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countries succeed in certain sectors depends less on such classic factor endowments as
climate, natural resources, and land than on their national traditions, values, insti-
tutional arrangements, quality of labor and management, and the nature of capital
markets’ (Hollingsworth, 1997: 283).*
The crowded living conditions and tight space constraints throughout Japan have
stimulated the Japanese to produce compact, portable, quiet and multifunctional prod-
ucts. ‘They have excelled in producing compact cars and trucks, small consumer
electronic equipment (TV sets, copiers, radios, and video sets), motorcycles, machine tools,
watches and clocks, and a number of business related products such as small computers,
fans, pumps, and tools’ (Hollingsworth, 1997: 283).* ‘Even though the Japanese have
been enormously successful in improving upon existing products, they have been less suc-
cessful in developing new products – primarily because of their particular institutional
configuration. Their educational system emphasizes rote learning rather than creative
synthesis or critical analysis. Their universities are structured to facilitate consensus
decision-making and group conformity’ (Hollingsworth, 1997: 284).* The overall weak-
ness of Japanese universities as research institutions is an important reason why the
Japanese have lagged behind in industries involving chemistry and biotechnology, and
other fields heavily dependent on basic science (see Chapter 8 for a discussion of this issue).
The structure of the German institutional landscape also helps to explain why
Germany has excelled in competing in the production of machine tools, automobiles and
chemical products, as well as in many traditional nineteenth-century industrial products.
‘They have been especially successful in applying the latest microelectronic tech-
nology to the production of traditional products and to new production processes. On the
other hand, the Germans have been less competitive in many newer industries, e.g. com-
puters, semiconductors, and consumer electronics. In other words, the Germans have
placed less emphasis on developing entirely new technologies and industries than in
applying the latest technologies to the production of more traditional products. And it is
the specific type of German industrial relations system (high job security, the high levels
of qualification, and continuous training of German workers) which is conducive to the
rapid diffusion of the latest technology to the production of more traditional but high
quality products. In addition the strong engineering and technical background of senior
management, the high levels of skill of the workforce, and a strong consumer demand for
high-precision manufacturing processes have contributed to the development of various
manufacturing sectors with very high quality products’ (Hollingsworth, 1997: 289–90).*
As explained extensively in Chapter 5, Sweden is different from Germany and Japan
in that it has both a large traditional Taylorist industry as well as modern flexible produc-
tion in some sectors (such as the car industry). The fact that the Swedish societal
environment is relatively similar to that of Germany explains that some Swedish sectors
(such as the car and truck industries, and the machinery industry) could easily shift to
flexible production. Traditional production methods and low-skilled workers are used in
the traditional industries, which successfully exploit Sweden’s main raw material
resources: wood and iron ore.
* Hollingsworth, R. (1997) Continuities and changes in social systems of production: the cases of Japan,
Germany, and the United States. In Contemporary Capitalism: the Embeddedness of Institutions, edited by J. Rogers
Hollingsworth and Robert Boyer, Cambridge: Cambridge University Press © J. Rogers Hollingsworth and Robert
Boyer 1997, reproduced with permission of the author and publisher.
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