Productivity and Perceived Work Environment of Work Groups in Poland
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Dissertations Graduate College
12-1993
Productivity and Perceived Work Environment of Work Groups in Poland
Donald L. Gusfa Western Michigan University
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This Dissertation-Open Access is brought to you for free and open access by the Graduate College at ScholarWorks at WMU. It has been accepted for inclusion in Dissertations by an authorized administrator of ScholarWorks at WMU. For more information, please contact [email protected]. PRODUCTIVITY AND PERCEIVED WORK ENVIRONMENT OF WORK GROUPS IN POLAND
by
Donald L. Gusfa
A Dissertation Submitted to the Faculty of The Graduate College in partial fulfillment of the requirements for the Degree of Doctor of Education Department of Educational Leadership
Western Michigan University Kalamazoo, Michigan December 1993
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. PRODUCTIVITY AND PERCEIVED WORK ENVIRONMENT OF WORK GROUPS IN POLAND
Donald L. Gusfa, Ed.D.
Western Michigan University, 1993
The primary purpose of this study was to determine the relation
between levels of productivity and perceptions of autonomy among
similar work groups. The analysis of data obtained did not support a
tendency for perceptions of high autonomy among workers to be directly
related to high levels of productivity. Data were obtained from workers
at six carbide tool manufacturing plants in Poland who were adminis
tered the Work Environment Scale (WES) Form R (Moos, 1981) to
measure perception of autonomy. The data were collected in February
1991. Analysis of the WES data used the Kendall tau test to investigate
the relation between the independent variable productivity and the
dependent variable autonomy. The researcher examined nine additional
hypotheses, each involving productivity and involvement, peer cohesion,
supervisor support, task orientation, work pressure, clarity, control,
innovation, and physical comfort as measured by various WES sub
scales. Support for these hypotheses was found only between produc
tivity and workers' perception of peer cohesion.
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Productivity and perceived work environment of work groups in Poland
Gusfa, Donald Leo, Ed.D.
Western Michigan University, 1993
Copyright ©1993 by Gusfa, Donald Leo. All rights reserved.
UMI 300 N. ZeebRd. Ann Arbor, MI 48106
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Copyright by Donald L. Gusfa 1993
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. TABLE OF CONTENTS
LIST OF TABLES...... v
CHAPTER
I. INTRODUCTION...... 1
Productivity in Poland ...... 4
Importance of the S tu d y...... 7
II. REVIEW OF THE LITERATURE ...... 9
Theories of Leadership ...... 9
Classical Theory ...... 9
Behavioral Theory ...... 10
Human Relations Theory ...... 13
Autonomous Work Groups ...... 14
Productivity ...... 19
Work Environment S cale...... 19
Reported Research...... 22
Discussion ...... 23
Summary ...... 29
III. DESIGN AND PROCEDURES ...... 31
Plant Selection ...... 32
Subjects...... 35
Instrumentation ...... 37
Data Collection ...... 38
Data Analysis ...... 40
Summary ...... 41
ii
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CHAPTER
IV. ANALYSIS AND CONCLUSIONS ...... 42
Analysis of the Data ...... 44
Hypothesis 1: Productivity and Autonomy ...... 45
Hypothesis 2: Productivity and Involvement...... 45
Hypothesis 3: Productivity and Peer Cohesion...... 46
Hypothesis 4: Productivity and Supervisor Support ...... 47
Hypothesis 5: Productivity and Task Orientation .... 49
Hypothesis 6: Productivity and Work Pressure 51
Hypothesis 7: Productivity and C larity ...... 51
Hypothesis 8: Productivity and Control...... 51
Hypothesis 9: Productivity and Innovation ...... 52
Hypothesis 10: Productivity and Physical C om fort...... 54
Summary ...... 57
V. DISCUSSION OF FINDINGS, SUMMARY OF STUDY, AND RECOMMENDATIONS FOR FURTHERRESEARCH ...... 58
Review of Study Purpose...... 58
Review of Study Design...... 59
Discussion of the Findings ...... 60
Recommendations for Further Research...... 62
APPENDICES ...... 64
A. Means and Standard Deviations ...... 65
B. Subscale Summary for All Plants ...... 67
C. Letter to Participants ...... 74
iii
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D. Letter of Introduction...... 77
E. Letter of Approval From Human Subjects Institutional Review Board ...... 79
BIBLIOGRAPHY ...... 8-1
iv
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. LIST OF TABLES
1. Summary of Plant Productivity ...... 43
2. Descriptive Summary of Data: Relationship Between Perception of Autonomy as an Environmental Factor and Productivity ...... 46
3. Descriptive Summary of Data: Relationship Between Perception of Involvement as an Environmental Factor and Productivity ...... 47
4. Descriptive Summary of Data: Relationship Between Perception of Peer Cohesion as an Environmental Factor and Productivity ...... 48
5. Descriptive Summary of Data: Relationship Between Perception of Supervisor Support as an Environmental Factor and Productivity ...... 49
6. Descriptive Summary of Data: Relationship Between Perception of Task Orientation as an Environmental Factor and Productivity ...... 50
7. Descriptive Summary of Data: Relationship Between Perception of Work Pressure as an Environmental Factor and Productivity ...... 52
8. Descriptive Summary of Data: Relationship Between Perception of Clarity as an Environmental Factor and Productivity ...... 53
9. Descriptive Summary of Data: Relationship Between Perception of Control as an Environmental Factor and Productivity ...... 54
10. Descriptive Summary of Data: Relationship Between Perception of Innovation as an Environmental Factor and Productivity ...... 55
11. Descriptive Summary of Data: Relationship Between Perception of Physical Comfort as an Environmental Factor and Productivity ...... 56
v
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. CHAPTER I
INTRODUCTION
Much has been written about labor productivity and perceived
work group autonomy (Chew, 1988; Farh & Scott, 1983; Flint, 1981;
Nevis, 1983; Steiner, 1972; Thurow, 1982). Although there exists
research about perceived work group autonomy and labor productivity,
their relationship remains vague. The primary purpose of this study was
to determine whether or not for work groups in Poland productivity
levels and their perceptions of their own autonomy are directly related.
Nine additional hypotheses were tested to measure the relation between
productivity and the following aspects of work environment: (a) per
ceived work group involvement, (b) perceived work group peer cohesion,
(c) perceived work group supervisor support, (d) perceived work group
task orientation, (e) perceived work group work pressure, (f) perceived
work group clarity, (g) perceived work group control, (h) perceived work
group innovation, and (i) perceived work group physical comfort. The
findings to be reported in this study are intended to guide future work
environment measurement, experimentation, and organizational devel
opment in industry. Findings may be useful to industrial leaders as they
continue their efforts to remain competitive through labor productivity
improvements.
Increases in productivity are a continuous goal and concern of
business organizations competing in either local or multinational
1
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. markets. Increasing numbers of organizations have instituted productiv
ity measurement and improvement programs designed to supplement the
continuing efforts of management to reduce costs and to increase
productivity and thus competitiveness. Productivity, as defined by the
White House Conference on Productivity in 1984 (Productivity Growth.
1984), is the ratio of goods and services produced in the economy, in an
industry, or in an individual organization to the resources used to pro
duce them. Kendrick (1977) defined productivity as the relationship
between output of goods and services (0) and the inputs (I) of re
sources, human and nonhuman, used in the production process; the
relationship is usually expressed in ratio form: O/l. When the ratio of
output to total input rises, it indicates an increase in productive effici
ency, or productivity. Furthermore, Kendrick indicated that output can
be related to individual classes of inputs, such as labor hours used to
manufacture the product and labor productivity as the savings achieved
in the use of labor per unit of output. In this study, labor productivity is
measured by labor hours per.unit produced.
If the United States is to remain a world-class manufacturing
nation, companies must be able to produce in small lots, adapting pro
ducts to changing customer demands, which requires flexible work prac
tices, workers willing to move from job to job, and "cross-trained"
employees able to perform all tasks. The latter class of employees can
fill in for absent co-workers and respond quickly to changes in models
and production runs (Hoerr, 1989). Corporations in the United States
became concerned when labor productivity declined during the 1970s
and early 1980s. Labor productivity declined in the automotive, steel,
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. machine and tool, textile, and farming industries. Wage concessions
were made by management to prevent labor unrest and threatened
strikes. At that time, however, labor productivity improvement plans to
minimize the incurred wage and benefit program increases were not ini
tiated. Concerns about market competitiveness were especially evident
in the automotive industry in the 1970s. Management arrived at the
realization employees were willing to increase labor productivity only if
they were more involved in the implementation processes and were able
to share in increased profits, that is, application of work involvement
theory through such methods as employee participation groups and
participative management.
The Bureau of Labor Statistics (cited in Herman, 1975) reported
for 1974 a decline in labor productivity per person. This decline in
productivity was attributed to worker dissatisfaction due to the design
and management of the work. American workers were dissatisfied with
the quality of their working lives, which offered little challenge of auton
omy (Kerr & Rosow, 1979).
An autonomous work group is one which follows the principles of
sociotechnical design and open systems concepts, is organized around
relatively complete production processes, and is provided with the
minimal conditions for self-regulation (Katzell & Yankelovich, 1975).
Rakich (1970/1971) described job autonomy as:
the degree to which an individual has the ability to influence or control the manner in which activities in the work setting are performed. It consists of four dimensions which are (1) task independence, (2) interpersonal influence, (3) individual or group participation, and (4) delegated decision making authority. All four dimensions affect the individual's
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. autonomy by reason of reflecting his degree of influence or control over activities in the work setting, (p. 6)
The report, Work in America (Kerr & Rosow, 1979), speculated
worker discontent would be considerably less if workers had an active
voice in decisions at the workplace. Furthermore, they would work
harder if their jobs were enriched or expanded to allow greater control
over the order of their work and its content, or if altered in some way to
provide more freedom from direct supervision.
