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Figure 8.1: Views from three traditions: the foundations of learning and research<br />

Cognitive psychology<br />

Knowledge about the world is represented mentally.<br />

The mind is (metaphorically) an information-processing machine.<br />

Working memory is very limited, which constrains simultaneous manipulation of knowledge.<br />

Reliable scientific knowledge is gained primarily through hypothesis testing, experimental setups, and quantitative analysis.<br />

Constructivism(s)<br />

Knowledge is a subjective (or social) construction.<br />

Different individuals/societies have different knowledge and different ‘truths’.<br />

Knowledge may not reflect any external world.<br />

Qualitative, interpretive inquiry is (also) needed to gain scientific insight.<br />

Phenomenography<br />

Knowledge resides in experience, which is an inextricable two-way relationship between person and world.<br />

Any phenomenon is understood only in a small number of qualitatively different ways.<br />

Humans have a very limited capability for simultaneous focal awareness of phenomena and their aspects.<br />

Qualitative, interpretive inquiry can illuminate human experience on a collective level.<br />

Figure 8.2: Views from three traditions: mechanisms and processes of learning<br />

Cognitive psychology<br />

Excessive cognitive load on working memory prevents learning.<br />

Domain-specific schemas (mental representations of concepts and patterns) are a key ingredient of expertise.<br />

Abstraction to schemas facilitates chunking: ever larger elements can be dealt with as a single chunk.<br />

Lengthy practice leads to ever more automated schemas which no longer strain working memory.<br />

People are guided by their mental models of particular objects or systems; these models are often simplistic and incorrect.<br />

To successfully simulate a system’s behavior, a robust mental model of the system is needed.<br />

With increasing experience, initial mental models of specific systems generalize to abstract, transferable schemas.<br />

Constructivism(s)<br />

Specifics of knowledge construction are often left vague; however, new knowledge is seen as crucially building on prior<br />

knowledge.<br />

Some constructivists make use of cognitive theories such as schema theory. Some advocate conceptual change theories.<br />

Some emphasize the plurality of perspectives to learning.<br />

Social constructivists emphasize the interpersonal nature of learning and its situatedness within the authentic practice of<br />

communities.<br />

Phenomenography<br />

Each phenomenon has certain educationally critical aspects; each way of experiencing a phenomenon can be described in<br />

terms of these aspects.<br />

Each such critical aspect is characterized by a dimension of variation.<br />

Discerning variation along a dimension leads to discerning the critical aspect and to new ways of experiencing the phenomenon.<br />

The most significant form of learning is learning to experience phenomena in new, more powerful ways that permit more<br />

powerful ways of acting.<br />

Learning proceeds from understanding vague wholes to understanding ever more detailed parts within the wholes.<br />

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