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Mathematical Knowledge Management


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1 SUNY Fredonia, New York, United States
     

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This virtual presentation shares technology, techniques, and a more demanding use of the mathematical register to promote a better understanding of mathematics within a teacher preparation program. Knowledge of mathematics managed under these higher expectations should inevitably promote more creative and productive thinking that will extend to the elementary, middle and high school classrooms. Experts in knowledge and knowledge management are reminding us of the need to produce more curious, inventive, and productive math/science instruction to satisfy the technological needs of the twenty-first century. This presentation will share examples of how this is already being done at a university teacher-preparation program.

Keywords

Mathematical Register, Problem Solving/Posing, Higher Order Thinking.
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  • Eastaway, R. & Wyndham, J. (1998). Why do buses come in threes. NY: John Wiley & Sons.
  • Gattegno, C. (1963). Mathematics with numbers in colour. UK: Lamport Gilbert & Co., Ltd.
  • Hiebert, J. (1997). Making sense: Teaching and learning mathematics with understanding. NH: Heineman.
  • Klein, A.M. (2003). Learning how children process mathematical problems. UK: The Edwin Mellen Press.
  • Paulos, J.A. (1998). Once upon a number. NY: Perseus Book Group.
  • Willoughby, S.S. (1990). Mathematics education for a changing world. VA: ASCD. http://www.rtve.es/noticias/20110824/.

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  • Mathematical Knowledge Management

Abstract Views: 214  |  PDF Views: 0

Authors

Ana Maria Klein
SUNY Fredonia, New York, United States

Abstract


This virtual presentation shares technology, techniques, and a more demanding use of the mathematical register to promote a better understanding of mathematics within a teacher preparation program. Knowledge of mathematics managed under these higher expectations should inevitably promote more creative and productive thinking that will extend to the elementary, middle and high school classrooms. Experts in knowledge and knowledge management are reminding us of the need to produce more curious, inventive, and productive math/science instruction to satisfy the technological needs of the twenty-first century. This presentation will share examples of how this is already being done at a university teacher-preparation program.

Keywords


Mathematical Register, Problem Solving/Posing, Higher Order Thinking.

References