Productivity in Poland
Concerns about labor productivity were not limited to the United
States. In Poland, the Polish government in 1980, in an attempt to
improve national productivity, decided upon a course of rapid industriali
zation financed by Western banks. Large credits from the West made
possible a rapid and sizable growth in income, and consumption was
premature in relation to popular expectations and the economy's real
capacity (Pravda, 1983). Western banks were to have been paid by the
generation of hard currency through increased exports of coal, copper,
machinery, and machine tools. In 1988, Poland owed the West $40 bil
lion and each year was paying $6 billion to meet scheduled payments
(Merkel, 1989). When new capital equipment, lease agreements, com
puter software, etc,, were put into place, workers throughout Poland
were expected to increase their productivity (Sobczak, 1984). Calvo
and Coricelli (cited in Kharas, 1991) indicated that firms were subjected
to a serious credit crunch that generated reduced outputs and higher
prices. As an example of the Polish government's increased productivity
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. demands, workers at the Gdanska Slocznia {formerly Lenin) Ship Yard
were required to achieve productivity improvements (after new equip
ment was installed) by increasing the number of ocean-carrying freight
ers repaired and outfitted monthly (Sobczak, 1984). The gross produc
tion of light industry dropped 1.5% between 1970 and 1980, while
investment outlays increased by 301% for the same period
(Dziadkiewicz, 1987). Kharas (1991) indicated that the Polish Ministry
of Industry, in 1990, estimated that 552 enterprises were faced with
potential insolvency. These firms employed 674,000 workers. The
ministry forecast that dismissals during 1991 would total 150,000,
primarily in the machine tools, electronic, building, textile, and transport
sectors.
The Polish government refused to take the nation's work force
into its confidence or to permit open discussion of the productivity goals
needed to support mounting national debt. Poland owed $2.5 billion in
1973; 8 years later the debt exceeded $23 billion, and in 1990 the debt
exceeded $30 billion. The government denounced economic inefficiency
but excluded any innovative reforms to resolve the debt crisis. Decision
making and party superiority were to be preserved at all costs, even in a
country torn by economic and social strain (Dobbs, Karol, & Trevisan,
1981).
The government's autocratic methods suppressed the desire to
increase labor productivity initiatives and were accompanied by worker
discontent. Two-thirds of the directors in office had less than 10 years
of experience. They were highly educated, but many maintained an
authoritarian style and were insensitive to the human factor in
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. production. This was not true of all new directors; nonetheless, on the
whole, as borne out by surveys conducted in 1960-1980, one of every
three workers looked upon industrial relations as a source of conflict
(Pravda, 1983). Management was largely concerned with controlling the
physical production process and avoiding theft, resulting in a hierarchical
pyramid.
A perceived lack of concern by the Polish government for its
human resources stimulated Polish workers into a "renewal" movement,
which became known as "Solidarity." Solidarity led to the emergence of
the first independent trade union supported by the Polish nation (Walesa,
1989).
There have been few, if any, genuine cases in which job enrich
ment had been successfully applied to a large, heterogeneous work force
(Fein, 1975). However, this was not the case in Poland. Hyclak (1987)
indicated in the period from 1956-1957 to 1980-1981, worker self
management was recognized as an important element in changing the
economic system from being centrally controlled to being decentralized
with decision-making authority in the firms. Also, worker participation
without managerial authority was seen as a way to increase the produc
tivity of enterprises without changing the basic enterprise system. In
1984 the concepts of Solidarity stimulated ideas of a market-oriented
economy and worker participation in management. These concepts met
with widespread and persistent support. The report on the state of the
republic (Bielasiak, 1981) stated:
Whenever a note of candor has sounded in the words of our leaders, whenever society has been trusted, whenever our difficulties, our mistakes, and ways to rectify them have
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. been discussed openly, the social climate and people's attitudes have changed radically, and new energies and initiatives have been released, (p. 148)
Importance of the Study
The findings of this study should provide more information about
the relationship of organizational effectiveness within a sociotechnical
work design. Sociotechnical work design, as detailed in Chapter II,
could increase labor productivity and offset the increasing cost of labor
and improve the quality of work life.
Foreign competition is an important consideration in economic
planning in the United States. Manufacturing operations have been
moved to countries such as Mexico, Korea, and China due to the avail
ability of cheap labor. Given that labor is less expensive in foreign
countries, American industry must compete by improving labor produc
tivity. The findings of this study, by describing the relation between
perceived work group autonomy and labor productivity at selected facto
ries in Poland, may provide useful information in a search for practices
which can improve labor productivity. Rakich (1970/1971) described
perceived job autonomy as the amount of job autonomy afforded an
individual in his or her work setting, as viewed by that individual, in
contrast to objective job autonomy which is determined from objective
criteria such as position in the organization hierarchy.
The data used in this study were collected in Poland. The reason
for collecting data in Poland is the Solidarity movement's emphasis upon
labor productivity improvements to decrease national debt through the
actions of work groups. The value of this study is important given the
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. legalization of Solidarity in 1989 and the opening of new markets within
the Eastern European countries in 1990.
This study is exploratory; findings may prove to be useful for
future investigations into the relation between labor productivity and
worker perceptions of: (a) work group autonomy, (b) work group in
volvement, (c) work group peer cohesion, (d) work group supervisor
support, (e) work group task orientation, (f) work group work pressure,
(g) work group clarity, (h) work group control, (i) work group innovation,
and (j) work group physical comfort.
The remainder of this dissertation is divided into the following
chapters: Presented in Chapter II is a review of the literature, as well as
a description of the measuring instrument and a presentation of the re
ported research using the measurement instrument (Work Environment
Scale, Moos, 1981). Described in Chapter III are the data sources and
data analysis procedures. Presented in Chapter IV are the analysis and
conclusions of the research findings. Chapter V contains the summary
and recommendations for further research.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. CHAPTER II
REVIEW OF THE LITERATURE
The purpose of this study was to determine whether or not for
work groups in Poland productivity levels and their perceptions of their
own autonomy and other work environments are directly related. This
chapter is divided into six sections: (1) theories of leadership, (2) autono
mous work groups, (3) productivity, (4) Work Environment Scale, (5)
reported research, (6) discussion, and (7) summary. Solidarity and
sociotechnical work design were discussed in Chapter I.
In the first section, leadership theories are reviewed because these
provide a background for the understanding of work environments, in
cluding autonomous work groups.
Theories of Leadership
Classical Theory
Classical organization theory, as espoused by Taylor (1911),
Weber (1947), and Fayol (1929), directs organizational efficiency by
specifying work task to worker role, developing employee rules and
procedures, and establishing sufficient levels of authority to maintain
them. Taylor (1911) thought workers will put forth extra effort on the
job to maximize their economic gain. He arrived at this conclusion by
observing a steel worker, who after putting in a 12-hour day of lifting
pigs of iron, ran 12 miles up a mountainside to work on his cabin. If this
9
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. excess energy can be used to produce more on the job, suggested
Taylor, higher profits from lower fixed costs can be used to pay the
worker signifjcantly more for his increased efforts. Such was the begin
ning of "scientific management" (Opsahl & Dunnette, 1966).
Scientific management subdivides functions into tasks and assigns
them to individuals with the appropriate skills, duties, and rules. Re
sponsibilities are clearly defined, the chain of command is top down,
each manager directs a small number of employees toward a specified
objective, and managerial authority is commensurate with responsibility.
Management plans, at least one day in advance, the work of every
worker to the most minute detail (Taylor, 1911).
Behavioral Theory
The behavioral school of thought in the United States is often
traced to the Hawthorne studies conducted at the Western Electric
Company in 1924 (Roethlisberger & Dickson, 1947). Mayo's (cited in
Homans, 1950) work directed attention to the existence of small, infor
mal, face-to-face groups within larger work groups (the classical theo
rists ignored the informal organization). Mayo did not consider the
worker as strictly an economic being. He thought the strongest human
characteristic is man's desire to be associated continually with his fel
lows. Members of the informal groups observed at Western Electric
share in a variety of activities and beliefs common to the group. Mem
bership in the group becomes their source of satisfaction, strength, and
security and provides a buffer against the demands of the larger world of
department and factory. Employee motivation and performance are
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. influenced by factors such as type of management control perceived by
the worker, respect by management for the individual, and the inter
action within the group, rather than by the classical belief of monetary
incentives, discipline, and job security. Social factors also account for
increased productivity at Hawthorne. Supervision is relaxed. Operatives
set their own work pace and develop their own norms, practices, and
values.
Advocates of behavioral theory theorize a worker's increased job
involvement is reflected in a steady production improvement. The
worker is no longer considered less than a man driven for money and at
the mercy of his environment. Experiments by Calvin, Hoffman, and
Harden (1957) compared democratic and authoritarian leadership styles.
They found there is no consistent trend in favor of either style; however,
the less intelligent subjects perform better under authoritarian leadership,
while the more intelligent subjects perform slightly better under demo
cratic leadership.
Maslow's (1954) "Human Need Hierarchy" accentuates (the dif
ference between the behavioral and classical) these perceptions of
management theory. The behaviorists view workers as individuals with
wants and desires, whereas the classical school views workers as being
part of the production process. Maslow's theory of human nature was
not developed to understand people at work. Rather it is concerned with
motivation in life. The most appropriate organizational setting and
managerial approach is one conducive to the individual's satisfying his
own needs or wants while meeting organization objectives (McGregor,
1960). When management provides a work setting which satisfies the
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. wants of an individual, he or she will be an effective member of the
organization.
The focus of the behaviorists is on improved communication,
where management and the workers have insight into the minds of each
other, and where the sociotechnical design of jobs influences employees'
participation in decision making and increases their job satisfaction and
productivity. Cognitive models indicate productivity, and satisfaction
increases can be attributed to specific inputs from subordinates on
issues in which they are interested and knowledgeable (K. I. Miller &
Monge, 1986). Cognitive models also suggest that if employees partici
pate with management in decision making, they will be better prepared
to implement agreed-upon work procedures. Groups need approval,
support, and a maintained sense of personal worth (Likert, 1961). Likert
linked effective groups to active participation in a limited area of deci
sions, although decisions do not have to be unanimous.
Likert (1961) and D. Katz and Kahn (1966) launched a program of
research studies, the aim of which was to discover the conditions result
ing in a high level of group functioning and a high level of individual
satisfaction of the group members. The study at Prudential Insurance
Company of America led to the identification of 12 high-producing and
12 low-producing groups of clerical workers who are equal in ability and
background. This study found evidence supervisory style affected group
motivation; and that as a consequence of this interaction, the most
effective style from the standpoint of production is one which is more
concerned with the employees' need for attention and respect than with
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. productivity. Successful supervisors combine employee-centered and
production-centered orientations (Kahn, 1960).
Human Relations Theory
The human relations theories differ from behavioral theories in that
the former purportedly are characterized by better controls and better
measurement and probed more deeply into the underlying psychology of
individuals (Gellerman, 1963). Bennis (1976) described an organization
as "a social system where people have norms, values, shared beliefs,
and paradigms of what's right and what's wrong and what's legitimate
and what isn't of how practice is conducted" (p. 15). Designing work
organizations does not mean having to conform to classical bureaucratic
principles. The technical aspects could be pushed aside in favor of
humanistic results (Trist, 1981). The best match would be somewhere
between social and technical systems. In order to be correlated, the
distinctive characteristics of the social and technical systems must be
mutually respected (Emery, 1970). The work group, rather than the
individual job holder, becomes central. Taylor (1911) designed man out
of the system.
