based school development and for further academic work in higher education. Together with experienced researchers and becoming part of the research environment in the area, research students learn to define workable research problems of relevance to practice. The results produced contribute to knowledge in Sweden and internationally. As a research student one becomes a member of a large and vibrant international area of educational studies.
Research in mathematics education is the systematic study of the many facets of mathematics as a subject of teaching and learning in current society. The research at the department covers all the levels of the educational system. It also studies areas were mathematics is used as part of professional tools for action (e.g., adult work-place mathematics learning and mathematics teachers’ professional practice). The research also adopts a variety of theoretical perspectives from pedagogy, psychology and cognition, sociology and cultural studies, and educational sciences. This unfolds in topics such as children’s mathematical reasoning and thinking, higher mathematics conceptual development, assessment of mathematics learning, multilingualism and cultural diversity in school mathematics learning, school mathematics and social inclusion and exclusion, and mathematics’ teachers learning and professional development.
The research not only connects to traditions in Sweden, but also follows contemporary trends in the international research in mathematics education. In this way, the research attends to concrete educational problems in Sweden, as well as contributes to international knowledge production in the field.