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THE ASSESSMENT OF ATTITUDES TOWARD A QUALITY OF WORKING LIFE PROGRAM Item Type text; Dissertation-Reproduction (electronic) Authors BRANDON, RICHARD WILLIAM Publisher The University of Arizona. Rights Copyright © is held by the author. Digital access to this material is made possible by the University Libraries, University of Arizona. Further transmission, reproduction or presentation (such as public display or performance) of protected items is prohibited except with permission of the author. Download date 09/05/2018 19:49:28 Link to Item http://hdl.handle.net/10150/298718
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THE ASSESSMENT OF ATTITUDES TOWARDA QUALITY OF WORKING LIFE PROGRAM

Item Type text; Dissertation-Reproduction (electronic)

Authors BRANDON, RICHARD WILLIAM

Publisher The University of Arizona.

Rights Copyright © is held by the author. Digital access to this materialis made possible by the University Libraries, University of Arizona.Further transmission, reproduction or presentation (such aspublic display or performance) of protected items is prohibitedexcept with permission of the author.

Download date 09/05/2018 19:49:28

Link to Item http://hdl.handle.net/10150/298718

INFORMATION TO USERS

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Brandon, Richard William

THE ASSESSMENT OF ATTITUDES TOWARD A QUALITY OF WORKING LIFE PROGRAM

The University of Arizona PH.D. 1982

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Copyright 1982

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Brandon, Richard William

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THE ASSESSMENT OF ATTITUDES TOWARD A QUALITY

OF WORKING LIFE PROGRAM

by

Richard William Brandon

A Dissertation Submitted to the Faculty of the

DEPARTMENT OF COUNSELING AND GUIDANCE

In Partial Fulfillment of the Requirements For the Degree of

DOCTOR OF PHILOSOPHY

In the Graduate College

THE UNIVERSITY OF ARIZONA

1 9 8 2

@ Copyright 1982 Richard William Brandon

*

THE UNIVERSITY OF ARIZONA GRADUATE COLLEGE

As members of the Final Examination Committee, we certify that we have read

the dissertation prepared by RICHARD WIT.T.TAM BRANDON

entitled THE ASSESSMENT OF ATTITUDES TOWARD A QUALITY OF

WORKING LIFE PROGRAM

and recommend that it be accepted as fulfilling the dissertation requirement

for the Degree of DOCTOR OF PHIIX5SOPHY

A /V

Date

<==?/// /J?' Date '

6"- // Z-Date

S- II - 72 Date

S - / N / ? Date

Final approval and acceptance of this dissertation is contingent upon the candidate's submission of the final copy of the dissertation to the Graduate College.

I hereby certify that I have read this dissertation prepared under my direction and recommend that it be accepted as fulfilling the dissertation requirement.

issertation Director Date r

STATEMENT BY AUTHOR

This dissertation has been submitted in partial fulfillment of requirements for an advanced degree at The University of Arizona and is deposited in the University Library to be made available to bor­rowers under rules of the Library.

Brief quotations from this dissertation are allowable without special permission, provided that accurate acknowledgment of source is made. Requests for permission for extended quotation from or reproduction of this manuscript in whole or in part may be granted by the copyright holder.

SIGNED: k

ACKNOWLEDGMENTS

When I first embarked upon the journey of my doctoral studies,

the task seemed insurmountable. As I recall the many stepping stones

leading to fruition with this dissertation, I know I will celebrate

this major completion in my life for weeks, months and years to come.

I can only hope that my family members, friends and colleagues trust

how I appreciate their support and assistance, and realize that these

words cannot express the degree of my gratitude.

I am indebted, among others, to the following people:

~ My major doctoral committee, whose personal and professional

assistance was critical throughout my graduate studies. Dr. Oscar

Christensen reminded me that it was OK to narrow the focus to the

achievable. Dr. Koger Daldrup continually endorsed my holding onto

"Rick" as I blossomed in my professional life. Special thanks goes to

Dr. Gordon Harshman, chairman of my committee throughout my four years

of work in Tucson. My chief advisor, friend and counselor (for those

times I needed to be told to relax and trust more in my competence),

he provided indepth feedback and guidance for this project, opening

himself up to me far beyond the call of duty.

— Dr. Neal Herrick, my committee member and mentor, who provided

the initial spark for this study through his involving me in the early

stages of the Pima County Quality of Working Life experiment. A

pioneer in workplace reform, Neal offered countless hours of stimulating

iii

substantive discussion, ongoing enthusiasm and encouragement. His end­

less dedication and commitment to the value of humanizing the lives of

those around him have been an inspiration during our association; I will

carry his influence with me throughout my career.

— Clyde Feldman, my close friend and guide in what was relatively

unknown terrain. Clyde's crucial expertise as my computer programmer

and statistics consultant was transcended only by his response to my

needs at a moment's notice (often at the expense of his own), his con­

stant reassurance that there was "no problem," and his willingness to

become ray partner in pondering the quantitative questions, sharing in

the excitement of discovery.

— Dr. Robert Wrenn, for being the most understanding and giving

employer and friend anyone could hope for.

— Charles Huckleberry, Martin Lujan and the employees of the

Department of Transportation of Pima County for their openness to this

research endeavor.

— The panel of judges and additional measurement consultants for

donating their time, effort and expertise: Tom Hoffman, Tom Patterson,

Jim Whiteside, Marj Holiman, Rick Zucker, Mark Meyers, Martin Lujan,

Neal Herrick, Gordon Harshman, Clyde Feldman, John Luiten and

Dr. Daryll Sabers.

— Hazel Gillie, for her diligence and technical input during her

superb typing of the final manuscript.

— My friends, who have understood and accepted by absence (and

at times struggled with my presence) in times of "dissertation fever."

Special appreciation goes to Marj Holiman, friend and colleague, who

V

has shared in my journey and growth for four years, and to Julie Newhouse

for giving me space when I needed it and helping to keep the coast

clear. It's rewarding to know my friends share in my joy.

— My beloved family, who have always rooted for me, regardless of

the miles between us. They are a source of confidence that I am a

"winner." I thank my father, mother, brothers and sister for the world

they helped to create for me, and their invitations for me to be happy

and successful in it.

Finally, I wish to express particular gratitude to Karen New-

house, my partner and best friend, whose caring, trust and patience

have truly been "for better or worse." She has given steady love

despite my mood, timely nudges to acknowledge my realistic limitations,

permission for me to be gentler with myself, cherished escape and

release, hope and faith in a light at the end of the tunnel, innumerable

hours of typing with eyes at half-mast, and her rare breed of quiet <r

strength when I felt I had none left of my own. This dissertation

would not have been completed without Karen's love, support and

presence.

TABLE OF CONTENTS

Page

LIST OF TABLES ix

ABSTRACT xi

1. RATIONALE FOR THE STUDY 1

Context of the Study .. ....... 1 The Turbulent Environment 2 Economic Stagnation 2 Crisis of Worker Attitudes ..... ... 3 Changing Role of Unions ... 6 The Challenge to Organizations ........... 8

The Quality of Working Life Movement . 10 QWL as a Unique Experiment 10

QWL Differentiated from Related Trends ......... 13 A Comprehensive QWL Model ............. 1 Organizational, Development and QWL ......... 16 Quality Circles, and QWL .............. l8 Participatory Management and QWL .......... 19 Sociotechnical Systems, Job Redesign and QWL .... 20 Alternative Economic Structures and QWL ...... 22 Labor-Management Committees and QWL 23 Summary 23

Historical Background of the Study 2k National Perspective 24 Pima County Perspective 25.