In contrast to Taylor's view, sociotechnical systems theorists
propose that effective performance, defined usually in terms of output,
absenteeism, morale, etc., is a function of aligning the social and techno
logical systems in a way which will allow a coupling of their dissimilari
ties. Human relations theory emphasizes interpersonal relations, job
satisfaction, and the importance of informal groups as being the cata
lysts initiating the study of job attitudes and their relation to human
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. behavior in organizations. This interest in job satisfaction developed
from the desire of scientists to learn more about job satisfaction and its
presumed relation to job performance.
Emery (1970) presented a work paradigm based on six principles,
or assumptions, which are paraphrased below:
1. The work system is a set of activities that make up a func
tioning whole, rather than single jobs into which the work system can be
desegregated.
2. The work group is central rather than the individual job holder.
3. Internal regulation of the system by the group rather than the
external regulation of individuals by supervisors.
4. Develop multiple skills in the individual, thereby increasing the
response repertoire of the group.
5. Prescribed work roles are no longer valued; rather, discretion
ary roles are valued.
6. The individual is complementary to the machine rather than an
extension.
Autonomous Work Groups
Autonomous work groups largely emerge from the application of
sociotechnical systems perspective (Cummings, 1978; Emery & Trist,
1969; Susman, 1976). The process of group decision making can lead
to better utilization and integration of knowledge than individual or
consultive decision making. The group may set goals which are higher
than those which would have been assigned by management. As noted
in the study Work in America (Kerr & Rosow, 1979), what workers want
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. most is more autonomy in their job environment. Katzell and
Yankelovich (1975) may have been summarizing this phenomenon when
they stated:
A major development of the socio-technical approach is experimentation with autonomous work groups. Based on principles of socio-technical design and open systems concepts, work groups are organized around relatively complete production processes and are provided with the minimal conditions for self regulation. These self regulating properties include (a) clear measure of input and output for effective feedback of results; (b) requisite task variety; (c) joint commitment to the whole task; (d) total task respon sibility. Since these groups are capable of managing the internal activities of their units, managers are freed from direct control duties and are required to manage the bound ary conditions that relate the work groups to other sections of the organization and to their environments, (p. 69)
In support of Katzell and Yankelovich (1975), the study Work in
America (Kerr & Rosow, 1979) reported on a changing work force:
1. The work force changed from one having an average educa
tional attainment of less than junior high to one with more than a high
school education.
2. A work force comprised mostly of rural immigrants and
peasant origin to largely native born.
3. A work force influence minded.
4. A work force informed, knowledgeable, and creative.
Taylor's (1911) primacy of the machine has been replaced by the
human relations concept of concern for the worker. A skilled work force
using general purpose machinery is capable of higher productivity and
flexibility than an unskilled work force using highly specialized machines
(Friedman, 1983). The use of autonomous work groups involves a shift
in focus to group from individual work procedures. The research
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. conducted by advocates of human relation theories focuses on job
designs and work organizations where human resource can manifest
itself. D. Katz and Kahn (1966) cautioned against "the glorification of
the primary group as a source of work satisfaction" (p. 54) and sug
gested the importance of group autonomy. This form of work organiza
tion has direct consequences for the worker's self-development for
general satisfaction in the workplace and for productivity (Gulowsen,
1979). Gulowsen also listed seven criteria for autonomy. They are
paraphrased as:
Goal formation: Group formulates its goals, both qualitative and
quantitative.
Performance control: Group controls its performance with regard
to where to work, when to work, and in which activities to engage.
Production method: Group decides on the best production
method: modular, assembly line, etc.
Distribution of tasks: Group members assign tasks.
Group membership: Membership decided by the group.
Internal and external leadership: Group decides on the necessity
of adding members.
Operations performance: Group decides on the sequencing of
operations.
Gulowsen's (1979) criteria are used in this study to formulate a
working definition of autonomous work groups.
The Katzell and Yankelovich (1975) definition is used in this study
to describe autonomous work groups operationally. This definition fits
five of the seven criteria for autonomous work groups as described by
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Gulowsen (1979). The two items that do not fit are: (1) group mem
bership and (2) internal and external leadership. Katzell and
Yankelovich's, definition of autonomous work groups incorporates the
facets of discretion, control, participation, and decision-making authority.
Autonomous work groups are work structures where members
regulate their behavior around relatively whole tasks. The work design
has at least two features which distinguish it from more traditional task
structures: (1) The focus of design is interdependent task groupings
rather than individual tasks, and (2) task control is located within the
group rather than external to it. Also, autonomous work groups are task
structures where independent workers self-regulate their behavior around
relatively whole tasks (Cummings & Griggs, 1977). Work groups also
have indicated they perceive personal responsibility for their work
(Turner & Lawrence, 1965). Autonomous work groups have been found
to perceive they have a major say in scheduling their work, selecting the
equipment to be used, and in deciding upon procedures to be followed
(Hackman & Lawler, 1971).
A study of 60 employees and 4 supervisors describes their jobs
relevant to five job characteristics, which include autonomy (Oldham,
1976). The study found a relationship between the measure of internal
motivation and employees' rated work quality, work quantity, and work
effort. The correlation between measures of autonomy and growth
needs is .58 (q < .01). The relationships between the presence of
autonomous work groups to employee work motivation, job satisfaction,
and group performance were studied over a 3-year period in a British
company producing confectionery (Wall, Kemp, Jackson, & Clegg,
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 1988). In the study, an autonomous work group is described as being a
group which has collective control over the pace of work, distribution of
tasks, organization of breaks, and collective participation in recruitment
and training of new members. Seven hundred and twenty production
employees work in groups of 8 to 12 people. They concluded that
throughout the early part of the test, production fell short of targets,
individual and group efficiencies were low, and machine utilization was
poor. However, with increased reliability of the technology, increased
skill levels, and increased personnel levels, production steadily increased.
Toward the end of the second year, the autonomous work groups
achieved output targets, and they remained at that level for the remain
der of the study. Implementation of this work design increased intrinsic
job satisfaction, but it did not affect work performance demonstrably.
At an organizational level, productivity benefits were realized because
autonomous work groups reduced indirect labor costs.
Data for 56 blue-collar workers measure the correlation between
worker attitudes and behavior and the function of autonomous work
groups (Cummings & Griggs, 1977). The findings indicate three distinct
conditions are present if a work group is to be classified as an autono
mous work group: boundary control, task control, and control of the
whole task. The correlation between task control and team performance
is .34 (£> < .05).
A study of 101 samples from 88 studies in published literature of
either measures of autonomy or measures of participative decision
making concludes employees who perceive comparatively high levels of
autonomy at work are more satisfied, committed, involved, and
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. motivated; are absent less; and have fewer intentions of quitting
(Spector, 1986). The correlations range in magnitude from .20 to .48
(E < .05).
Productivity
Productivity is the ratio of goods and services produced in the
economy, in an industry, or in an individual organization to the resources
used to produce them (Productivity Growth. 1984). This definition is
similar to definitions given by a number of other authors. Kendrick
(1977) defined it as the relationship of output to any or all of the asso
ciated inputs, nonhuman as well as human. Katzell and Yankelovich
(1975) indicated productivity reflects how well people, machinery, or
both perform together.
Work Environment Scale
Described in this section is the instrument used to measure the
perceptions of work groups in Poland of their work environments. In
this section, the development of the Work Environment Scale (WES)
Form R (Moos, 1981) is described, and a description of each of the work
environments is provided.
The Work Environment Scale (Form R) is designed to measure the
subjects' perceptions of their work environments. Additionally, the
instrument has been used with many types of groups to measure three
group dimensions of work environments. Insel and Moos (1974)
described the work environments as (1) relationship dimensions, (2) per
sonal growth dimensions, and (3) systems maintenance-systems change
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. dimensions. The Work Environment Scale (Form R) (Insel & Moos,
1974) has 10 subscales. The instrument asks people how they perceive
their current work situations. Moos developed the scale using the
needs-press concept. The needs-press concept assumes individual
behavior is a result of internal thought processes (needs) interacting with
external stimuli (presses) (Murray, 1938). Murray described a need:
A need is clearly an emergence from the immediate past or as Schopenhouer would have it "a push from the rear," rather than a pull from the future. The environment may, of course, be effective in arousing this push, and to conscious ness the field that lies before its vision or the imagery which seems to anticipate such a field commonly appears in the guise of a pull, positive incentive or attraction. To put it metaphorically, a need may have no inkling of what it needs. It may be a blind impulse, but an impulse which does not as a rule completely subside until a situation of a certain kind has been arrived at. (p. 68)
Murray (1938) described a press:
For example a press may be nourishing, or coercing, or inju ring, or chilling, or befriending, or restraining, or amusing or belittling to the organism. It can be said that a press is a temporal gestalt of stimuli which usually appears in the guise of a threat of form or promise of benefit to the organism. It seems that organisms quite naturally classify the objects of their world in this way: This is sweet, this comforts, this lacks support, (p. 40)
The subscales of the Work Environment Scale (Form R) described
by Moos (1981) are:
1. Involvement: the extent to which employees are concerned about and committed to their jobs.
2. Peer Cohesion: the extent to which employees are friendly and supportive of one another.
3. Supervisor Support: the extent to which man agement is supportive of employees and encourages employees to be supportive of one another.
4. Autonomy: the extent to which employees are encouraged to be self-sufficient and to make their own
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. decisions.
5. Task Orientation: the degree of emphasis on good planning, efficiency, and getting the job done.
6. Work Pressure: the degree to which the press of work and time urgency dominate the job milieu.
7. Clarity: the extent to which employees know what to expect in their daily routine and how explicitly rules and policies are communicated.
8. Control: the extent to which management uses rules and pressures to keep employees under control.
9. Innovation: the degree of emphasis on variety, change, and new approaches.
10. Physical Comfort: the extent to which the physi cal surroundings contribute to a pleasant work environment. (pp. 2)
The WES, according to the needs-press theory as interpreted by
Insel and Moos (1974), provides an understanding of an individual's
perceptions and behavior in groups. The average internal consistency
for the WES subscales (N = 1,045) is .78 with a range of .73 to .86.
The average item subscale correlation is .48 with a range of .36 to .53.
Moos (1981) indicated normative data were collected for 1,442 em
ployees in representative work groups and 1,607 employees in a variety
of health care work groups. The preliminary norms used in Form R were
obtained from measures of 624 individuals in 44 different work groups.
