Palgrave Jibs 8490497
Palgrave Jibs 8490497
Palgrave Jibs 8490497
INTERDEPENDENCE IN MULTINATIONALCOMPANIES
BRIANCEMASCARENHAS*
Rice University
THE Subunits of organizations usually play a dual role. (The term "subunit" is a general
LITERATURE
term commonly used in the literatureto referto a part of an organization such as a
work-unit, department, division, or subsidiary.) On one hand, each subunit is a
quasi-separate entity with its own tasks and objectives; on the other, each subunit
also needs to be linkedwith other parts of the total organization. Hence, it is often
necessary to consider its interdependence with other subunits. Lawrence and
Lorsch [1967] have suggested that effective organizations are ones that differen-
tiate their subunits in response to a dynamic and diverse environment but, at the
same time, maintaincoordination and integration among them. Thompson [1967]
postulated the existence of 3 types of work flow interdependence-pooled,
sequential, and reciprocal-that, respectively, required coordination by rules and
procedures, plans, and mutual adjustment on the part of subunits.
Empirical work has tended to support Thompson's propositions. In laboratory
experiments Baumler [1971] has shown that control and coordination methods
relying on impersonal methods such as rules and procedures were used often
when interdependence was low, but were used less frequently when there was
extensive subunit interdependence. In a study of work flow interdependence
within subunits, Van de Ven, Delbecg, and Koenig [1976] found that there was a
positive association between the use of coordination mechanisms in general and
the level of interdependence, but that the use of impersonal coordination
mechanisms was invariantwith greater interdependence. Tushman [1979b] has
shown that coordination methods to manage interdependence within units were
different from those methods used to handle interdependence between units.
Substantial intra-unit interdependence appeared to be coordinated through
lateral communication among unit members, while substantial inter-unitinterde-
pendence tended to be coordinated through the supervisors of the separate
subunits. In fact, it has been suggested that a 2-step informationflow, first up to
the supervisor and, second, between supervisors, may be a more effective way of
transferring communication across organizational boundaries than widespread
direct communication across all levels between subunits [Tushman 1979b].
Cheng [1983] has demonstrated that organizations which coordinate their work
flow interdependence tended to outperformorganizations without this coordina-
tion.
In the context of international business, a number of related studies have
emerged, although the relationship between manufacturinginterdependence and
coordination has not been specifically measured. For example, the control and
coordination of the marketing and R&Dfunctions have received attention, al-
OPERATIONALI- Interdependence has been defined as a condition that exists. where actions taken
ZATIONOF within one subunit affect the actions and work outcomes of another subunit
VARIABLES[McCann and Ferry 1979]. The measurement of interdependence requires a
discussion of the concept of increasing interdependence. Thompson identified 3
Interdependence types of interdependence-pooled, sequential, and reciprocal-that respectively
are increasingly difficultto coordinate because they contain increasing degrees of
contingency [Thompson 1967]. Pooled interdependence, also called "indirect"
interdependence [Miller1959], exists where actions of one subunit have only a
circuitous or second-order impact on activities of another subunit [Thompson
1967]. Pooled interdependence exists when 2 or more subunits depend on a
common resource, such as the same market or sources of supply [Miller1959].
For example, if the sales of one subsidiary of a multinationalcompany to a third-
country market deprives other subsidiaries of sales, their pooled interdependence
is said to exist. Sequential interdependence exists where actions taken in subunit
A have a direct impact on subunit B but the reverse is not true [Thompson 1967].
Reciprocal interdependence exists when actions taken in subunit A directly affect
subunit B and vice versa. This study's measure of interdependence focused only
on direct sequential and reciprocal interdependence in the manufacturing func-
tion.
Coordination Coordinationof subunits may be defined as the function of insuring that subunits'
behaviors are properly interwoven, sequenced, and timed so as to accomplish
some joint activity or task completion [Tuggle and Saunders 1979]. Inthis study,
coordination practices were examined in 2 stages. Inthe first stage, the methods
of achieving coordination are measured and examined. The second stage in-
volves an analysis of the patterns (actors and direction) of communication which
is one of the methods for achieving coordination.