Statement of the Problem 26 Purpose of the Study 26 Objectives of the Study 27

General Significance of the Study 27 The Importance of QWL Research ........... 27 The Gap in Current QWL Assessment Research ..... 29 The Need for Attitude Measurement in QWL Research . 31 Existing QWL Attitude Assessment .. 33 Significance of the Study for Pima County ..... 35

2. REVIEW OF THE LITERATURE 36

Attitude Theory ...... 37 Nature of Attitudes ................ 39 Attitude Formation and Change 39 Social Attitudes and Social Psychology Research . . *+0

vi

vii

TABLE OF CONTENTS—ContinueJ

?age

Attitude Measurement 4l Psychological Measurement and Testing . 42 Educational Measurement and Evaluation . 43 Attitude Assessment ...... 44

Survey of Literature for CWL-Related Attitude Scales . . 51 Summary 55

3. PROCEDURES 56

P r e p a r a t i o n . . . . . . . . . . . . . . . . . . . . . . 5 6 Preliminary Literature Review . 56 Population 56 Organization Entry . 57 Sampling 57

Scale Construction 59 Generation of Initial Attitude Statements 60 Conceptual Classification of Statements » 6l Format Selection .................. 68 Item Writing and Editing . 74 Content Validity Sorting by Judges ......... 75 Questionnaire Design 76

Scale Administration 79 Evaluation 79 S u m m a r y . . . . . . . . . . . . . . . . . . . . . . . . 8 0

4. RESULTS AND DISCUSSION 8l

General Results ............ 8l Sample .............. 8l Scale Characteristics ...... 82

The Factor Structure of the QWLAS 89 Initial Investigation of Original Subscales .... 92 Confirmatory Factor Analysis 101 Exploratory Factor Analysis ............ 110

Item Analysis and Development of the QWLAS Short Form . 114 General Item Analysis • 114 Selection of the QWLAS Short Form 117

Reliability of the QWLAS 121 Validity of the QWLAS 124

Face Validity 125 Content Validity 125 Criterion Validity .... 126 Construct Validity .......... 128

Summary ......... 135

viii

TABLE OF CONTENTS—Continued

Page

5. SUMMARY, CONCLUSIONS AND RECOMMENDATIONS 138

Summary ........ 138 Limitations 1 1 Recommendations for Scale Development lMt-Recommendations for Scale Use 146 Conclusions IV7

APPENDIX A: MEANS-END RELATIONSHIPS IN THE WORKPLACE ... 150

APPENDIX B: PIMA QUESTIONNAIRE 155

APPENDIX C: DEPARTMENT HEAD MEMO 179

APPENDIX D: INITIAL GENERAL INVENTORY l8l

APPENDIX E: SUBSCALE GROUPINGS OF PILOT ITEMS 182

APPENDIX F: JUDGES' INSTRUCTIONS 189

APPENDIX G: PILOT QWLAS 192

APPENDIX H: RANDOM ORDERING OF ITEMS (BY MASTER LIST #) . . 205

APPENDIX I: RANDOM ORDERING OF ITEMS (BY SCALE #) 206

APPENDIX J: PILOT ITEM RESPONSE STATISTICS 207

APPENDIX K: FINAL QWLAS LONG FORM 210

APPENDIX L: FINAL LONG FORM 212

APPENDIX M: FINAL QWLAS SHORT FORM 216

LIST OF REFERENCES 218

LIST OF TABLES

Table Page

1. Trist's old and new paradigms 9

2. Taxonomy for organizing attitude research 38

3. Representative rangs of attitude scale construction a r t i c l e s . . . . . . . . . . . . . . . . . . . . 4 8

k. Organization attitude scales and OWL correlates . 53

5. Orientation date and personnel for each division ..... 58

6. Original QWLAS subscale classifications . „ 64

7. Subscales of the QWLAS with their respective items .... 67

8. Descriptive characteristics of participants in terms of frequency distributions of each attribute .... 83

9. Frequency counts and range of global scores for QWLAS pilot 84 items .............. 86

10. Response category use by pilot QWLAS sample . 90

11. Frequency distribution for the Change Acceptance Scale (CAS) 91

12. Results of judges' sorting of items into original subscales 9k

13» QWLAS original subscale statistics and alpha reliabilities. 96

14. Comparison of original and randomly created subscales ... 98

15. Intercorrelations of 14 QWLAS subscales and total scale . . 100

16. T-test comparison of subjects dropped from factor analysis with those retained .................... 104

17. Principle factor eigenvalues for 84 pilot QWLAS items ... 106

18. First two factors for the OWLAS using original subscale composite scores as items ..... 10?

ix

X

LIST OF TABLES—Continued

Table Page

19. Factor loadings arranged by original subscales using principal factor analysis with iteratiras and a varimax . . 108

20. Factor loading matrix using principal factor analysis with iterations and a varimax ................. Ill

21. Item-total correlations of the 8b pilot QWLAS items ... 116

22. Characteristics of items on QWLAS Long Form used in deriving QWLAS Short Form 119

23. Reliability of the QWLAS Long Form and Short Form .... 123

2 . Concurrent validity of the QWLAS and Control Scale .... 129

25. Analysis of variance on the committee seat variable for subscale (Factor) One, General 133

26. Analysis of variance on the committee seat variable for subscale (Factor) Two, Specific Concerns 133

27. Analysis of variance on the committee seat variable for total Long Form ....................o 133

28. Summary table for QWLAS 136

ABSTRACT

The purpose of this study was to construct and field-test a

standardized instrument for assessing the attitudes of employees toward

a Quality of Working Life (QWL) program. The QWL movement is one re­

sponse to the increasing demand for organizational change efforts, an

intervention which elects worker representatives to jointly-established

union-management committee structures, thereby democratizing the work­

place.

The instrument finalized was the Quality of Working Life Atti­

tude Scale (QWLAS), a 29-item Likert-format inventory developed through

the administration of an 8 -item Pilot Form within the Department of

Transportation of Pima County, Arizona.

The following research questions were addressed: (1) What

basic factors comprise the concept of QWL attitude as measured by the

QWLAS?; (2) What items can comprise the final QWLAS Long Form and Short

Form without significantly lowering scale reliability?; (3) Is the

QWLAS a reliable psychological instrument?; and (k) Is the QWLAS a valid

psychological instrument?

A total of 179 respondents returned the completed Pilot Form,

and data analysis was performed utilizing the Statistical Package for

the Social Sciences. Confirmatory factor analysis employing a princi­

pal factors analysis with a varimax rotation, as well as coefficient

alpha tests of internal consistency and subscale intercorrelations,

xi

xii

revealed that the rationally-derived initial subscales did not possess

sufficient factoral validity, homogeneity, or statistical independence

to warrant their being kept intact in the final QWLAS forms.

Exploratory factor analysis surfaced two interpretable factors,

the first being labeled General and consisting of 17 positively-worded

items concerning more global feelings and ideas about the theory of the

program. The second factor, Specific Concerns, consisted of 12

negatively-worded items about more practical realities of QWL. A 29-

item QWLAS Long Form and 1 -ite.m QWLAS Short Form were finalized around

these two components.

Cronbach's alpha estimate of reliability yielded high coeffi­

cients of .96, .95 and .93 for the Pilot Form, Long Form, and Short

Form, respectively. All forms were reviewed favorably against face,

content, concurrent and construct validity. The QWLAS results suggest

it reliably and validly discriminates favorable versus unfavorable QWL

attitudes.

