Resisting reductionism in mathematics pedagogyTools Foster, Colin (2013) Resisting reductionism in mathematics pedagogy. The Curriculum Journal, 24 (4). pp. 563585. ISSN 09585176
AbstractAlthough breaking down a mathematical problem into smaller parts can often be an effective solution strategy, when the same reductionist approach is applied to mathematics pedagogy the effects are far from beneficial for students. Mathematics pedagogy in UK schools is gaining an increasingly reductionist flavour, as seen in an excessive focus on bitesized learning objectives and a tendency for mathematics teachers to pathsmooth their students’ learning. I argue that a reductionist mathematics pedagogy severely restricts students’ opportunities to engage in authentic mathematical thinking and deprives them of the enjoyment of solving richer, more worthwhile problems, which would forge connections across diverse areas of the subject. I attribute the rise of a reductionist mathematics pedagogy partly to an assessmentdominated curriculum and partly to a systemic deprofessionalisation of teachers through a performative accountability culture in which they are constantly required to prove to nonspecialist managers that they are effective. I argue that pedagogical reductionism in mathematics must be resisted in favour of a more holistic approach, in which students are able to bring a variety of mathematical knowledge and skills to bear on rich, challenging and nonroutine mathematical tasks. Some principles for achieving this are outlined and some examples are given.
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