Cognitive flexibility theory is a theory of learning and instruction developed by psychologist Rand Spiro and colleagues in the late 1980s, addressing how learners can be taught to apply knowledge flexibly in ill-structured domains, subjects such as medical diagnosis, literary interpretation or history, where concepts and cases do not fit neatly into simple, rule-based categories. Spiro argued that traditional, oversimplified instruction, which presents a domain through a single, linear organization of neat examples, actually leaves learners unable to transfer their knowledge to the messy, case-specific situations experts actually face. The theory instead calls for revisiting the same material from multiple perspectives and in different contexts, an approach Spiro termed criss-crossing the conceptual landscape, and it directly motivated some of the earliest educational uses of hypertext, which let learners move nonlinearly between related cases rather than following one fixed sequence.
Facts
Core ClaimTheory developed by psychologist Rand Spiro and colleagues (late 1980s): learners in ill-structured domains such as medical diagnosis or literary interpretation need revisiting of material from multiple perspectives, criss-crossing the conceptual landscape, rather than one linear organization. 1 FAQs
What principles does cognitive flexibility theory give for designing instruction?
It calls for multiple representations, case-based teaching that builds knowledge, no oversimplifying, and interconnected knowledge sources.
Instructional design summaries of the theory list four principles. Learning activities should provide multiple representations of content. Materials should avoid oversimplifying the content domain and should support context-dependent knowledge. Instruction should be case-based and emphasize knowledge construction rather than the transmission of information. Knowledge sources should be highly interconnected rather than compartmentalized. The theory was formulated with interactive technology in mind, and its main applications have been literary comprehension, history, biology and medicine.
Sources
1. Wikipedia
Wikimedia FoundationCognitive flexibility, Implications for education and general learning sectionQuote, Cognitive flexibility, Implications for education and general learning section
Cognitive flexibility and other executive function skills are crucial to success both in classroom settings and life.
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