Recommendations include further factor validation and use of

the QWLAS to research attitudes toward QWL.

CHAPTER 1

RATIONALE FOR THE STUDY

Alvin Toffler's Future Shock (1970) warns of the rapidly-

accelerating pace of change characterizing our world, reflected in

futurists' admonition that "the evolutionary future of human beings is

bound up with the ability of their social organizations to cope with

an ever-changing environment" (Grabow and Heskin, 1976, p. 17)• Many

enterprises adopt approaches for meeting this challenge of becoming

organizations of the future (Fuller, 1980). The "Quality of Working

Life" (QWL) is a remedy gaining momentum in this country since the

expression was coined in 1972 (Keidel, 1980).

The general purpose of this study was to develop an instrument

for assessing employees' attitudes toward this promising organizational

change program. This chapter will describe QWL's context, relate it to

similar efforts to resolve workplace problems, and establish the need

for more adequate QWL attitude measurement. This review will provide

an understanding of the attitude referrent being studied and establish

QWL as a movement that warrants more sophisticated instrumentation to

accompany the research likely to be engendered in years to come.

Context of the Study

The key forces comprising the context of the QWL movement are

divided into four main sections: the turbulent environment faced by

1

2

organizations, economic stagnation, the crisis in worker attitudes, and

the changing role of unions.

The Turbulent Environment

Eric Trist (1978), past president of London's Tavistock Insti­

tute, confronts today's organizations with the urgency of learning to

cope with a quality in the environment he calls "turbulence." Turbu­

lence is responsible for many organizations* loss of any stable state,

manifest in growing interdependence, complexity, and uncertainty (Trist,

1977)• The turbulent environment is attributed to the breakneck speed

of change, described by Beckhard (1969) as dynamic explosions in know­

ledge, technology, communications and economics.

Susman (1979) traces patterns of change in education, work

ethics, the nature of work, consumption and motivation, attitudes

towards authority, income and worker expectations. Rogers notes "dizzy­

ing changes in science, technology, communications and social relation­

ships" (Rogers, 1969, p. 303).

Robert Oppenheimer (1955) poignantly captures the present

condition:

. . . t h e c h a n g i n g s c a l e a n d s c o p e o f c h a n g e i t s e l f , s o t h a t t h e world alters as we walk in it, so that the years of men's life measure not some small growth or rearrangement or moderation of what he learned in childhood, but a great upheaval. What is new is that in one generation our knowledge of the natural world engulfs, upsets, and complements all knowledge of the natural world before (Oppenheimer, 1955, P« 1)•

Economic Stagnation

A second force changing the U.S. workplace is the economic

crisis we face, evidenced by high unemployment, inflation, trailing

3

wage gains compared to those abroad, public outcry about taxes, declin­

ing basic industries such as steel and auto, and the productivity crunch

(Business Week, May 11, 1981). U.S. management is concerned with

domestic inflation and foreign competition (Keidel, 1980), and labor

unions are haunted by the threat of foreign competition that places a

plant's survival at stake (Kuper, 1977)- Zemke (1980) ironically re­

calls when "Made in Japan" meant poor quality, and he refers to U.S.

industry as less able to set standards of quality, services, relia­

bility, competitive pricing and sales.

The magnitude of the productivity problem was highlighted by

the first balance of payments deficit in 1972 (Herrick, 1980a), creating

a vital interest in anything that would allow us to compete in a

society of scarcity. The 1978 Economic Report to the President decried

the slowdown in productivity1s growth as "one of the most significant

economic problems in recent years" (Glaser, 1980, p. 71).

Crisis of Worker Attitudes

One scholar and practitioner in the field of organizational

change writes, "During the 1970's a great deal of attention was given

to 'worker dissatisfaction', the 'white collar woes' and the 'blue-

collar blues' ... which seem to be continuing trends into the 1980's"

(Herrick, 198lb, p. 26). This declining job satisfaction and morale

among the nation's employees is metaphorically expressed in the title

and concepts of Where Have All the Robots Gone? (Sheppard and Herrick,

1972). Such alienation, malaise, frustration and discontent comprise a

major cause for the QWL movement (Landen, 1981).

k

The decline of worker attitudes became more visible in the early

seventies because of several major events (Ronchi, 1980). A highly

automated and efficient General Motors assembly plant was scarred by a

strike of such bitterness and sabotage that it became known as "The

Lordstown Fiasco" (Miles, 1980). Elliot Richardson, Secretary of HEW,

commissioned a task force to study workplace attitudes, culminating in

the controversial report, Work in America (U.S. Department of Health,

Education, and Welfare, 1973)* Senator Edward Kennedy held Senate

hearings on worker alienation in 1972 (Hampton, Sumner and Webber, 1978),

and Terkel (1972) shocked the public with his recorded interviews por­

traying the spiritual, psychological and bodily "violence" character­

izing the American workplace.

Susman (1979) offers an indepth analysis of the structural and

cultural changes that have increased job dissatisfaction and the refusal

to accept alienation, boredom and lack of dignity as job-related norms.

He cites such factors as the different work ethic of a new generation,

changes in the nature and setting of work, patterns of consumption and

motivation, and responses to managerial authority. Maccoby and Terzi

(1979) explain the crucial historical currents as the migration from a

traditional, rural society to a modernized urban one, and the decline

of patriarchal values.

Several studies, such as those by Katzel and Yankelovich (1975)

and Cooper, et al. (1979)1 compare Depression generation attitudes with

those of the "baby boom" generation that comprises over forty percent

of the current labor pool (Business Week, May 11, 1981). These younger

members of the work force, born between 19 6 and the early 1960's,

5

entered the workplace during great prosperity and social upheaval, cul­

minating in a new profile of job expectations. Spearheaded by the

University of Michigan's Institute for Social Research, several classic

national surveys tap attitudes along dimensions such as intrinsic

properties of jobs, emotional attitudes like authoritarianism, and life

issues such as mental health, excessive consumption of alcohol, and

family life (Quinn, et al., 1971; Quinn, et al., 1977).

Maccoby and Terzi (1979) review the findings of the Michigan

Survey of Working Conditions and Quality of Employment Survey of 1969,

1973« and 1977» reporting trends summarized below.

1. Work does remain important, but other areas of life are gaining

in significance, such as work/leisure enjoyment and personal growth.

2. Work is endorsed, but there is growing criticism of the quality

of work and actual fairness of reward, leading to withdrawal.

3. Workers are distrustful and therefore reluctant to share ideas.

k. There is a growing crisis of leadership, legitimacy and

authority, and less fright or automatic submission.

5. Workers believe hard work does not pay off.

6. Radical changes exist in job factors important to workers (such

as interesting work, opportunity to develop special skills, information

and authority, helpful co-workers and competent supervisors). Pay and

security placed lower in priority than ever before. Elsewhere, Yankelo-

vich (Business Week, May 11, 1981) contends that one new value group

rejects money as a substitute for self-fulfillment and that another

seeks money first, but only as the means to a certain lifestyle.

6

7. An increasingly educated and ambitious work force is dissatis­

fied with the lack of opportunity to utilize knowledge and capacities.

8. A "new narcissism" exists among workers valuing self-fulfillment

and self-development.

