A. Genus, MANAGING LARGE-SCALE TECHNOLOGY AND INTERORGANIZATIONAL RELATIONS - THE CASE OF THE CHANNEL TUNNEL, Research policy, 26(2), 1997, pp. 169-189
This paper provides an analysis of the difficulties affecting the deve
lopment of the Channel Tunnel fixed link. The study draws upon relevan
t concepts and concerns located in the disciplines of technology polic
y, decision theory and project management. It evaluates the inflexibil
ity (and non-incrementality) of the Channel Tunnel project in terms of
capital intensity, unit size, dependence upon specialized infrastruct
ure and lead time. Hitherto, research has provided support for the hyp
othesis that technological projects characterized by the aforementione
d factors will be unusually painful to develop, with adverse implicati
ons for their performance in operation. Studies of this type have anal
ysed, amongst other subjects, the development of nuclear power and fir
st generation North Sea oil fields: cases which contravene the prescri
ptions of incrementalism. Another aspect of the paper investigates the
claim, also supported by previous research, that inflexible technolog
y projects are promoted by centralized decision-making processes to th
e exclusion of legitimate stakeholders. A more flexible, incremental a
pproach, on the other hand, would emphasize the mutual adjustment and
coordination of various stakeholders. The theme of the paper referred
to here relates to the implications of centralized decision making ear
ly in the Life of large-scale projects for subsequent inter-organizati
onal conflict and the lack of the partnering or mutual approach that i
s widely accepted as being a key factor in the effective management of
such projects. The research benefits from interviews with key partici
pants in the Channel Tunnel project as well as from a wealth of second
ary data. Conclusions drawn refer to the whether the findings of the r
esearch support or refute the incremental thesis and whether more flex
ible alternative options were available to decision makers. (C) 1997 P
ublished by Elsevier Science B.V.