Insel and Moos (1974) used the following work groups in the norming
sample: (a) recreational and maintenance workers in city parks; (b)
professional and paraprofessional workers in volunteer outpatient clinics;
(c) janitors, maintenance workers, security workers, and fire station
attendants employed at a university; (d) city employees in public works,
financial services, and city clerk's office; (e) skilled maintenance and
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. public works employees in community development and administrative
services; (f) faculty members in a nursing school; (g) employees of a
small electronics firm; (h) administrative staff and nurses employed in a
veteran's hospital; (i) maintenance and production workers in a large
factory; (j) various employees of a trucking firm; and (k) various em
ployees of a soft drink bottling plant.
The Work Environment Scale was used in this study because three
or four of the types of groups that were used to norm this in the United
States are considered to be similar, or at least not dissimilar, to groups
of production workers in factory settings anywhere in the world, includ
ing either the United States or Poland.
Reported Research
Summaries of studies in which the WES was used are included in
this section.
Five hundred and eighty-nine enlisted men and women at the
Naval School of Health and Science, San Diego, California, were sam
pled (Booth, Norton, Webster, & Berry, 1976). The results indicate the
Social Climate scales may constitute useful item pools when applied to
new environments, and the original scales may be applicable in new
settings. A sampling of 14 law enforcement officers found the WES can
be helpful in the study of work environments of criminal justice agencies
(Waters, 1978). A sampling of 50 depressed and 50 nondepressed
white women found independent women whose work environments are
incongruent with their needs, but who are free to leave their environ
ments, are depressed, similar to dependent women who perceive their
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. work environments as low in structure (Wetzel, 1978). A study of the
work and family environments of a group of public school teachers
found a relationship between teacher perceptions of work structure and
work environment (Shannon, 1982/1983). Involvement at .61, Staff
Support at .43, Autonomy at .62, and Task Orientation at .68 supports
the relationship at the alpha level of .05. A study about whether or not
a group of middle-aged men (35-50 years) perceive their work and family
environments differently than younger men (20-34 years) found at the
alpha level of .05 no difference between the two groups in the scores
measuring their perceptions of involvement, peer cohesion, staff sup
port, autonomy, task orientation, work pressure, clarity, control, innova
tion, and physical comfort in their work (O'Brien, 1979/1980).
Discussion
The preceding review of literature found in some instances a direct
relation between perceived levels of autonomy and levels of productivity.
The literature indicates autonomous work groups emerge from the appli
cation of sociotechnical system perspective. Therefore, with the emer
gence of Solidarity, the Polish government no longer adheres to autocrat
ic methods of decision making in the workplace. Decisions affecting
production now rest in the hands of firms, and workers increase their
participation in management (one of the concepts of Solidarity). This
situation indicates there is some basis for the existence of productivity
and perceived work environment differences among work groups in
Poland. Therefore, the following 10 hypotheses were formulated:
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Hypothesis 1: Perceptions of autonomy among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Rakich (1970/1971) found a relationship between job autonomy
and employee performance (r = .246). Rakich indicated that his find
ings add further support to the basic premise of other studies which
stipulate that people having higher levels of job autonomy are higher
performers. Booth et al. (1976) sampled 589 enlisted men and women.
Their research indicated the Social Climate scales may constitute useful
item pools when applied to new environments and the original scales
may be applicable to new settings. O'Brien (1979/1980) found the
group of middle-aged men (mean age 38.8 years) and the group of
younger men (mean age 28.7 years) do not differ at the .05 alpha level
in their perceptions of autonomy in their work environment. Shannon
(1982/1983) found the relation between teacher perception of work
structure and the Work Environment subscale Autonomy supporting the
existence of a relation at the alpha level of .05. Autonomy is found to
be correlated with the self-report of personal productivity (r = .21,e
< .05), and personal productivity is, in turn, correlated with reports of
general affective tone (r = .55,e < .001) and job attractiveness (r
= -44, j d < .001) (Farh & Scott, 1983). Thus, subjects in the most
autonomous condition report a higher level of autonomy; and those who
report a higher level of autonomy, whatever the condition, tend to report
a higher level of personal productivity.
Booth et al. (1976) did not directly address the issue of whether
or not there are differences in perceptions of autonomy between groups.
O'Brien (1979/1980) did not find differences when he disaggregated his
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. data by age and did not find differences in perceptions of autonomy.
Shannon (1982/1983) did find a relation, using the Work Structure
subscale Clarity and Innovation and the Work Environment subscale
Autonomy at the .05 alpha level. Farh and Scott (1983) and Rakich
(1970/1971) found a correlation between autonomy and productivity.
Four of these five studies did examine the relation of autonomy to other
variables. In three of the four studies, relations between autonomy and
other variables were found. Based on the studies where a relation
between perceptions of autonomy and productivity were found, it was
determined to complete a comparative study in an industrial setting
outside of the United States. Because one of the concepts of Solidarity
is worker participation in management, and because Solidarity places an
emphasis on labor productivity to reduce the country's national debt, it
was determined to add to the empirical data on productivity and the
relation to autonomy by testing work groups in Poland for differences.
As outlined in Chapter I, the remaining perceptions of the work
environment, as measured by the Work Environment Scale, made up the
nine other hypotheses.
Hypothesis 2 : Perceptions of involvement among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Oldham (1976) hypothesized the more an individual is internally
motivated, the greater the work effort, quality, and quantity, and the
lower his absenteeism. Results show a positive relation between the
measure of internal motivation and employee-rated work quality, work
quantity, and work effort. O'Brien (1979/1980) found no relation in
their perceptions of involvement in the work environment between a
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. group of middle-aged men (mean age 38.8 years) and a group of young
er men (mean age 28.7 years). Shannon (1982/1983) found the exist
ence of a relation between teacher perception of work structure and the
Work Environment subscale involvement. The Pearson product-moment
correlation was .61. (A .05 alpha level was used in that study.) K. I.
Miller and Monge (1986) indicated productivity and satisfaction increas
es can be attributed to specific inputs from subordinates on issues in
which they are interested and knowledgeable.
Hypothesis 3 : Perceptions of peer cohesion among work groups
in Poland manufacturing carbide tooling are directly related to produc
tivity.
O'Brien (1979/1980) found no relation in their perceptions of peer
cohesion in their work environment between a group of middle-aged men
(mean age 38.8 years) and a group of younger men (mean age 28.7
years). However, Homans (1950) thought the strongest human charac
teristic is man's desire to be associated continually with his fellows.
Hypothesis 4 : Perceptions of supervisor support among work
groups in Poland manufacturing carbide tooling are directly related to
productivity.
Kahn (1960) indicated the most successful superiors combine
employee-centered and production-centered orientations. Mayo's (1945)
work at Hawthorne indicates employee motivation and performance are
influenced by factors such as type of management for the individual.
Social factors also account for increased productivity at Hawthorne.
Supervision is relaxed. Likert (1961) and D. Katz and Kahn (1966)
produced evidence supervisory style affects group motivation; and as a
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. consequence of this interaction, the most effective style from the stand
point of production is one which is more concerned with the employees'
need for attention and respect than with productivity. O'Brien (1979/
1980) found no relation in their perceptions of supervisor support in their
work environment between a group of middle-aged men (mean age 38.8
years) and a group of younger men (mean age 28.7 years). Shannon
(1982/1983) found the existence of a relation between teacher percep
tion of work structure and the Work Environment subscale Staff Sup
port. The Pearson product-moment correlation was .43. (A .05 alpha
level was used in that study.)
Hypothesis 5 : Perceptions of task orientation among work groups
in Poland manufacturing carbide tooling are directly related to produc
tivity.
Taylor (1911) espoused organizational efficiency by specifying
work task to worker role. Taylor thought workers will put forth extra
effort on the job to maximize gain. O’Brien (1979/1980) found no rela
tion in their perceptions of task orientation in their work environment
between a group of middle-aged men (mean age 38.8 years) and a group
of younger men (mean age 28.7 years). Shannon (1982/1983) found
the existence of a relation between teacher perception of work structure
and the Work Environment subscale Task Orientation. The Pearson
product-moment correlation was .68. (A .05 alpha level was used in
that study.)
Hypothesis 6 : Perceptions of work pressure among work groups
in Poland manufacturing carbide tooling are directly related to productiv
ity.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. O'Brien (1979/1980) found no relation in their perceptions of
work pressure in their work environment between a group of middle-
aged men (mean age 38.8 years) and a group of younger men (mean age
28.7 years).
Hypothesis 7 : Perceptions of clarity among work groups in Poland
manufacturing carbide tooling are directly related to productivity.
O'Brien (1979/1980) found no relation in their perceptions of
clarity in their work environment between a group of middle-aged men
(mean age 38.8 years) and a group of younger men (mean age 28.7
years).
Hypothesis 8 : Perceptions of control among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Cummings and Griggs (1977) found a positive correlation, .34
(B < .05) between task control and team performance. O'Brien (1979/
1980) found no relation in their perceptions of control in the work envi
ronment between a group of middle-aged men (mean age 38.8 years)
and a group of younger men (mean age 28.7 years).
Hypothesis 9 : Perceptions of innovation among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
O'Brien (1979/1980) found no relation in their perceptions of innovation
in their work environment between a group of middle-aged men (mean
age 38.8 years) and a group of younger men (mean age 28.7 years).
Hypothesis 10: Perceptions of physical comfort among work
groups in Poland manufacturing carbide tooling are directly related to
productivity.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. O'Brien (1979/1980) found no relation in their perceptions of
physical comfort in their work environment between a group of middle-
aged men (mean age 38.8 years) and a group of younger (mean age
28.7 years).
Summary
Only a very small number of studies were found that investigated
the relation between productivity and (a) involvement, (b) peer cohesion,
(c) supervisor support, (d) autonomy, (e) task orientation, (f) work
pressure, (g) clarity, (h) control, (i) innovation, and (j) physical comfort
variables measured on the Work Environment Scale (Moos, 1981). Farh
and Scott (1983) and Rakich (1970/1971) found a correlation between
autonomy and productivity. Furthermore, Farh and Scott found a higher
level of autonomy, whatever the condition, associated with correspond
ing higher levels of productivity. This study examined perceived auton
omy and productivity in order to support or refute the propositions of
fered in the literature, particularly those of Farh and Scott. No study
identical or similar was found which was conducted in Poland. There
fore, this study was conducted to test the hypothesis of Farh and Scott
under conditions which occurred in Poland in 1991. One hypothesis to
measure the relation between the independent variable productivity and
the dependent variable autonomy was formulated; nine additional hy
potheses, each involving productivity and one of the following depend
ent variables, involvement, peer cohesion, supervisor support, task orien
tation, work pressure, clarity, control, innovation, and physical support,
were formulated for this study. Based on the findings of the studies that
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. have been reported, which are mixed, decisions were made for each
hypothesis on whether to treat it as either nondirectional or directional.