Changing Role of Unions

The Quality of Working Life movement's impetus is partially

attributable to the decline and changing role of unions. This changing

profile of organized labor is an outgrowth of the growing futility of

an outmoded but increasingly adversarial posture between labor and

management and rising pressures on union leaders to secure more for

their rank-and-file members than traditional wages, benefits, and job

security.

The rise of industrial unionism in the 1930*s ended unfair

treatment at the workplace and gave workers a voice in security, equity,

wages and working conditions through collective bargaining, thereby

reducing corporate power over labor (Business Week, May 11, 1981).

Collective bargaining, the oldest and still most predominant model for

worker influence, is stunted by various shortcomings (Glueck, 1978). '

In particular, labor-management relations through collective bargaining

have become polarized, with negative stereotyping severely impeding

mutual progress and contributing to a decline of unionization in recent

years.

Mannweiler and Talbott (1977) review several investigations

describing labor-management conflict and note their common definitional

thread as a "win-lose" stance between opposing groups, caused by a real

7

or perceived incorapatability of needs, goals, and values. The end re­

sult of such sharp adversarial relations is a caustic "we-they" attitude.

More specifically, within one's own group there are increased loyalties,

exaggerated self-righteousness and cohesion, acceptance of autocratic

leadership, and greater demand for a solid front, leading to intoler­

ance for divergent views (Schein, 1978). Between groups there are

distorted perception and listening, hostility, aggression, single-

mindedness and negative stereotyping (Hollander and Hunt, 1967).

This adversarial relationship is dysfunctional in our turbulent

times when a new spirit of cooperation and awareness of mutual plight

seems essential. Leonard and Thanopoulos (1981) analyze fifty recently

published works in search of reasons for Japanese management's success,

and include as a key variable the relatively harmonious relations

between Japanese organized labor and management. Meanwhile, there are

mounting pressures for adjusting traditional patterns of interaction

(Kochan and Dyer, 1976) and a threat to legislate greater labor-

management cooperation (Lawler, 1979)• Thus, the influence of U.S.

unions wanes as they primarily maintain an antagonistic, competitive

posture towards management.

Although union strength has lasted as a means for obtaining

better pay, benefits and some working conditions, its viability is

limited as a catalyst for change in humanizing work because this area

of reform requires joint programs outside the formal bargaining process

(Kochan and Dyer, 1976). Traditional roles of unions do not seem to be

instrumental in freeing workers from the "mind-numbing, repetitive,

8

dehumanizing jobs" spurred by the Industrial Revolution (Cooper, 1980,

p. 1+88).

Unfortunately, "Unionism has done little to insert the worker

into his work or give him pride in quality" (Business Week, Kay 11,

1981, p. 89), and yet national surveys indicate employees want more pay,

benefits, and security. The bargaining process, hallmark of unionist

identity, is viewed by many union leaders, academics, and local union

activists as an inappropriate forum for addressing quality of work,

work humanization, job restructuring and productivity issues (Bluestone,

1973; Kochan, Lipsky and Dyer, 1975).

The Challenge to Organizations

This section has identified the technological, social, economic,

and political milieu which creates growing pressure for change within

organizations (Beckhard, 1969; Huse, 1980). The challenge to organiza­

tions is to move beyond marginal innovation, to adopt radical new

organizational values, forms and structures (Trist, 1977). Trist (1978)

advocates a "new paradigm," a social architecture designed to allow

institutions to evolve from their traditional techno-bureaucratic make­

ups toward more socio-ecological models (see Table 1). Tannenbaum and

Davis (1978) and Thorsrud (1978) reinforce Trist's new paradigm in their

depiction of society in transition toward more humanistic, organic

values (Susman, 1979).

Change is inevitable, and hope for control and stability of its

whirlwind pace lies in. fostering two major dimensions: (1) a planning

and leadership process i;hat is interactive and participatory (Finch,

1977; Trist, 1977); and (2) work restructuring for greater individual

9

Table 1. Trist's old and new paradigms.

Old Paradigm New Paradigm

The technological imperative Joint optimization

Man as an extension of the machine Man as complementary to the machine

An expendable spare part A resource to be developed

Maximum task breakdown to single, Optimum task grouping, multiple, narrow skills broad skills

External controls (supervisors, Internal controls (self-specialist staffs, procedures) regulating subsystems)

Tall organization chart, autocratic Flat organization chart, style participative style

Competition, gamesmanship Collaboration, collegiality

Organization* s purposes only Members' and society's purposes also

Alienation Commitment

Low risk-taking Innovation

Source: Trist, 1978

10

and work group autonomy with resulting freedom, potential and capacity

for becoming "continuously adaptive learning mechanisms" (Emery and

Trist, 1973; Herbst, 1962).

The Quality of Working Life Movement

One response to the need for organizational change is the

Quality of Working Life (QWL) movement, which this study defines as the

recent U.S. practice of electing jointly-established labor-management

problem-solving groups. QWL's purpose with these formalized structures

is to elicit employee participation in workplace decisions about

policies, programs and procedures. QWL is an organization-wide, multi­

level committee system that weaves collaborative, democratic influence

into the fabric of the organization.

QWL as a Unique Experiment

"Quality of working life" has been used as a catch-all phrase to

describe a variety of organizational structures and managerial

approaches, values and processes for humanizing the workplace. "QWL"

has become an umbrella code for most job change recommendations in the

organizational field (Bohlander, 1979). Huse quotes the broad concept

of "QWL" offered by Lippitt and Rumley (1977) as addressing the degree

to which work

provides an opportunity for an individual to satisfy a wide variety of personal needs, from the need to survive with some security to the need to interact with others, to have a sense of personal usefulness, to be recognized for achievement, and to have an opportunity to improve one's skills and knowledge (Huse, 1980, p. 237).

Going beyond the techniques typically advanced to improve em­

ployee fulfillment, effective QWL experiments referred to in this study

11

provide more than piecemeal tampering with work schedules or jobs.

Katzell and Yankelovich conclude that "relatively limited programs, such

as job enrichment, participative decision-making, or incentive pay plans,

seem unlikely by themselves to create larger or enduring improvements in

both productivity and job satisfaction; they are better regarded as

possible ingredients. . . (Wacker and Nadler, 1980, p. 15).

This study, along with Herrick (1981c), isolates "pure" QWL

efforts based upon a group of experiments jointly sponsored by unions

and managements in the early and mid-seventies. A report of an organi­

zation which sponsored several of these experiments suggests their

general characteristics as being:

. in unionized organizations;

. endorsed by the highest officers of managements and unions;

. created to establish cooperative labor-management structures to permit participation of employees in the design and im­plementation of organizational change;

. undertaken in a wide variety of major public and private organizations highly visible in their industry and sector;

. jointly 'owned', operated and run by the labor and manage­ment participants, without imposed interference, advocacy, or direction by either the National Quality of Work Center or its consultant representatives;

. continued as 'experiments' for from twelve to eighteen months;

. provided during the 'experimental' phase with expert con­sultant teams skilled in facilitating organizational change activity (Institute for Social Research, 1979, p. *0.

Huse (1980) notes the mutual involvement of both union and

management as the basic methodological approach establishing the QWL

movement as a significant departure from previous organizational change

endeavors. He summarizes the structural features as (1) a top level

joint union-management planning committee; (2) establishment of per­

manent labor-management committees throughout the departments, plants,

or work units; (3) ad hoc cross-organizational problem-solving

12

committees to address specific projects; (4) external consultants with

behavioral science skills; and (5) external researchers separate from

the change agent.

