Qualitative_data_analysis
Qualitative_data_analysis
Qualitative_data_analysis
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60 QUALITATIVE DATA ANALYSIS<br />
Although ‘coding’ has become an accepted term for categorizing <strong>data</strong>, it has<br />
misleading connotations and is singularly inappropriate for qualitative <strong>analysis</strong>. In<br />
common usage, ‘codes’ are legal statutes arranged to avoid inconsistency and<br />
overlapping. They can also refer to symbols used for brevity (or secrecy) in place of<br />
ordinary language. Both usages are relevant in the use of ‘coding’ as a term for<br />
analysing <strong>data</strong> resulting from research where structured responses can be assigned<br />
unambiguously to pre-defined categories. But neither usage is appropriate for<br />
qualitative <strong>analysis</strong>, where much of the <strong>data</strong> is unstructured. In categorizing<br />
unstructured <strong>data</strong>, inconsistencies and overlaps are unavoidable, since at least in the<br />
initial stages of <strong>analysis</strong>, categories are inclusive rather than exclusive. As for the use<br />
of codes (i.e. brief symbols) in place of categories, advances in computing<br />
technology have rendered this procedure redundant; it is now possible (and in some<br />
respects, desirable) to categorize <strong>data</strong> with terms whose meaning is immediately<br />
intelligible. We may retain ‘coding’ as a term for replacing full category names by brief<br />
symbols, but we should not confuse this with the analytic process of creating and<br />
assigning the categories themselves.<br />
The term ‘coding’ has a rather mechanical overtone quite at odds with the<br />
conceptual tasks involved in categorizing <strong>data</strong>. This arises from the association of<br />
coding with a consistent and complete set of rules governing the assignment of<br />
codes to <strong>data</strong>, thereby eliminating error and of course allowing recovery of the<br />
original <strong>data</strong> simply by reversing the process (i.e. decoding). <strong>Qualitative</strong> <strong>analysis</strong>, in<br />
contrast, requires the analyst to create or adapt concepts relevant to the <strong>data</strong> rather<br />
than to apply a set of pre-established rules. It is ironic that one of the foremost<br />
exponents of a theoretical approach to qualitative <strong>analysis</strong> should also have<br />
popularized the language of ‘coding’ as a way of describing this process (Strauss<br />
1987; Strauss and Corbin 1990).<br />
This may seem an unduly long digression, but it can be justified if it signals some<br />
of the dangers which have been ascribed to the introduction of computers in<br />
qualitative <strong>analysis</strong>. But before considering some of the potential drawbacks of the<br />
computer, let us look at some of the ways in which it promises to transform the<br />
analytic process.<br />
The computer is a powerful tool for searching <strong>data</strong>. Even a simple wordprocessing<br />
package will have facilities for finding all examples of a user-specified<br />
‘keyword’ (or phrase). More sophisticated procedures will allow an analyst to search<br />
for related forms or synonyms, and use wild card characters and exclusions. Even<br />
using the simplest search procedure it is possible for an analyst to read through the<br />
<strong>data</strong> in a variety of ways. One of my colleagues aptly describes this as taking different