Much of what is theorized about autonomy and its influence upon other
variables remains untested theory. This study will contribute to the
number of tests of theoretical propositions about the importance of
autonomy.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. CHAPTER III
DESIGN AND PROCEDURES
The purpose of this study was to determine whether or not for
work groups in Poland productivity levels and their perceptions of their
own autonomy as well as other aspects of the work environment are
related. This chapter contains the procedures for testing the research
hypotheses. The hypothesis developed to study the relation between
perceived work group autonomy and productivity between factories
manufacturing carbide tooling in Poland is: Hypothesis 1: Perceptions
of autonomy among work groups in Poland manufacturing carbide tool
ing are directly related to productivity. The following hypotheses were
also tested:
Hypothesis 2 : Perceptions of involvement among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Hypothesis 3 : Perceptions of peer cohesion among work groups
in Poland manufacturing carbide tooling are directly related to produc
tivity.
Hypothesis 4 : Perceptions of supervisor support among work
groups in Poland manufacturing carbide tooling are directly related to
productivity.
Hypothesis 5 : Perceptions of task orientation among work
groups in Poland manufacturing carbide tooling are directly related to
productivity.
31
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Hypothesis 6 : Perceptions of work pressure among work groups
in Poland manufacturing carbide tooling are directly related to produc
tivity.
Hypothesis 7 : Perceptions of clarity among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Hypothesis 8 : Perceptions of control among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Hypothesis 9 : Perceptions of innovation among work groups in
Poland manufacturing carbide tooling are directly related to productivity.
Hypothesis 10: Perceptions of physical comfort among work
groups in Poland manufacturing carbide tooling are directly related to
productivity.
This chapter is divided into six sections: (1) plant selection,
(2) subjects, (3) instrumentation, (4) data collection, (5) data analysis,
and (6) summary.
Plant Selection
The focus of this study was the relation between perceived
autonomy of work groups in Poland and labor productivity at selected
organizations manufacturing carbide tooling in Poland. Subscales of the
Work Environment Scale (WES, Moos, 1981), Involvement, Peer Cohe
sion, Supervisor Support, Task Orientation, Work Pressure, Clarity,
Control, Innovation, and Physical Comfort, also were to be examined.
Three steps were defined for this study before departure to Po
land. Step 1, the mean score and standard deviation for all factories'
plant productivity were to be computed. Step 2, factories with standard
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. productivity scores one or more standard deviations above or below the
mean were to be administered the survey. These factories were to be
considered as having high or low productivity, respectively. A minimum
of three factories in each category (high and low productivity) was
considered necessary for purposes of this study. If the sample size were
larger and if more than three factories in either group had been realized,
then the factories with the most extreme scores in each group were to
be chosen for the study. Step 3, if three or more factories did not fall
within the high and low productivity range as defined in Step 2, then all
of the factories were to be rank ordered from high productivity to low
productivity and used in the study. An alpha of .10 was used to test
the null hypotheses. This study is exploratory; therefore, a decision was
made to use a high alpha level.
Upon arrival in Poland and before conducting the survey, the
following occurred:
1. Contact was made with Poland's Department of Commerce in
Warsaw in February 1991. The Department of Commerce was re
quested in a face-to-face meeting to provide the names of the organiza
tions manufacturing carbide tooling near the cities of Warszawa,
Gdansk, and Kracow.
2. The Department of Commerce provided the researcher with
the list of only six factories located near the cities of Warsaw, Gdansk,
and Kracow. The Department of Commerce confirmed that these were
the only factories of this type.
3. After the list of six factories was provided by the Department
of Commerce, telephone contact with the plant manager at each of the
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. six factories was made requesting permission to conduct the study.
4. The plant manager at each factory computed their labor
productivity by dividing the total monthly labor hours required to produce
the parts by the monthly production. Actual production totals were not
divulged to the researcher because each plant manager stated that he
wanted to keep such data confidential. To verify the productivity data,
the researcher reviewed the data with a sales engineer employed by a
Polish export company familiar with data of this type. He confirmed the
reasonableness of the data.
5. All six factories were surveyed using the WES.
Permission to conduct the survey was obtained from the local
union representative in face-to-face meetings and plant management at
each factory site by telephone before the survey was administered. The
workers at the factories sampled in Poland were laborers in light industry
manufacturing machine cutting tools, namely, carbide cutting inserts.
To obtain information about the workers' perceptions of their work
environment, strict assurances were provided the workers, including
their local union representatives, that the information requested would
not be disclosed for purposes other than for this study (see Appendix C).
After such assurances were acknowledged, subject participation was
voluntary. Individual perceptions were obtained from scores recorded on
the WES. The scorer counted the number of ves answers for each
subscale and entered the total on a worksheet. Raw scores were con
verted to an average score for all respondents surveyed at each factory
location. Consequently, only WES data for workers employed on the
day the survey was administered at the selected plants were used for
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. this study. Average scores for the subscales at each factory site were
calculated for this study. All testing was administered in the morning
during the designated work break.
Subjects
This study was conducted near the major industrial cities of
Warszawa, Gdansk, and Kracow. The population for this study was
factories comprised of work groups involved in the manufacturing of
carbide tools. Poland-Statistical Data 1987 (Dziadkiewicz, 1987), pub
lished by the Central Statistical Office of Poland, indicates in 1986,
4,2 77 ,000 workers were employed in industry. Forty-five percent had a
basic vocational education, 35% a secondary education, and 6% a third
level (college) education (the data do not address the remaining 14% of
the workers). The number of workers in light industry was 686,000,
representing 16.1% of the industrial enterprises. The number of work
ers manufacturing carbide tooling is unknown. The average pay per
worker was 27,499 zlotys per month, approximately $55 U.S. Rogers
and Matthews (1991) reported that the wages in Eastern Europe are
cheap, in Poland especially. The wage rate in Poland is 15% of equival
ent British rates, and less than either that of Hungary or Czechoslovakia.
In 1985 the number of organizations with 51-100 workers was 7,900;
101-500 workers, 11,900; 501-1,000 workers, 2,200; 1,001-5,000
workers, 1,800; and 5,001 and more workers, 200.
The subjects for this study were factory workers manufacturing
primarily cutting tools, namely, carbide cutting inserts. The percentage
of subjects asked to answer the survey was 100% of the workers at the
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. selected plants working at the time the survey was administered. The
employees at each plant completed the survey in a designated area
monitored by the researcher. The plant manager at each plant verified
that 100% of the employees asked to take the survey did in fact partici
pate. It is assumed that the high response rate was due to the plant
managers' perception that the researcher could in some way affect
potential sales to United States customers. Therefore, pressure to
complete the survey could have been applied to the workers, but the
researcher had no indication that this actually occurred.
Permission to conduct the study was obtained from both factory
management and local union representatives. Each work group was
introduced to the researcher and encouraged by the researcher to partic
ipate in the study. A verbal agreement was made between the research
er and the workers to (a) keep information obtained from individual par
ticipants confidential by not requiring their names or any other means of
identification on the questionnaire and (b) to report only group data in
the study. A request was made to the workers at each factory site,
encouraging their participation in completing the WES. The participants
at each factory site (the work group) had described to them the study
and the instrument as a group. Identification codes were assigned to
each plant. Each factory surveyed was identified by its assigned code.
A logbook with the following information was maintained: assigned
code number for each factory surveyed, total work force on the rolls at
each factory, number of production days used in the calculation, total
production and total labor hours for the 2 months used for the survey,
and number of employees at the work site the day the questionnaire was
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. administered (if extenuating manufacturing circumstances had been
found which necessitated using production output for months other than
the 2 preceding the survey, one of two actions would have occurred:
(1) the factory would have not been used in the survey; or (2) if the
factory was used in the survey, the information would have been noted
on the logbook including conclusions).
Instrumentation
The Work Environment Scale, Form R (Moos, 1981) was used in
this study because factory workers had been used in the norming
sample. The instrument is published by the Consulting Psychologists
Press, Inc., Palo Alto, California, copyright 1981. The publisher granted
permission to use the instrument and to translate the English version into
Polish. Insel and Moos (1974), using the Kuder-Richardson Formula 20,
determined the internal consistencies. The average internal consistency
for the English version of the Work Environment Scale subscales (N =
1,045) is .78 with a range of .73 to .86. The average item subscale
correlation is .48 with a range of .36 to .53. Test-retest reliability of
individual scores on 10 subscales varies from a low of .69 for Clarity to
a high of .83 for Involvement (Moos, 1981).
Polish workers, completing the translated WES, were asked to
respond true or false to 90 single-sentence statements on the instru
ment. Moos (1981) indicated the instrument should take between 15
and 20 minutes to complete. Questions pertaining to the subscales are
alternated in the survey to appear as every 10th question. Subscale
scoring is facilitated by this arrangement of questions for each subscale.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Raw scores for this study were obtained by adding ves responses
marked in appropriate spaces as contributing to the subscale score. High
raw scores (on a subscale 0-9) were interpreted as indicating a higher
perceived presence of the measured subscales. An average score was
calculated for the work group, that is, the workers at each factory, for
the subscales. Tables for converging raw scores for each subscale to
average scores are provided by Moos (1981).
Because Polish versions of the WES were not available, permission
was obtained from the publisher to translate the WES from English to
Polish. Translation accuracy was ensured by the method of back-
translation (Lefkowitz, 1988/1989); that is, the questionnaire was trans
lated from English to Polish by a bilingual interpreter and member of the
Union of Polish Translators in Warsaw, and retranslated back from Polish
to English by another bilingual interpreter at the University of Warszawa.
The researcher compared the back-translated version to the English
version and found it to be similar. (The same process was employed by
the researcher in a pilot of the WES conducted in Poland in 1984; no
problems were incurred with that translation.)
Data Collection
When Solidarity was legalized and Poland began changing to a free
market economy from a communist state-controlled economy, it is likely
Polish industry found it no longer necessary to report industry production
data in a manner calculated to justify the communist economic system.
Hyclak (1990) indicated that worker councils within Poland have consid
erable voice in production, investment, and profit and wage decisions
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. essential to a changing economic system (centrally controlled to decen
tralized decision making). It is also probable, therefore, such data re
ported now are not subject to the pressures exerted by the previous
government. Therefore, one could expect some accuracy in (a) the
productivity data provided by the plant management at each factory site
surveyed and (b) the responses to the WES provided by the Polish
workers at each factory site. However, there is no clear evidence for
accuracy or inaccuracy of these data in the environment under study.