This study adopts the concept of QWL as requiring an elective

system-wide influence structure created through a formal, joint labor-

management coalition (Declaration of Agreement by and Between the Board

of Supervisors and the Employees of Pima County, 1981; Agreement

Between United States Steel Corporation and the United Steel Workers of

America, August 1, 1980). The cooperative endeavor seeks to give indi­

viduals greater autonomy in their jobs and groups of employees more

control over their working environment, by electing multi-level QWL

committees on which workers sit in equal representation with super­

visors and managers. These structures develop and adhere to various

policies, procedures, and proposal-writing formats in order to achieve

consensus-based solutions to mutual, work-related concerns (Herrick,

1980b).

The two major thrusts of worker participation engendered by the

QWL systems are analogous to Abrahamsson's (1977) concepts of political

participation and socio-technical participation. The former involves

having a "say" in the actual management of the enterprise through on­

going decisions about organization policies, programs, and procedures,

while the latter pertains to the kind of job restructuring for greater

autonomy, variety and productivity discussed by job design writers

(Susman, 1979; Trist and Bamforth, 1951)•

Accordingly, the Economic Development Administration (n.d., p.

7) writes:

13

While what work improvement goals are selected is important, how they are chosen is what really counts. The lasting force of any useful quality of work life effort is the creation of a process - a learning process - through which the various stakeholders in an organization (managers, supervisors, stewards, individual employees, union officials) learn how to work together ... that process is the essential gift ... that permits organizations to tap and utilize the skills and insights of the total work force.

QWL Differentiated from Related Trends

Various writers (Keidel, 1980; Srivastva, et al., 1975; Cummings

and Molloy, 1977) have sought to reduce the confusion about what QWL

actually is by ordering the common aspects of QWL approaches. These

catalogs are ambiguous since they simply group techniques employed as

part of various programs loosely called "QWL." Similarly, several sets

of human development principles have been forwarded as underlying QWL

approaches to workplace reform (Keidel, 1980; Herrick and Maccoby, 1975).

Huse (1980) synthesizes these basic categories as (1) adequate and fair

compensation; (2) safe and healthy environment; (3) development of

human capacities; CO growth and security; (5) social integration; (6)

constitutionalism; (7) the total lifespace; and (8) social relevance.

This section more clearly defines QWL as a unique organiza­

tional change effort toward which attitudes can be assessed. Herrick's

(198la) comprehensive schemata will be presented below, consisting of

policies, working conditions, and outcomes compatible with the defini­

tion of QWL adopted in this study. Secondly, QWL will be compared with

several trends in the organizational change field.

A Comprehensive QWL Model

Herrick's "The Means and End of Work" (198la) presents a uniform

theoretical schemata (see Appendix A for definitions), conceptualizing

QWL as a mutual benefit bargaining process engaged in by unions and

managements alongside adversary collective bargaining. Herrick pro­

poses that the recent QWL movement in the U.S. is slowly fostering

recognition that collective bargaining alone is insufficient for achiev­

ing human, organizational and political effectiveness, as well as the

less tangible end ~ human well-being.

This gap in today's workplace arises because negotiation and

contract enforcement only improve the working conditions of security

and equity. They neglect opportunities for increased worker individua­

tion (autonomy) and participation necessary for a fuller work life,

according to well-accepted principles of human development (Herrick and

Maccoby, 1975). Herrick advocates decentralization, education and

cooperative self-interest as requisite policies to enable the opera­

tional policy of democratization to be implemented.

"Democratization is the establishment, through the election of

workers and the appointment of supervisors, of worker-supervisor

standing committees for each organizational unit and/or problem-solving

teams cutting across organizational units" (Herrick, 198la, p. 620).

This formalized influence structure allows for the realization of worker

participation and individuation ignored by collective bargaining

(Kochan and Dyer, 1976). Herrick (1982a) elsewhere interrelates QWL's

requisite and operational policies as they are manifest in Arizona's

Pima County mutual benefit bargaining project.

15

The viability of QWL's mutual benefit bargaining as an alterna­

tive model for American labor-management relations was foreshadowed by

Walton and McKersie's A Behavioral Theory of Labor Negotiations (1965).

They first discriminated distributive bargaining as oppositional compe­

tition aimed at causing the other party to lose, and integrative

bargaining as a "win-win" process, concentrating upon the problem-

solving of common concerns.

Jain notes the U.S. Federal Mediation and Conciliation Service's

consideration of collaborative bargaining as "preventative mediation,"

a parallel to German Work Councils involving worker representatives and

company executives in the negotiation of shop-floor issues such as work

rules, production schedules, personnel matters, and even mergers and

plant closings. "If cooperative issues cannot be dealt with meaning­

fully on a permanent basis within the framework of the existing collec­

tive bargaining system, wouldn't it be advisable to supplement the

system with other institutional arrangements?" (Jain, 1980, p. 50).

Implicit in the concept of mutual interest bargaining is its

dual purpose — to achieve with equal emphasis the improvement of the

quality of working conditions for everyone and the improvement of the

quality and quantity of productivity. Ronchi (1980) calls this dual

focus of two inseparable goals the "conceptual masthead of the quality

of working life movement and, in an important sense, unique to it"

(Ronchi, 1980, p. *0. He notes that other approaches within the human-

relations movement assume a causal link between satisfaction and pro­

ductivity, viewing a happy worker as a productive one. QWL, however,

relaxes this link, symbolically merging the interests of labor and

management, doing away with class distinctions, at least where the

issues are not best addressed in collective bargaining.

Organizational Development and QWL

Organizational Development (OD) is "an effort (1) planned, (2)

organization-wide, and (3) managed from the top to (4) increase organi­

zation effectiveness and health through (5) planned interventions in

the organization's 'processes', using behavioral science knowledge"

(BeCkhard, 1969, p. 9). It is a long-range change in task and human

fulfillment specifically concerned with problem-solving, decision­

making and renewal processes (Dickson, 1981), placing "emphasis upon

the culture of formal work teams with the assistance of a change agent

or catalyst. . . (French and Bell, 1973, P» 15).

Most OD involves management's contracting of external experts

in individual and group behavior. These practitioners utilize a common

assortment of OD methods aimed at philosophical ideals such as conflict

reduction, openness, and honesty (Rice, 1977). While supposedly long-

range, OD activity can often end up lacking follow-up and consisting

solely of an isolated strategy such as team building, survey-feedback,

process consultation, or a training experience.

Herrick (1981c) has outlined three main factors of QWL that

mark it as a significant departure from OD: (1) union involvement; (2)

structure; and (3) elections. Joint ownership of QWL by union and

management from the outset is critical for a mutual benefit effort.

Stability and likelihood of program permanence are enhanced through a

formal agreement between management and relevant unions. Kochan and

17

Dyer (1976) criticize OD's neglect of the role of unions, illustrating

the distinction between QWL's joint efforts and OD's management-

initiated strategies.

The structural nature of QWL, with its democratization through

committee systems, policies, and procedures, allows openness to change.

Trist (1977) explains OD's failure to address such structural and

political power by recalling the discipline's origins in the late

fifties within science-based industries. Since these corporations

demanded flexibility and innovation to cope with an increasingly tur­

bulent environment, a premium was placed on individuals' reaching their

potential, teamwork, open interpersonal relations and organizational

climate change. Bennis (1968, p. 228) critiques OD's non-structural

nature: "I have yet to see an organization development program that

uses an interventional strategy other than an interpersonal one, and

this is serious when one considers that the most pivotal strategies of

change in our society are political, legal and technological."

