Pedagogy for Creative Problem Solving

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A01=Peter Merrotsy
Actiotope Model
Author_Peter Merrotsy
Big C Creativity
Category=JNA
Category=JNC
Category=JNT
CKEs
classroom innovation
cognitive development theory
CPS
Creative Problem Solving
Creative Problem Solving Group
Creative Problem Solving Process
Creative Productive Giftedness
Creativity
Cultural Creative Expression
educational psychology
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eq_nobargain
eq_non-fiction
eq_society-politics
evidence-based creative teaching
Expert Performance Framework
Extraneous Cognitive Load
Figural Fragments
Gifted and Talented Students
Gifted education
Gifted Students
heuristic reasoning
High Creative Ability
High IQ Child
High Road Transfer
instructional design
Intrinsic Cognitive Load
Little C Creativity
Mastery Avoidance Goal Orientations
Mathematical Competitions
metacognitive strategies
Mini-c Creativity
Model Creative Problem Solving
Pedagogy
Problem Based Learning
Problem Solving Models
Regulated Learning
Solo Taxonomy
Sternberg's Triarchic Theory
Teacher Education Ministerial Advisory Group

Product details

  • ISBN 9781138704251
  • Weight: 235g
  • Dimensions: 156 x 234mm
  • Publication Date: 10 May 2017
  • Publisher: Taylor & Francis Ltd
  • Publication City/Country: GB
  • Product Form: Hardback
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This book provides students and practising teachers with a solid, research-based framework for understanding creative problem solving and its related pedagogy. Practical and accessible, it equips readers with the knowledge and skills to approach their own solutions to the creative problem of teaching for creative problem solving.

First providing a firm grounding in the history of problem solving, the nature of a problem, and the history of creativity and its conceptualisation, the book then critically examines current educational practices, such as creativity and problem solving models and common classroom teaching strategies. This is followed by a detailed analysis of key pedagogical ideas important for creative problem solving: creativity and cognition, creative problem solving environments, and self regulated learning. Finally, the ideas debated and developed are drawn together to form a solid foundation for teaching for creative problem solving, and presented in a model called Middle C.

Middle C is an evidence-based model of pedagogy for creative problem solving. It comprises 14 elements, each of which is necessary for quality teaching that will provide students with the knowledge, skills, structures and support to express their creative potential. As well as emphasis on the importance of self regulated learning, a new interpretation of Pólya's heuristic is presented.

Peter Merrotsy is a Mathematics educator who conducts research on gifted children from backgrounds of so-called disadvantage. He is an active member of state, national and international associations for gifted children and for Mathematics. Recent high-impact writing on invisible gifted children and creativity are just part of his over 150 articles and papers for journals, book chapters and conferences.

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