The following steps were taken before the questionnaire was
administered:
1. The researcher obtained permission to conduct the survey
from the plant manager and the plant union representative.
2. During the workday prior to 12:00 noon, workers in the plant
were told by the researcher in Polish the purpose of the study.
3. The researcher assured the potential respondents the data
collected would be used only for purposes of the study and individual
responses would be aggregated and not revealed on an individual basis.
4. A consent form was given to each worker to indicate his
understanding of, and agreement to, the conditions of participation in the
survey.
5. The researcher gave the potential respondents instructions, in
Polish, for completing the survey.
6. The researcher administered the survey instrument to each
worker who signed the consent form at the plant during working hours
at the time and in the location designated by the plant manager and
agreed to by the plant union representative. Only the researcher was
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. present at the time the questionnaire was administered.
7. The survey instrument was collected from the respondents on
the morning of its administration and only by the researcher.
8. Confidentiality was maintained by the researcher's personally
collecting the survey when it was completed by the respondent.
9. For each plant all of the surveys completed by the respond
ents were used for this study.
10. All survey instruments were coded to indicate from which
plant the responses were received. No method was used to identify
individual respondents.
Data Analysis
The essential task in the data analysis was to determine for the
hypotheses whether or not the difference in the aspects of the work
environment and productivity scores among the factories support the
existence of a relationship at the alpha level of .10. The WES subscale
scores were entered into a computer system using a terminal tabulation.
Analysis was achieved through the use of a statistical application pro
gram, Statistical Package for the Social Sciences-Expanded (SPSS-X,
SPSS, Inc., 1991). The hypotheses were analyzed using the Kendall tau
test for ordered alternatives (Siegel & Castellan, 1988), a nonparametric
measurement, that tests the hypothesis that the samples (or groups) are
ordered in a specific a priori sequence. It is important to note that in
order to ensure proper use of the test, the researcher must be able to
specify the order of the groups or measures a priori. For purposes of
this study, the a priori order used in the analysis is plant productivity
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. ranked from lowest to highest for the months of January, February, and
average January/February 1991. Kendall's tau and its probability level
were attained using the computer program SPSS-X (SPSS, Inc., 1991).
The scores are illustrated in tables designed for this study.
Summary
An overview of the methodology for the study has been presented
in this chapter. Plant selection, subjects, instrumentation, data collec
tion, and data analysis procedures have been discussed.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. CHAPTER IV
ANALYSIS AND CONCLUSIONS
The purpose of this study was to determine whether or not for
work groups in Poland productivity levels and their perceptions of their
own autonomy and other work environments are related. The Kendall
tau test for ordered alternatives was used to investigate the relation
between the independent variable productivity and the dependent varia
bles, involvement, peer cohesion, supervisor support, task orientation,
work pressure, clarity, control, innovation, and physical comfort, as
measured by the Work Environment Scale (WES, Moos, 1981).
For each of the six plants used in this study, the independent
variable, productivity, was provided by the respective plant manager.
The productivity for each plant (see Table 1) for the months of January
and February 1991, including the average productivity for the same 2
months, is the ratio of the total production man-hours worked at each
plant for the month to the total month’s production.
Written daily production reports of the total number of carbide
tools manufactured, including the total daily labor hours used to produce
the carbide tools, were requested; but the information was not released
to the researcher. Instead, the management at each of the factories
provided the researcher with total labor hours worked and the productiv
ity in each month for January and February. The researcher calculated
42
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 43
the average productivity for these two months for each plant. Table 1
shows the order of the plants with respect to productivity.
Table 1
Summary of Plant Productivity
Plant Average name January February (Jan. & Feb.) Rank
Fwp Vis 63% 67% 65% 1
Chifa 66% 68% 67% 2
Walimet 68% 73% 71% 3
Bialystok 68% 75% 72% 4
Poreba 80% 81% 81% 5
Wifama 84% 95% 90% 6
Note. The ranking is done using the average productivity levels, with 1 being the lowest productivity and 6 being the highest productivity.
A minimum of three plants in each category (high and low produc
tivity) was not realized because the total manufacturing locations produc
ing carbide tooling in Poland at the time of the survey, February 1991,
was only six. This was confirmed by the Director of the Department of
Commerce in Poland. Additionally, only two of the six plants (Fwp Vis
and Wifama) were found with productivity scores one or more standard
deviations above or below the mean for the month of January.
Since a minimum of three plants with productivity scores one or
more standard deviations above and below the mean was not realized,
the alternate plan to rank order each plant from high productivity to low
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. productivity was used for purposes of this study. The three average
highest productivity plants are Bialystok, Poreba, and Wifama; the three
average lowest productivity plants are Fwp Vis, Chifa, and Walimet.
The analysis was based on the average productivity.
Furthermore, no investigations to explain the relation between
productivity and the WES subscales with reported data are known to
have been made in Poland.
The data for this study were gathered from questionnaires submit
ted to Polish workers in six different plants (see Appendices C and D).
The questionnaires were submitted to workers in each plant on the day
shift. Raw scores were obtained by adding yes responses as contribut
ing to the subscale score. Tables for converting raw scores for each
subscale to average scores are provided by Moos (1981). Participation
in all cases was entirely voluntary. Even though the sample is small (six
factories), the high rate of response, 100% of the day shift hourly
workers at each plant, reflects an intense interest in the subject matter.
Analysis of the Data
Previous researchers have found differing results in the relationship
between work group autonomy and productivity. This study examined
whether or not for work groups in Poland productivity levels and their
perceptions of their own autonomy and other work environments are
directly related. What follows is the description of the analysis for the
hypotheses. The Kendall tau adjusted for ties was used to test the null
hypothesis that there is no relationship between the independent vari
able, productivity, and dependent variables, involvement, peer cohesion,
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. supervisor support, task orientation, work pressure, clarity, control,
innovation, and physical comfort. Kendall tau was evaluated using
either a directional or nondirectional test and setting the nominal alpha
at .10.
Hypothesis 1: Productivity and Autonomy
Support for the null hypothesis between productivity and the
perception of autonomy was nonexistent. The attained values for
Kendall tau for the months of January, February, and January/February
average were .2760, .3333, and .3333, respectively. The subscale
Autonomy measures the extent to which employees are encouraged to
be self-sufficient and to make their own decisions. As shown in Table 2,
there is no relationship between the two variables at the alpha level
of .10 (one-tailed).
Hypothesis 2: Productivity and Involvement
Support for the null hypothesis between productivity and the
perception of involvement was nonexistent. The attained values for
Kendall tau for the months of January, February, and January/February
average were .4140, .3333, and .3333, respectively. The subscale
Involvement measures the extent to which employees are concerned
about and committed to their jobs. As shown in Table 3, there is no
relationship between the two variables at the alpha level of .10 (one
tailed).
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 46
Table 2
Descriptive Summary of Data: Relationship Between Perception of Autonomy as an Environmental Factor and Productivity
Autonomy
Plant Productivity name rank Mean SD
Fwp Vis 1 35.38 20.39
Chifa 2 43.86 15.86
Walimet 3 39.92 18.45
Bialystok 4 43.53 18.44
Poreba 5 37.40 27.65
Wifama 6 46.17 14.74
Autonomy with: Kendall tau £
January productivity .2760 .222
February productivity .3333 .174
Average productivity (January and February) .3333 .174
Hypothesis 3: Productivity and Peer Cohesion
Support for the null hypothesis between productivity and the
perception of peer cohesion was existent at the .10 level. The attained
values for Kendall tau for the months of January, February, and
January/February average were .6901, .7333, and .7333, respectively.
The subscale Peer Cohesion measures the extent to which employees
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 47
Table 3
Descriptive Summary of Data: Relationship Between Perception of Involvement as an Environmental Factor and Productivity
Involvement
Plant Productivity name rank Mean SD
Fwp Vis 1 29.88 14.22
Chifa 2 38.07 18.21
Walimet 3 32.92 18.97
Bialystok 4 34.20 13.81
Poreba 5 31.80 12.72
Wifama 6 29.58 10.95
Involvement with: Kendall tau
January productivity .4140 .126
February productivity .3333 .174
Average productivity (January and February) .3333 .174
are friendly and supportive of one another. As shown in Table 4, there
is a relationship between the two variables at the .10 alpha level (one
tailed).
Hypothesis 4: Productivity and Supervisor Support
Support for the null hypothesis between productivity and the
perception of supervisor support was nonexistent. The attained values
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 48
Table 4
Descriptive Summary of Data: Relationship Between Perception of Peer Cohesion as an Environmental Factor and Productivity
Peer cohesion
Plant Productivity name rank Mean SD
Fwp Vis 1 37.50 14.38
Chifa 2 38.36 15.44
Walimet 3 43.23 19.23
Bialystok 4 43.33 19.03
Poreba 5 40.60 14.22
Wifama 6 46.92 11.90
Peer cohesion with: Kendall tau E
January productivity .6901 .0 2 8 *
February productivity .7333 .0 1 9 *
Average productivity (January and February) .7333 .01 9*
< .10.
for Kendall tau for the months of January, February, and January/Febru
ary average were -.138, -.200, and -.200, respectively. The subscale
Supervisor Support measures the extent to which management is sup
portive of employees and encourages employees to be supportive of one
another. As shown in Table 5, there is no relationship between the two
variables at the alpha level of .10 (two-tailed).
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 49
Table 5
Descriptive Summary of Data: Relationship Between Perception of Supervisor Support as an Environmental Factor and Productivity
Supervisor support
Plant Productivity name rank Mean SD
Fwp Vis 1 40.50 10.10
Chifa 2 36.29 9.09
Walimet 3 42.23 12.72
Bialystok 4 41.67 12.88
Poreba 5 39.40 14.12
Wifama 6 39.08 11.12
Supervisor support with: Kendall tau £
January productivity -.138 .70
February productivity -.200 .56
Average productivity (January and February) -.200 .56
Note. Because the sign of each of the Kendall tau is opposite expecta tions, the reported probabilities are for a two-tailed test.
Hypothesis 5: Productivity and Task Orientation
Support for the null hypothesis between productivity and the
perception of task orientation was nonexistent. The attained values for
Kendall tau for the months of January, February, and January/February
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 50
average were -.276, -.200, -.200, respectively. The subscale Task
Orientation measures the degree of emphasis on good planning, efficien
cy, and getting the job done. As shown in Table 6, there is no relation
ship between the two variables at the alpha level of .10 (two-tailed).