The election of worker representatives to QWL's committee struc­

ture democratizes the workplace, unlike organization development which

either restricts involvement to managers and supervisors or only

includes workers selected by management. Thus, OD'S "untouched work

force" (Trist, 1977) characterizes it as much less democratic and

system-wide than OWL, which is ironic because OD's practitioners seek

power equalization and opening up of all levels of organization norms

(Lukes, 197 ; Argyris, 1977).

Quality Circles and QWL

Originally called Quality Control Circles, Quality Circles

(QC's) were developed in Japan as structures through which volunteer

groups of labor and supervisors learned simple, statistical quality

control principles, problem identification and analysis procedures and

methods of presenting solutions to management (Patchin, 1981; Zemke,

1980). Dr. Kaoru Ishikawa of the University of Tokyo launched the

management plan in 1961 within manufacturing settings (Rendall, 1981),

at the inspiration of W. Edward Deming and J. M. Juran, two U.S.

quality control engineers (Dewar, 1980).

Since the early sixties, when only 200 employees were involved

in twenty registered QC's in Japan (Zemke, 1980), the International

Association of Quality Circles and its publication, the Quality Circles

Journal (IAQC, 1981), have been developed to further communication and

education in this field. Currently over ten million Japanese workers

are estimated to be involved (Batt, 1981), and since it was brought to

America by Lockheed, the concept has spread throughout the Western

world to hundreds of companies.

QWL and QC's promote similar productivity and satisfaction

results, and both tap the wellspring of worker knowledge through on­

going labor-management meetings. However, most QC programs are initi­

ated by management without active union participation (Batt, 1981), and

the typical QC is composed of volunteers who meet weekly with their

supervisor rather than being a formalized, democratically elective

system (Rendall, 1981). Finally, the original QC foci on productivity

increase, product quality, and cost containment have comprised the

primary thrust of American management, whereas OWL adopts the dual goals

of working condition improvement and productivity increase with equal

emphasis (Lujan and Brandon, 1981; Ronchi, 1980).

Participatory Management and QWL

Because OWL is a participation-based program, it is often con­

fused with the more general term, "participatory management." Several

writers (Walker, 1980; Jain, 1980; Greenberg, 1975) have clarified the

differences in terms of theoretical and philosophical underpinnings,

structure and practical problems that characterize various types of

worker participation. Beyond OWL and similar shop-floor representation,

worker influence in decisions that affect jobs and work settings can

also be achieved through Board-level representation, and participative

managing styles of individual supervisors and managers.

Discussing participatory management, McDaniel and Ashmos (1980)

reveal its purposes of managing environmental complexity and expanding

levels of participation in decision-making to those who are closer to

the execution of the task. They also caution against risks such as too

little expertise on the part of participants, increased difficulty of

coordinating tasks, resultant difficulty in performance review, and the

tendency to depend excessively on quality personnel. Wadia (1980)

describes three common pitfalls plaguing participatory management as

(l) viewing it as an exclusive tool; (2) confusing it with democratizing

the workplace; and (3) manipulating it for managerial benefits. Despite

similarity to QWL in its objectives and spirit of decentralization,

participatory management lacks an elected, ongoing structure. There­

fore, it is purely dependent upon the style preference of the individual

20

executive or supervisor who considers consulting subordinates for

input.

A more radical approach is the opening of Boards of Directors

seats to labor representatives, as Chrysler did in nominating Donald

Fraser, president of United Automobile Workers (Landen, 1981). This

move toward worker participation in managerial decision-making is a

"tremendous step forward in industrial relations" (Jain, 1980, p. V?).

However, Shaw (1980) traces the many obstacles to his success as a

trade union appointee to the Main Board of the Post Office Corporation

in 1978, such as the negative managerial philosophy toward participa­

tion reflected in their refusal to involve him in issues basic to Post

Office success, whittling his influence to merely commenting upon

management-designed policies.

QWL experiments transcend the tokenism that beset Shaw's

travesty of a participation experience and they avoid participatory

management's dependence on chance, whim and piecemeal occurrences.

QWL's strengths stem from union involvement, structurally-grounded

democratization through committee systems, and e-lectiou-based, system-

wide representation.

Sociotechnical Systems, Job Redesign and QWL

Sociotechnical Systems (STS) analysis views individual and

organizational effectiveness as functions of "joint optimization" of

two interdependent subsystems of complex organizations, the technical

and social (Miles, 1980). Scientific management's mechanized concept

of work put disproportionate emphasis upon the technical dimension of

work through job breakdown and designing for efficiency, while the human

relations school overcompensated with its almost unilateral concern with

the social world of employees. STS analysis redesigns work and the

overall organization system to discover the "best match" between these

two fundamental, ideally complementary dimensions (Trist, 1977)•

Although job redesign is often discussed in the same breath as

STS, the former involves job rotation, enlargement and enrichment and

STS projects tend to be focused on redesigning work into semi-autonomous

work teams (Huse, 1980). Both approaches criticize traditional jobs,

high specialization, repetitive tasks, short cycle times, low variety,

low discretion, and mechanical pacing (Susman, 1979). Traditional job

design has a machine-concept of work with a structure revolving around

equipment, authoritarian, distrustful supervision and decreasing de­

pendence on the worker (Peter, 1975). Job redesign operates upon the

principle of "reverse Taylorism" (Walker, 1980), re-uniting planning

and implementation to allow for worker self-enhancement, experience of

competence, and contribution to a valued product or service (Susman,

1979).

Both STS and job redesign are forms of work reorganization

(Wiseman, 1975) that are ideally included in QWL through Abrahamsson's

(1977) concept of sociotechnical participation, but these changes

typically occur without formalized work force input in the redesign

effort (Trist, 1977). Therefore, the terms are not interchangeable

with QWL. STS and job redesign share QWL's simultaneous concern with

the structure and process of work, the interface of technology and

people, and the disciplines enjoy a mutual group of research

22

contributors through the Tavistock Group (Trist and Bamforth, 1951;

Miller and Rice, 196?; Herbst, 197*+; Emery and Trist, 1973)* However,

STS and job redesign do not constitute QWL efforts in themselves,

because they do not necessitate an elective committee structure or

union involvement.

Alternative Economic Structures and QWL

While not intrinsic components of the system, many QWL projects

incorporate various types of alternative pay structures. The increased

productivity from QWL sometimes necessitates some sort of productivity

gains-sharing or profit-sharing scheme such as the Scanlon, Rucker

Share-of-Production, Lincoln or Common Interest Plans (Crawford, 1975;

Front, Wakely and Ruh, 197 5 Herrick, 1982a). To dispel suspicion that

QWL is a management tool to manipulate labor for greater productivity,

such plans distribute productivity or profit amongst employees.

Other times QWL's emphasis on work restructuring into semi-

autonomous teams or its policy of cooperative self-interest (see Appen­

dix A) requires compatible pay scheme alterations. The changes advo­

cated include moving from individual performance incentives to rewards

for group productivity and individual learning (Walton, 1978). As such,

there are added levels of pay for each new level of skill mastered, even

if the company does not actively utilize those skills and knowledge

(Peter, 1975).

Thus, many QWL experiments leave compensation and wages to the

already existing collective bargaining structures, but others build

into the program newer, alternative reward structures reinforcing the

goals and philosophy of the programs. Of course, alternative reward

systems can exist independently of QWL structures and are not mandatory

components of the program.

