Pythagoras · 2005 · 21 citations · 14 references
EducationEducational TechnologyMathematics EducationCreative Problem SolvingCreativityMathematics InstructionMathematics Education ApplicationsMathematics PedagogyProblem-solving StrategiesComputer-assisted Mathematics InstructionCreativity InstructionIntellectual AbilityMathematical Problem Solving InstructionMathematical ThinkingProblem-based Learning In MathematicsStudent Thinking In Mathematics
The paper looks at interrelationships between creativity and technology in the teaching and learning of mathematics. It suggests that a proper use of various technologies especially computers in the teaching and learning of mathematics has the potential of helping learners to develop their creativity. The technologies can provide an atmosphere under which mathematical skills can be extended beyond the ability to calculate or reproduce problems and enable learners to investigate, analyse and interpret problems at hand. Furthermore, with computers learners can use an experimental approach to deal with mathematical problems, which can lead to conjecture, pattern finding, examples and counter examples. In fact, if used effectively, computational aids can help in improving learners’ intellectual ability and hence mathematical achievement while fostering the requisite creativity not found in the traditional approach.
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The Commission on Higher Education.
North Carolina · PubMed · 1968 · 551 citations
Creativity: Asset or Burden in the Classroom?
Erik L. Westby, V. L. Dawson · Creativity Research Journal · 1995 · 361 citations
The Characteristics of Mathematical Creativity
Bharath Sriraman · The Mathematics educator · 2015 · 173 citations · Full text