This thesis describes research that has developed the principles of a modelling
tool for the analytical evaluation of a manufacturing strategy.
The appropriate process of manufacturing strategy formulation is based on
mental synthesis with formal planning processes supporting this role. Inherent to
such processes is a stage where the effects of alternative strategies on the
performance of a manufacturing system must be evaluated so that a choice of
preferred strategy can be made. Invariably this evaluation is carried out by
practitioners applying mechanisms of judgement, bargaining and analysis. Ibis
thesis makes a significant and original contribution to the provision of analytical
support for practitioners in this role.
The research programme commences by defining the requirements of analytical
strategy evaluation from the perspective of practitioners. A broad taxonomy of
models has been used to identify a set of potentially suitable techniques for the
strategy evaluation task. Then, where possible, unsuitable modelling techniques
have been identified on the basis of evidence in the literature and discarded from
this set. The remaining modelling techniques have been critically appraised by
testing representative contemporary modelling tools in an industrially based
experimentation programme. The results show that individual modelling
techniques exhibit various limitations in the strategy evaluation role, though some
combinations do appear to provide the necessary functionality. On the basis of
this comprehensive and in-depth knowledge a modelling tool
'
has been
specifically designed for this task. Further experimental testing has then been
conducted to verify the principles of this modelling tool.
Ibis research has bridged the fields of manufacturing strategy formulation and
manufacturing systems modelling and makes two contributions to knowledge.
Firstly, a comprehensive and in-depth platform of knowledge has been
established about modelling techniques in manufacturing strategy evaluation.
Secondly, the principles of a tool that supports this role have been formed and
verified
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