Labor-Management Committees and QWL

Many QWL experiments begin with, and retain a top-level Labor-

Management Committee (LMC) to plan and oversee the subsequent spread of

its multi-level, elected influence system. The 1970's saw a variety

of government-sponsored and other network-initiated programs to advance

the development of cooperative LMC endeavors, but most existed without

an accompanying influence structure (Clark, 1980; Maye, 1980; Susman,

1980; Mannweiler and Talbott, 1977).

LMC's are jointly formed by two distinct parties, the union and

the employer, typically within a collective bargaining environment, but

here the overlap with QWL as defined in this study ends, because most

have voluntary or appointed membership. Moreover, the vast majority

function only as executive level advisory committees, working on iso­

lated problems as opposed to QWL's having an elected influence struc­

ture that extends to the grass-roots level and formalizes an ongoing

proposal-writing process.

Summary

This section's detailing of QWL's nature and the characteristics

that distinguish it from other organizational change programs remedies

a major shortcoming of many change effort evaluations. Particularly,

research instrumentation requires a precise description of the

2k

components and uniqueness of the program being studied (Lawler, Nadler,

and Mirvis, 1978).

Historical Background of the Study

National Perspective

The United States followed the lead of West Germany, France,

the United Kingdom, India, Japan, and the Scandinavian countries with

its interest in joint labor-management problem-solving committees

(Cooper, 1980). Cherns (1975) broadly addresses democratization pro­

jects, including LMC's, and ranks this country behind Sweden, Norway,

Holland, Denmark, Britain, France, Italy, Germany, Belgium, and Ireland.

Granting that the European stress on co-determination and Board room

representation does not necessarily lead to the shop-floor representa­

tion to which QWL aspires (Kuper, 1977), the U.S. is, nevertheless,

relatively adolescent in its workplace reform.

A recent Business Week (Sept. 21, 1981) underscores QWL's spread

by citing the attendance at 1981's Toronto International Conference on

QWL of 1500 managers, unionists, consultants, academics, and government

officials, dwarfing its 1972 counterpart. The current case study count is

above 1000, up from 25 in the early seventies.

The 1978 Directory of Labor-Management Committees listed 1 3

private sector and 55 public sector LMC's, whereas present estimates

exceed 120 cases by the International Association of Machinists alone

and 90 programs inside General Motors (Batt, 1981). Twenty-five percent

of American businesses are believed to be involved in such programs

(Hlaweck, 1982). Though such reports inflate the spread of QWL due to

this study1s more stringent definition as requiring joint program

initiation and system-wide elected structures, QWL's growth is un­

deniable. Herrick (1982b) adopts the stricter definition and compiles

reports of several "pure" QWL efforts within the public sector, as well

as some related projects.

While this study has sketched the general forces behind QWL on

the American scene, more detailed accounts of the historical signposts

of OWL are available elsewhere (Huse, 1980; Ronchi, 1980). Landen

(1981) targets two major events: (1) President Nixon's commissioning

of the National Center for Productivity and Quality of Working Life,

which was headed by the vice-president and stimulated the growth of

labor-management experiments and other non-profit QWL centers; and (2)

the widespread publicity on changing worker attitudes. Landen, a key

QWL proponent within General Motors, comprehensively traces the evolu­

tion of QWL over 25 years along three tracks: society (foreign influence

and social events); General Motors* influence (among the first major

corporations to make a QWL commitment); and government involvement

(such as 1979's Lundine-Javitts Labor-Management Cooperative Act offer­

ing financial support and motivation to further projects).

Pima County Perspective

In 1977, Pima County, Arizona, joined a group of eight states

and cities called Project Network which decided to start QWL programs.

A volunteer County Labor-Management Committee functioned for several

years in conjunction with the Human Resources Department and in "1980

the County received a grant from the U.S. Office of Personnel Adminis­

tration to set up a pilot QWL department" (Herrick, 1980b, p. 2).

26

On May 30, 1980, the Department of Transportation and Flood Con­

trol District became the first county government department in the

nation legitimately to elect a QWL committee structure, aiming at a

five-year grant-supported endeavor to involve the entire County in the

QWL program. This installment was followed by the 1981 initiation of

QWL in a second department, a nursing home called Posada del Sol, and

by the landmark election of a 29-member, County-wide Labor-Management

QWL committee. This latter analogue to the U.S. Contress is respon­

sible for developing proposals to increase productivity and improve

working life quality, and is charged with implementing the QWL system

in the County's remaining 33 departments.

The historical development and social context of the QWL move­

ment have gathered much momentum, but QWL is characterized by a relative

youth, resulting in inevitable shortcomings. One void is QWL's short­

age of the fuller range of standardized assessment tools enjoyed by

other, more mature social movements. The importance of such measure­

ment is addressed below as the next step in forwarding the "state of

the art" of QWL's spiraling influence in this country.

Statement of the Problem

Purpose of the Study

The major purpose of this study was to construct a standardized

instrument for assessing the attitudes of employees toward a public

sector Quality of Working Life program. While scale development in­

volved the examination of the attitudes of respondents, the study's key

focus remained obtaining a Long and Short Form of the Quality of Working

27

Life Attitude Scale (QWLAS). The attitude data from Pima County

employees were primarily examined as part of final item selection and

for purposes of stimulating directions for further research.

Objectives of the Study

The umbrella purpose of constructing a Quality of Working Life

Attitude Scale (QWLAS) led to the following research questions:

1. What basic factors comprise the concept of QWL attitude as

measured by the QWLAS?

2. What items can comprise the final QWLAS Long Form and Short

Form without significantly lowering scale reliability?

3- Is the QWLAS a reliable psychological instrument?

k. Is the QWLAS a valid psychological instrument?

General Significance of the Study

This study adds to the field of organizational change by making

available a systematic instrument for assessing favorable and unfavor­

able attitudes toward QWL experiments in the public sector, enabling

entry-level and ongoing awareness of program acceptance or resistance.

The Importance of QWL Research

Considerable attention is given by QWL and other approaches to

improving organizational effectiveness and the quality of working con­

ditions® Social scientists studying the introduction of organization

change by unions and managements demand useful assessment methodology

and instrumentation to interpret program effects, establish causal

connections between the program and its results, and generalize findings

28

to other settings (Lawler, et al., 1978). Such investigation helps to

verify program results, understand planned change processes, and

develop theories to explain change (Stone, 1980).

Recognizing the risky nature of introducing organization change

efforts, Lawler et al. (1978) advocates a stronger role for research on

conditions optimal for various approaches to organizational reform. He

summarizes the need for valid assessment to:

1. Provide credible information on the successes and limita­tions of different change approaches so that the theory and practice of organization change can be improved;

2. Provide data on how various situational factors in the organization and its environment moderate effectiveness of change programs;

3. Guide social action to improve the quality of work life and the effectiveness of organizations;

k. Aid in the implementation of practices intended to improve organizational effectiveness and the quality of work life (Lawler, et al., 1978, p. 4).

French, Bell, and Zawacki (1978) note the scarcity of scientifi­

cally respectable research evaluating organization change programs,

describing the need to empirically test those findings which are too

frequently offered in anecdotal, informal terms. Cummings, et al.

