Module Texts
Chosen Examination Board Specification documents
BROOKS, V. (2002) Assessment in Secondary Schools, Open University Press, ISBN 0-335-20637-9
CAPEL, LEASK AND TURNER (2009) Learning to Teach in the Secondary School, Routledge, ISBN-10: 0415478723
GRAHAM, A. (2005) Developing Thinking in Statistics, Open University Press, ISBN1412911672
GOULDING, M. (2005) Learning to Teach Mathematics, David Fulton Publishers, ISBN-10: 1843120283
JOHNSTON-WILDER, P. PIMM, D. AND LEE, C. (2010) Learning to teach mathematics in the secondary school: A Companion to School Experience, Routledge, ISBN-10: 0415565588
JOHNSTON-WILDER, S. MASON, J. (2005) Developing Thinking in Geometry, Open University, ISBN-10: 1412911699
NICKSON, M. (2004) Teaching and Learning Mathematics, Continuum International, ISBN-10: 0415565588
MASON, J. GRAHAM, A. JOHNSTON-WILDER, S. (2005) Developing Thinking in Algebra, Open University, ISBN 1-4129-1171-0
ORTON, A. (2004) Learning Mathematics: Issues, Theory, and Classroom Practice, Continuum International, ISBN 10: 0826471145
SPENDLOVE, D. (2009) Putting Assessment for Learning into Practice, Continuum International, ISBN-10: 1847064108
TANNER, H. AND JONES, S. (2000) Becoming a Successful Teacher of Mathematics, Routledge, ISBN-10: 1412947936
WATSON, A. HOUSSART, J. ROAF, C. (2006) Supporting Mathematical Thinking, David Fulton / Nasen Publication, ISBN-10: 1843123622
Module Learning Strategies
University workshops will draw upon your school experience and help you to interpret that experience in the light of current practice in Mathematics education. Some sessions will introduce you to themes through focussed practical tasks, Examining Board publications and leading texts. At other times you will be asked to focus on evidence you collect through your school experience. You will also be asked to use the ideas explored in the sessions in planning your future work. You will also be asked to collaborate with others in preparing and presenting your views on key issues. Your work in this module will be supported through regular meetings with your subject mentor. You will be expected to take responsibility for relating the issues addressed in this module to your personal experience and building up evidence in your portfolio. Your subject mentor and university tutor will support you in this process.
A further 252 hours of independent study will require you to take responsibility for relating the issues addressed in this module to your personal experience and building up evidence in your portfolio. Your mentor and university tutor will support you in this process.
Module Additional Assessment Details
Learning outcomes will be assessed through:
An assignment of 3000 words based on a critical evaluation of a teaching resource/activity in the context of its contribution to the wider school curriculum and its place in a scheme of work/Specification. Assesses learning outcomes 1, 2, 3 and 4.
Module Indicative Content
Mathematics Education in the School Curriculum:
Aims and objectives of Mathematics education; subject curriculum history and current curriculum debate; the nature of Mathematics education. The variety of contexts: A2 and AS level, GCSE and KS3; functional Mathematics. Recent curriculum development activities.
Preparing for Teaching and Learning
Objectives and lesson planning; designing classroom tasks using a variety of resources; preparing schemes of work and issues in progression; assessment and record keeping; using simulations and practical; using visual stimulus; creativity in Mathematics education.
Assessment
Formative, summative and examinations, links to KS3 documents and Specifications, homework assignments: reports, requirements to public assessment at KS2 and KS4, Assessing pupil progress (APP).