According to Marchand Simon there are 2 general ways of achieving coordina-
tion: by programming behavior and by communication and feedback so that an
adjustment can be made [Marchand Simon 1958]. The objective of programming
is to provide coordination by fostering predictability. This is achieved by pre-
specifying the activities of individualsubunits so that behavior in one subunit is
synchronized with and does not create unexpected contingencies for the activi-
ties of another subunit. It should be pointed out that the term "programming"
used in this context is not restricted to a rigid, mechanistic approach such as
TABLE1
Common Patterns of Communication
1. Directcommunicationbetweenmanagers ofdifferent
countrysubsidiaries.
2. Communication witha manufacturing
staffgroup.
3. Communication witha linemanagerintheformalhierarchyhigherthanthe countrysubsidiary
manager (forexample,a regional
managerorglobalproductmanager).
Country Number
England 5
West Germany 5
Holland 3
Norway 2
Sweden 2
Switzerland 2
Japan 2
France 2
Yugoslavia 1
Belgium 1
TOTAL 25
TABLE3
Company Size and Proliferationof Subsidiaries
Range Median
TABLE 4
Means and Standard Deviations for AllVariables
Standard
Mean Deviation
CoordinationMethods
1. Impersonalmethods 4.18 2.25
2. System-sensitivity 3.70 1.81
3. Compensationsystem 3.35 2.01
4. Personalcommunication 4.05 1.61
5. Totalcoordination 3.82 1.28
Communication Patterns
1. Communication withtop management 3.20 1.88
2. Communication withthe centralmanufacturing
staffgroup 3.95 2.72
3. Communication amongcountry-subsidiarymanagers 4.40 1.82
Interdependence 255.0 72.8
Methods
Coordination
1. Impersonalmethods 0.33
2. System-sensitivity 0.57**
3. Compensationsystem 0.03
4. Personalcommunication 0.58**
5. Totalcoordination 0.44*
CommunicationPatterns
1. Communication withtop management -0.09
2. Communication withthe centralmanufacturing
staff group 0.45*
3. Communication amongcountry-subsidiarymanagers 0.64**
TABLE7
Third-OrderPartialCorrelations Between Interdependence
and Methods of Coordination
the propositions noted above about the limited use of impersonal methods for
coping with increasing interdependence.
The findings of this study suggested that although the use of impersonal methods IMPLICATIONS
of coordination is extensive in multinationalcompanies, with increasing manufac-
turinginterdependence there appears to be a shift in coordination mix toward the
use of system-sensitive members, personal communication, communication with
a central manufacturing staff group, and communication between country subsid-
iarymanagers. The shift toward these coordination methods and communication
patterns suggests the importance of socializing organization members to build a
OUTPUT
%of workflow
Your
PRODUCTION Your
subunit
OUTPUT Other
I
subunit(s)
%of workflow
A 1
B 2
C 3
D 4
Following the assumption that, all other things being equal, firms with an input
dependency are more vulnerable than firmswith an output dependency [Thomp-
son 1967, p. 54; Kiggundu 1981], Case C was assigned a higher weight than Case
B. For example, ifa respondent had allocated the percentages, 30, 10, 25, and 35,
respectively, to the cases A, B, C, and D, the interdependence score for the firm
would be 265, computed as follows.
A 1 x 30 - 30
B 2 X 10 =20
C 3 X 25 75
D 4 x 35 =140
Total 265
The correlation coefficient between questions 1 and 2 was 0.81, and the correla-
tion coefficient between the interdependence score and the mean of the 2
questions was 0.72. Mohr's Interdependence Index was not used to check for
validitybecause the index applies to interdependence of tasks withina subunit as
opposed to between subunits [Mohr1971].
Coordination
Method MeasuringItems