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Entwistle (1998) draws directly on Perry to argue<br />

that students’ conceptions of <strong>learning</strong> are linked to<br />

their progress through these stages of thinking about<br />

knowledge and evidence. Yet this development takes<br />

time and it cannot be assumed, for example, that<br />

first-year undergraduates can readily use relativist<br />

thinking, even though many curricula and assessment<br />

tasks assume that they can. Drawing on Marton and<br />

Säljö’s ideas about deep and surface <strong>learning</strong> (1976),<br />

Entwistle argues that if students have a sophisticated<br />

conception of <strong>learning</strong> and a rich understanding of the<br />

nature of knowledge and evidence, they adopt a deep<br />

approach in order to reach their own understanding<br />

of material and ideas. If, on the other hand, they see<br />

<strong>learning</strong> as memorising or acquiring facts, and their<br />

intention is merely to meet course requirements<br />

or to respond to external injunctions, they are likely to<br />

adopt a surface approach. A surface approach relies<br />

on identifying those elements within a task that are<br />

likely to be assessed and then memorising the details.<br />

However, students do not only adopt deep and surface<br />

approaches. The structure of a curriculum and the<br />

demands of summative assessment exert a strong<br />

influence on approaches to <strong>learning</strong>. Entwistle argues<br />

that summative assessment in higher education<br />

usually encourages a strategic approach where students<br />

combine deep and surface approaches in order to<br />

achieve the best possible marks. Students using this<br />

approach become adept at organising their study time<br />

and methods, attend carefully to cues given by teachers<br />

as to what type of work gains good grades or what<br />

questions will come up in examinations. If this argument<br />

is valid, it is likely that the increased use of explicit,<br />

detailed assessment criteria used in many courses<br />

will encourage this strategic approach.<br />

Students’ approaches to <strong>learning</strong> emerge in subtle,<br />

complex ways from orientations, conceptions<br />

of <strong>learning</strong> and types of knowledge and different<br />

motives. All these factors fluctuate over time and<br />

between tasks. Entwistle argues that consistency<br />

and variation in approaches can therefore be<br />

evident simultaneously. However, he maintains that<br />

students show sufficient consistency ‘in intention<br />

and process across broadly similar academic tasks<br />

to justify measuring it as a dimension’ (Entwistle,<br />

Hanley and Hounsell 1979, 367). Studies, such<br />

as those by Pask (1976), demonstrate students’<br />

consistency in experimental situations and normal<br />

studying, but qualitative studies by Marton and Säljö<br />

(eg 1976) show evidence of variability, where students<br />

adapt their approaches according to the demands<br />

of a specific task.<br />

This evidence leads Entwistle to argue that a focus<br />

on process rather than intention affects the degree<br />

of consistency or variability of students’ approaches.<br />

Entwistle differentiates between a ‘style’ – as a broader<br />

characteristic of a student’s preferred way of tackling<br />

<strong>learning</strong> tasks; and ‘strategy’ – as a description of the<br />

way that a student chooses to tackle a specific task<br />

in the light of its perceived demands. Entwistle draws<br />

on Pask’s distinction between holist and serialist<br />

strategies to argue that distinct <strong>learning</strong> <strong>styles</strong> underlie<br />

strategies. These <strong>styles</strong> are based on relatively fixed<br />

predispositions towards comprehension <strong>learning</strong> and<br />

operation <strong>learning</strong> (see the introduction to Section 7<br />

for explanation).<br />

Strategy is defined (Entwistle, Hanley and Hounsell<br />

1979, 368; original emphasis) as the way ‘a student<br />

chooses to deal with a specific <strong>learning</strong> task in the<br />

light of its perceived demands’ and style ‘as a broader<br />

characterisation of a student’s preferred way of tackling<br />

<strong>learning</strong> tasks generally’.<br />

Entwistle argues (1990, 675) that stylistic preferences<br />

are often strong:<br />

perhaps reflecting cerebral dominance of left (serialist)<br />

or right (holist) hemispheres of the brain, combined<br />

with firmly established personality characteristics of the<br />

individual. Strong stylistic preferences may be rather<br />

difficult to modify, implying that choice in both materials<br />

and methods of <strong>learning</strong> is important for allowing<br />

students to learn effectively.<br />

It is not clear what evidence Entwistle draws upon<br />

to link comprehension and operation <strong>learning</strong> directly<br />

to ideas about brain hemispheres or personality.<br />

Evidence from studies that explore the effects<br />

of personality on studying leads Entwistle to argue<br />

that it is possible to identify three distinct personality<br />

types in higher education courses:<br />

non-committers (cautious, anxious, disinclined<br />

to take risks)<br />

hustlers (competitive, dynamic, but insensitive)<br />

plungers (emotional, impulsive and individualistic).<br />

Over time, he argues (1998), these might develop<br />

towards an ideal fourth type – the reasonable<br />

adventurer who combines curiosity and the ability<br />

to be critical and reflective. Entwistle, McCune and<br />

Walker (2001, 108) argue that:<br />

the intentions to learn in deep or surface ways are<br />

mutually exclusive, although the related <strong>learning</strong><br />

processes may sometimes become mixed in everyday<br />

experience. The combination of deep and strategic<br />

approaches is commonly found in successful students,<br />

but a deep approach on its own is not carried through<br />

with sufficient determination and effort to reach<br />

deep levels of understanding.<br />

Defining features of approaches to <strong>learning</strong> and<br />

studying are represented in Table 32:

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