Connection learning: a framework for the development of teaching
Ian Sadler
Abstract
Open-access reader
Ian Sadler
Abstract
Open-access reader
The author explores how student learning can be enhanced through the appropriate development of teaching skills. In his review of elements of best practice drawn from the literature, conference material, and action research, the concept of “con¬nectivity” emerged as a recurring, implicit term. From this evolved the concept of “connection learning,” which is based on the principle that learning is about creating links between concepts, ideas, and experiences. Connection learning creates an innovative way to think about teaching and learning based on student-centered learning and conceptual change. The author proposes a framework aligning these overarching conceptions of teaching with daily teaching and learning strategies.
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The author explores how student learning can be enhanced through the appropriate development of teaching skills. In his review of elements of best practice drawn from the literature, conference material, and action research, the concept of “con¬nectivity” emerged as a recurring, implicit term. From this evolved the concept of “connection learning,” which is based on the principle that learning is about creating links between concepts, ideas, and experiences. Connection learning creates an innovative way to think about teaching and learning based on student-centered learning and conceptual change. The author proposes a framework aligning these overarching conceptions of teaching with daily teaching and learning strategies.
Key concepts: Mathematics education, Experiential learning, Connection (principal bundle), Teaching method, Concept learning, Action research, Active learning (machine learning), Conceptual change