Table 6
Descriptive Summary of Data: Relationship Between Perception of Task Orientation as an Environmental Factor and Productivity
Task orientation
Plant Productivity name rank Mean SD
Fwp Vis 1 43.13 16.50
Chifa 2 48.00 19.89
Walimet 3 33.00 22.22
Bialystok 4 57.60 16.13
Poreba 5 29.00 20.19
Wifama 6 38.00 14.60
Task orientation with: Kendall tau B.
January productivity -.276 .222
February productivity -.200 .287
Average productivity (January and February) -.200 .287
Note. Because the sign of each of the Kendall tau is opposite expecta tions, the reported probabilities are for a two-tailed test.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 51
Hypothesis 6: Productivity and Work Pressure
Support for the null hypothesis between productivity and the
perception of work pressure was nonexistent. The attained values for
Kendall tau for the months of January, February, and January/February
average were .0714, .1380, and .1380, respectively. The subscale
Work Pressure measures the extent to which employees are concerned
about the pressure of their job. As shown in Table 7, there is no rela
tionship between the two variables at the alpha level of .10 (one tailed).
Hypothesis 7: Productivity and Clarity
Support for the null hypothesis between productivity and the
perception of clarity was nonexistent. The attained values for Kendall
tau for the months of January, February, and January/February average
were .138, .200, and .200, respectively. The subscale Clarity measures
the extent to which employees know what to expect in their daily rou
tine and how explicitly rules and policies are communicated. As shown
in Table 8, there is no relationship between the two variables at the
alpha level of .10 (one-tailed).
Hypothesis 8: Productivity and Control
Support for the null hypothesis between productivity and the
perception of control was nonexistent. The attained values for Kendall
tau for the months of January, February, and January/February average
were .138, .200, and .200, respectively. The subscale Control meas
ures the extent to which management uses rules and pressure to keep
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 52
Table 7
Descriptive Summary of Data: Relationship Between Perception of Work Pressure as an Environmental Factor and Productivity
Work pressure
Plant Productivity name rank Mean SD
Fwp Vis 1 60.75 11.90
Chifa 2 46.07 12.60
Walimet 3 47.08 9.66
Bialystok 4 48.20 11.82
Poreba 5 47.00 13.77
Wifama 6 52.00 9.95
Work pressure with: Kendall tau B.
January productivity .0714 .423
February productivity .1380 .351
Average productivity (January and February) .1380 .351
employees under control. As shown in Table 9, there is no relationship
between the two variables at the alpha level of .10 (one-tailed).
Hypothesis 9: Productivity and Innovation
Support for the null hypothesis between productivity and the
perception of innovation was nonexistent. The attained values for
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 53
Table 8
Descriptive Summary of Data: Relationship Between Perception of Clarity as an Environmental Factor and Productivity
Clarity
Plant Productivity name rank Mean SD
Fwp Vis 1 23.00 9.01
Chifa 2 47.00 19.57
Walimet 3 29.92 20.99
Bialystok 4 47.87 15.14
Poreba 5 42.00 23.97
Wifama 6 41.58 18.24
Clarity with: Kendall tau B.
January productivity .138 .351
February productivity .200 .287
Average productivity (January and February) .200 .287
Kendall tau for the months of January, February, and January/February
average were -.414, -.3333, and -.3333, respectively. The subscale
Innovation measures the degree of emphasis on variety, change, and
new approaches. As shown in Table 10, there is no relationship be
tween the two variables at the alpha level of .10 (two-tailed).
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 54
Table 9
Descriptive Summary of Data: Relationship Between Perception of Control as an Environmental Factor and Productivity
Control
Plant Productivity name rank Mean SD
Fwp Vis 1 42.38 19.76
Chifa 2 52.36 11.63
Walimet 3 41.00 10.41
Bialystok 4 61.73 8.90
Poreba 5 44.60 13.33
Wifama 6 49.58 16.20
Control with: Kendall tau G
January productivity .138 .351
February productivity .200 .287
Average productivity (January and February) .200 .287
Hypothesis 10: Productivity and Physical Comfort
Support for the null hypothesis between productivity and the
perception of physical comfort was nonexistent. The attained values for
Kendall tau for the months of January, February, and January/February
average were .0714, .0000, and .0000, respectively. The subscale
Physical Comfort measures the extent to which the physical
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 55
Table 10
Descriptive Summary of Data: Relationship Between Perception of Innovation as an Environmental Factor and Productivity
Innovation
Plant Productivity name rank Mean SD
Fwp Vis 1 38.50 16.18
Chifa 2 40.21 12.54
Walimet 3 36.23 16.08
Bialystok 4 45.40 19.37
Poreba 5 17.60 9.37
Wifama 6 34.75 10.56
Innovation with: Kendall tau a
January productivity -.4140 .252
February productivity -.3333 .174
Average productivity (January and February) -.3333 .174
Note. Because the sign of each of the Kendall tau is opposite expecta tions, the reported probabilities are for a two-tailed test.
surroundings contribute to a pleasant work environment. As shown in
Table 11, there is no relationship between the two variables at the alpha
level of .10 (one-tailed).
Data of means and standard deviations for all subscales as
measured in each of the six factories is in Appendix A. The subscale
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 56
Table 11
Descriptive Summary of Data: Relationship Between Perception of Physical Comfort as an Environmental Factor and Productivity
Physical comfort
Plant Productivity name rank Mean SD
Fwp Vis 1 26.63 8.19
Chifa 2 45.43 19.37
Walimet 3 36.85 17.83
Bialystok 4 31.60 8.37
Poreba 5 31.40 9.91
Wifama 6 32.08 17.03
Physical comfort with: Kendall tau a
January productivity .0714 .423
February productivity .0000 .500
Average productivity (January and February) .0000 .500
responses of perceptions of agreement and nonagreement for the
subscales in total and by plant as a percentage are summarized in
Appendix B.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 57
Summary
The analysis of the data indicates Hypothesis 1 is not supported
at the .10 alpha level. The only hypothesis supported at the .10 alpha
level is Peer Cohesion.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. CHAPTER V
DISCUSSION OF FINDINGS, SUMMARY OF STUDY, AND RECOMMENDATIONS FOR FURTHER RESEARCH
This chapter is comprised of the following sections: review of
study purpose, review of study design, discussion of the findings, and
recommendations for further research.
Review of Study Purpose
This study was conducted to determine whether or not for work
groups in Poland productivity levels and their perceptions of their own
autonomy and other work environments are directly related. The study
was prompted because of the following reasons:
1. Only a small number of studies (Booth et al., 1976;
Cummings & Griggs, 1977; Farh & Scott, 1983; K. I. Miller & Monge,
1986; O’Brien, 1979/1980; Oldham, 1976; Shannon, 1982/1983) have
investigated the relation between productivity and the types of variables
measured on the Work Environment Scale (WES, Moos, 1981).
2. At the time of this study (1991), no other study identical or
similar had been conducted that measures workers' perceptions of their
work environment after a change in government leadership and an
apparent change in managerial style from autocratic to democratic as
occurred in Poland.
3. The researcher has an interest in sociotechnical work design
and its relation to improvements in worker productivity; for example,
58
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Howard (1980) indicated that a mere 1% improvement in the productiv
ity of federal employees would save $4.0 million annually.
Additionally, much of what is written about autonomy and its
influence upon other variables remains untested theory; consequently,
this study will contribute to the number of tests of theoretical proposi
tions about the importance of autonomy and its relation to the other
work environments.
Review of Study Design
Six plants manufacturing carbide tooling in Poland were used in
this study. This study measured perceptions of Polish workers in their
work environment, the dependent variable, using the productivity scores
of each of the six plants, the independent variable. Data for the study
was obtained from participants' completion of the WES during February
1991. Polish workers were required to respond yes or no to 90 single
sentence statements about their work environment in completing the
WES questionnaire. The questionnaire has 10 subscales with 9 state
ments for each subscale. Raw scores (0-9), with higher scores indicat
ing greater perceived presence of a subscale, were converted to standard
scores for analysis (Moos, 1981). Standard scores for the WES were
entered into the computer program Statistical Package for the Social
Sciences-Expanded (SPSS-X, SPSS, Inc., 1991) to calculate the signifi
cance and correlation coefficients for the 10 subscales of the WES.
Analysis of the WES data used the Kendall tau test for ordered alterna
tives to investigate the hypotheses.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. The weakness in this analysis is the small number of plants avail
able for sampling. However, the population available was limited; the
research purposely was confined to Poland because it was thought that
due to the historic change in political structure, from communist control
to democratic orientation, and the apparent change in managerial style
from autocratic to democratic, investigation into perceptions of autono
my and productivity would be particularly fruitful. In an effort to limit
extraneous variables, the researcher chose to concentrate on the carbide
tooling industry because its plants employed similar methods of produc
tion and measured productivity in a similar manner.
Discussion of the Findings
The researcher did not find support for the hypothesis that there is
a relation between the perceptions of autonomy among work groups in
Poland manufacturing carbide tooling and productivity using an alpha
level of .10. The findings of this study did not support that of Farh and
Scott (1983), who found that subjects in the most autonomous condi
tion reported a higher level of autonomy, and those who reported a
higher level of autonomy, whatever the condition, tended to report a
higher level of personal productivity. The findings of this study were not
anticipated by the researcher although the dramatic changes in the work
environment, namely, throwing off the yoke of state-controlled produc
tion in Poland, including the Soviet-influenced lack of employee-oriented
management, could have provided the necessary impetus for workers to
become more self-sufficient and to make more of their own decisions.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. On the other hand, due to the limited number of factories manu
facturing carbide tooling in Poland available for sampling, the chance of
finding a relation between perceptions of autonomy and productivity was
in this study very small even if the hypothesis were true. It should be
noted that some of the unique aspects of the groups of factories used in
this study were that all six factories manufactured carbide tooling on
similar machinery, the work force appeared to be of similar age, overall
physical plant size appeared to be similar, and all workers at all six facto
ries exhibited a positive attitude to taking the survey. The researcher
had control over the following aspects of data collection: the time of
day, instructions for completing the survey, only the researcher was
present at the time of administration of the survey, collection of the
survey instruments by the researcher, confidentiality of the survey, and
identification of survey instruments according to plant. The researcher
did not have control over the following aspects of data collection:
sample size (only six available); daily production data, which had been
requested but was not provided; and number of respondents at each
plant.
Because the questionnaire was not distributed to the respondents
prior to the test, the probability of their being coached by plant man
agement or union representatives is unlikely. Therefore, it can be
assumed that they answered the questionnaire honestly.
The researcher found support for the hypothesis that there is a
direct relation between perceptions of peer cohesion among work groups
in Poland manufacturing carbide tooling and productivity. One might
suspect that in order to survive under the former autocratic, suppressive
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. work environment workers throughout Poland had to cooperate with,
and to be highly supportive of, each other. It seems logical to assume
that this attitude, once ingrained in the work ethic, would persist even
after the break-up of the communist system. Polish workers now are
working together for the right reason, that is, to increase productivity,
not merely for the sake of their own personal survival. Furthermore, the
high correlation coefficient indicates to the researcher that high levels of
peer cohesion are a very important determinant of high productivity in a
work environment. Another example is Chrysler's current method of
manufacturing (Ford Motor Company's is similar). Daun (1992) reported
that Chrysler's platform management concept for manufacturing vehicles
uses the team approach, an important aspect of which is peer cohesion
because the team members must work collaboratively to share informa
tion, resources, and responsibilities in order to sustain the platform
concept. Chrysler sees this concept as the way by which it will remain
competitive with other vehicle manufacturers worldwide in the era of
smaller volume, niche-marketed production.
No relation was found between productivity and the perceptions
of involvement, supervisor support, task orientation, work pressure,
clarity, control, innovation, and physical comfort using an alpha level
of .10; therefore, they will not be elaborated upon.
Recommendations for Further Research
The following recommendations are offered as a result of being
involved in designing, conducting, and evaluating this study:
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 1. Future studies which measure productivity and work environ
ments should consider using a larger sample size.
2. Because this study was conducted in 1991, relevant literature
beyond that date was not reviewed. Therefore, future studies which
measure productivity and work environment should consider literature
subsequent to 1991.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. APPENDICES
64
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Appendix A
Means and Standard Deviations
65
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 66
Plant prod. 1 PC SS A TO WP C CTL INN COM rank
Mean
1 29.88 37.50 40.50 35.38 43.13 60.75 23.00 42.38 38.50 26.63
2 38.07 38.36 36.29 43.86 48.00 46.07 47.00 52.36 40.21 45.43
3 32.92 43.23 42.23 39.92 33.00 47.08 29.92 41.00 36.23 36.85
4 34.20 43.33 41.67 43.53 57.60 48.20 47.87 61.73 45.40 31.60
5 31.80 40.60 39.40 37.40 29.00 47.00 42.00 44.60 27.60 31.40
6 29.58 46.92 39.08 46.17 38.00 52.00 41.58 49.58 34.75 32.08
Avg. 32.74 41.66 39.86 41.04 41.46 50.18 38.56 48.61 37.12 34.00
Standard deviation
1 14.22 14.38 10.10 20.36 16.40 11.90 9.01 19.76 16.18 8.19
2 18.21 15.44 9.09 15.86 19.89 12.60 19.57 11.63 12.54 19.30
3 18.97 19.23 12.72 18.45 22.22 9.66 20.99 10.41 16.08 17.80
4 13.81 19.03 12.88 18.44 16.13 11.82 15.14 8.90 19.37 8.30
5 12.72 14.22 14.12 27.65 20.19 13.77 23.97 13.33 9.37 9.91
6 10.95 11.90 11.12 14.74 14.60 9.95 18.24 16.20 10.56 17.00
Avg. 3.15 3.53 2.14 4.17 10.44 5.58 9.96 7.75 5.95 6.47
Note: I = Involvement, PC = Peer Cohesion, SS = Supervisor Support, A = Auton omy, TO = Task Orientation, WP = Work Pressure, C = Clarity, CTL = Control, INN = Innovation, and COM = Physical Support.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Appendix B
Subscale Summary for All Plants
67
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 68
Subscale Summary for All Plants
Involvement: 41 % agreed they are concerned about and commit
ted to their jobs; 57% did not; 2% did not respond.
Peer Cohesion: 53% agreed they are friendly and supportive of
one another; 46% did not; 1% did not respond.
Supervisor Support: 49% agreed management is supportive of
employees and encourages employees to be supportive of one another;
50% did not; 1 % did not respond.
Autonomy: 50% agreed employees are encouraged to make their
own decisions; 48% did not; 2% did not respond.
Task Orientation: 55% agreed that there was an emphasis on
good planning efficiency and getting the job done; 44% did not; 1 % did
not respond.
Work Pressure: 49% agreed on the degree to which the pressure
of work and time urgency dominate the job milieu; 50% did not; 1 % did
not respond.
Clarity: 48% agreed employees know what to expect in their
daily routine and how explicitly rules and policies are communicated;
50% did not; 2% did not respond.
Control: 53% agreed management uses rules and pressures to
keep employees under control; 46% did not; 1% did not respond.
Innovation: 30% agreed there was an emphasis on variety,
change, and new approaches; 69% did not; 1 % did not respond.
Physical Comfort: 32% agreed to the extent to which the physi
cal surroundings contributed to a pleasant work environment; 67% did
not; 1% did not respond.
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 69
Involvement
Plant productivity Agree Disagree No response rank
1 51% 49%
2 42% 57% 1%
3 39% 58% 3%
4 38% 61% 1%
5 35% 65%
6 38% 58% 4%
Total 41% 57% 2%
Peer Cohesion
Plant productivity Agree Disagree No response rank
1 48% 52%
2 54% 46%
3 55% 43% 2%
4 59% 41%
5 47% 51% 2%
6 51% 49%
Total 53% 46% 1%
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 70
Supervisor Support
Plant productivity Agree Disagree No response rank
1 42% 58%
2 53% 46% 1%
3 53% 44% 3%
4 46% 52% 2%
5 48% 49% 3%
6 47% 51% 2%
Total 49% 50% 1%
Autonomy
Plant productivity Agree Disagree No response rank
1 53% 47%
2 53% 45% 2%
3 48% 50% 2%
4 54% 45% 1%
5 42% 57% 1%
6 44% 53% 3%
Total 50% 48% 2%
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 71
Task Orientation
Plant productivity Agree Disagree No response rank
1 56% 44%
2 76% 24%
3 41% 57% 2%
4 48% 51% 1%
5 56% 42% 2%
6 36% 60% 4%
Total 55% 44% 1%
Work Pressure
Plant productivity Agree Disagree No response rank
1 43% 57%
2 46% 53% 1%
3 44% 52% 4%
4 53% 46% 1%
5 66% 31% 3%
6 44% 56%
Total 49% 50% 1%
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 72
Clarity
Plant productivity Agree Disagree No response rank
1 58% 42%
2 59% 39% 2%
3 33% 65% 2%
4 50% 48% 2%
5 25% 69% 6%
6 54% 42% 4%
Total 48% 50% 2%
Control
Plant productivity Agree Disagree No response rank
1 50% 50%
2 68% 30% 2%
3 40% 57% 3%
4 54% 45% 1%
5 53% 44% 3%
6 44% 53% 3%
Total 53% 46% 1%
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Innovation
Plant productivity Agree Disagree No response rank
1 33% 67%
2 43% 57%
3 26% 74%
4 23% 77%
5 29% 68% 3%
6 11% 89%
Total 30% 69% 1%
Physical Comfort
Plant productivity Agree Disagree No response rank
1 48% 52%
2 27% 72% 1%
3 35% 63% 2%
4 28% 72%
5 19% 79% 2%
6 27% 73%
Total 32% 67% 1%
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Appendix C
Letter to Participants
74
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Donald L. Cusfa 8209 McCandlish Road Grand Blanc. Michizan U.S.A. Phone (313) 6362901
To Perspeccive Study Participants,
I am working on my dissertation entitled "Productivity and Perceived Uork
Environments of Uork Groups in Poland" at Western Michigan University. The
dissertation requires collecting data from Polish workers to complete the
University's requirements for obtaining my doctoral degree. Your participation
in this study is important but you have the freedom not to participate, the
right to withdraw, and the right to skip any item on the questionnaire should
you choose. Additionally, there is no penalty should you decide to withdraw
from this study.
tank you,
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Donald L. Gusfa 8209 McCandlish Road Grand Blanct Michigan USA. Phone /313/ 6362901
Do Pczeatnikdw Badari
\
Szanowni Pailstwot •
Jeatem praeownlkiem naukowy przygotowujqcym na Uniwersyteci
Western Michigan pracf doktorak* pt. "Produktywnosd a poatrze-
ganie drodowieka pracy praoa grupy pracownicze w Polace". Praca
ta wynaga aebrania danych uzyskanych od polakich robotnikdw,
ktdro poaluiq do apeinienia wymogdw Uniweraytetu niezb?dnych
dla uzyakania przeze mnie tytulu doktora nauk humanistycznych.
Waas udzial w tych hadaniach jest wainy, alo jest to udsial
v pokni dobrowolny. Kfcfcdy a Padatva oa pravo wycofania aX^ a
badad,'a takie prawo nieudzielenia odpoviedzi na kt6rokolwiek#
a pytad ankle ty. Ponadto aaj* Padatwo pe&ut gwarancjt, *• za
• slf % udsi&itt w spklftclt nio p o t l z&dns kBrci •
Daifkujf
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Appendix D
Letter of Introduction
77
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. JfiN-30-1991 08:20 FROM CQEXCntrFaxDiuiston
Celito# of Education Kaiamaioe.Mienigan «9006-5i93 Oaoanmam or Educational Laadaran* 616317*3179
W e s t e r n M ic h ig a n U n iv e r s it y
January 29, 1991
70 WHOM IT HAY CONCERN: Hr. Donald Lao Quafa, when In Poland, will he working on his doctoral dissertation entitled, "Productivity and Perceived Work Environments of Work Groups in Poland." The purpose of his trip is to collect data to complete the University's requirement for his doctoral degree. His planned research has been approved by his dissertation conmittee. Any consideration rendered will be appreciated. Sincerely,
n
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. Appendix E
Letter of Approval From Human Subjects Institutional Review Board
79
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission. 80
Human Subjects Institutional Review Board Kalamazoo. Michigan 490C8-3899
W e s t e r n M ic h ig a n U n iv e r s ity
Date: February 6,1991
To: Donald L. Gusfa From: Mary Anne Bunda, Chair Re: HSIRB Project Number: 91 -01 -24
This letter will 9erve as confirmation that your research protocol, "Productivity and Perceived Work Environments of Work Groups in Poland" (as revised), has been approved under theexempt categoryof review by the HSIRB. The conditions and duration of this approval are specified in the Policies of Western Michigan University. You may now begin to implement the research as described in the approval application. You must seek reepproval for any changes in this design. You must also seek reapproval if the project extends bevond the termination date. The Board wishes you success in the pursuit of your research goals.
xc: Edgar Kelley, Educational Leadership
Approval Termination: February 6,1992
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