(1977) criticize 58 work experiments on the basis of inadequate change

program descriptions, lack of theory-based evaluation criteria,

utilization of measures with questionable reliability and validity,

and faulty research designs. These findings and Leedy's (197 ) exten­

sive coverage of the requirements for disciplined practical research

give rise to the classical questions about the feasibility of scien­

tific research within the field of organization change (Greiner and

Barnes, 1970; French and Bell, 1973)•

29

Benne, Chin, and Bennis (1976) confront the organization change

agent with the difficulty of retaining scientific objectivity while

intervening in the change process for favorable outcomes. Susman and

Evered (1978, p. 582) maintain that the real "crisis in organizational

science" transcends this conflict between social scientist and social

practitioner roles, and is attributable to the inappropriateness of

even attempting to adopt strict scientific methodology within an on­

going social system experiment#

Still, most researchers believe in the possibility of obtaining

objective, reliable and valid results. Whether they stress case study

paradigms (Yin, 1981) or emphasize the capacity of various quasi-

experimental and other designs to reduce potential experimenter bias

(White and Mitchell, 1978), most writers reinforce the need for de­

veloping rigorous, formal research methodologies (Kimberly and Nielsen,

1978; Beckhard and Lake, 1978; Reicken, 1978).

The Gap in Current QWL Assessment Research

The productivity crisis spawning QWL experiments in this country

also accounts for the lop-sided emphasis in most QWL evaluation and

research upon accountability-oriented, economic-based outcome measures.

Most measurement methodologies stress gross financial outcomes of

increased economic effectiveness (Macy and Mirvis, 1976) or rises in

productivity (Susman, 1979; Huckleberry, 1981). Herrick (1975) pio­

neered the expansion of the scope of OWL assessment beyond this

conventional, bottom-line approach of cost of output and volume of

production with his identification of "work force indicators," a set of

behaviorally measureable variables affected by QWL experiments. He

advocates the recognition of factors like accrued sick leave, promotions

from within, and accident rate (Herrick 1980b) as indirect, yet sig­

nificant measures of productivity gains. Macy and Mirvis (1976) further

Herrick's work toward obtaining a newer, standardized methodology for

measuring productivity gains in behavioral-economic terms.

Available literature reveals a heavy emphasis in QWL research

upon evaluation of positive effects upon work "according to both

economic/technical and human/social criteria" (Maccoby, 19751 p. i).

This frantic scramble to document accountability can be at the expense

of employee support, and QWL research should provide insight into the

dynamics of change. These foci demand inquiry into qualitative as well

as quantitative data, the use of "soft" as well as "hard" measures of

effectiveness (French et al., 1978) and exploration of the processes of

organizational change (Keidel, 1980). Measurement and observation of a

change effort should capture more than its outcomes, but also the pro­

cesses by which the change is planned and implemented (Seashore, 1979).

Many research designs do reflect a bias for understanding the

human side of a strategy's evaluation in addition to the strictly

quantitative, economic bottom-line data (Porras and Berg, 1978). Case

study approaches, for instance, focus upon qualitative dimensions like

the processes underlying change (Walton, 1972; Yin, 1981; Davis and

Cherns, 1975b). This shift from pure outcome research to a search for

causal links (Lawler, et al., 1978) requires indepth tracing of pro­

cesses within individual sites (Keidel, 1980) and the adoption of

31

longitudinal studies (Seashore and Bowers, 1978; Beckhard and Lake,

1978). Both thrusts include attitude assessment.

The Need for Attitude Measurement in QWL Research

While QWL outcome research is critical for understanding change

efforts, data which focus only on changes in general job satisfaction,

work conditions, and productivity ignore the human fulfillment and

change process dimensions of the experiment. Lawler et al. (1978)

explicitly recognizes the measurement of individual attitudes and

beliefs as one of six key components of organizational assessment,

along with outcomes; individual and group behavior; job characteristics,

technology and organization structure; individual and group character­

istics; and the external environment.

"Attitude" is defined by Kerlinger (1973) as an "organized pre­

disposition to think, feel, perceive toward a referent or cognitive

object. It is an enduring structure of beliefs that predisposes the

individual to behave selectively towards the attitude referents"

(Kerlinger, 1973, p. 95). Remmers (195 , p. 16) describes attitudes

as greater determinants of behavior than cognitive understanding alone.

He envisions attitudes as central variables in the development of a

"science of society" and views the fulfillment of psychology and social

science as dependent on learning to measure and cultivate attitudes

conducive to social change, public responsibility, free inquiry and the

extension of democracy.

Some attitude assessment exists within QWL literature, as re­

viewed below. Attitude literature primarily addresses job satisfaction

32

and work conditions which necessitate programs like QWL, and involves

pre-post measurement of attitude about work as influenced by QWL. There

is a need in current literature for more attention to the critical role

played by QWL participant attitudes towards the change program itself,

which is the focus of this study. If QWL is a democratic tool, the

employees of such a participation-based effort are the carpenters whose

attitudes are critical.

Literature in the field of organizational change demonstrates

great concern for the level of involvement in, and commitment to, the

change effort (Huse, 1980). This theoretical thrust provides a ratio­

nale for addressing attitudes of program participants towards the

project itself, and for more fully appreciating the detrimental impact

of their neglect upon program success, even where there are monumental

productivity gains.

Lewin's (1951) classic force field analysis theory permits

examination of the wide range of forces driving for acceptance of change

and those forces restraining movement from the status quo. His diag­

nostic perspective reflects the need to assess and address forces

resisting change rather than merely increasing those pushing for change

(Argyris, 1971). One potentially devastating set of resisting forces

can be the attitudes of individuals toward OWL projects from inception

throughout their duration.

Spier (1973) reviews a variety of strategies for working with

data produced from a force field analysis and cautions against altering

the equilibrium of forces in the direction of change by strengthening

or adding forces driving for change implementation. These tactics

create tensions that are met by an increase in the restraining forces,

in the form of resistance. A more stable, tension-free approach is

accepted to be the removal or diminishment of opposing forces. Since

unfavorable worker and supervisor attitudes toward OWL comprise a key

restraining force to change the assessment of these attitudes is essen­

tial to a program's success.

Existing OWL Attitude Assessment

Some limited literature exists on QWL attitudes, focusing spe­

cifically on participants accepting or resisting the QWL program. This

work consists primarily of burdensome interview formats (Herrick, 198lb)

or autobiographical accounts of reactions by organization members

(Herrick and Ronchi, 1982). Other works are comprised of theoretical

hypotheses about dispositions conducive to a "participatory democratic

consciousness" (Frost, et al., 197p« 93)» and speculations about the

nature of different groups' QWL objections and appreciations (Herrick,

1972). Still lacking is an empirically-based, systematic assessment of

attitudes of various groups toward QWL initiatives.

Some extensive opinion surveys exist, but they tend to assess

dimensions of interest other than the needed examination of reactions

toward the change effort itself. Various surveys inventorying atti­

tudes about working conditions and organizational climate have been

championed by the Institute for Social Research at the University of

Michigan (Bowers and Franklin, 1977; Haussler, et al., 1977; Franklin,

et al., 1977). Seashore (1979) discriminates between these explorations

of the work-related attitudes and their impact on work-related behaviors

3^

like turnover and absenteeism, and a second, newer group of attitude

studies. These more recent surveys relate job satisfaction and emo­

tional attitudes, such as authoritarianism, to more general indicators

of well-being such as mental health, physical health and non-work

attitudes. They are exemplified by the "Quality of Employment Survey"

(Quinn and Staines, 1977)* "The Survey of Working Conditions" (Ouinn,

et al., 1971), "The Pima County QWL Questionnaire" (see Appendix B) and

other studies (Margolis, et al., 197 ; Kahn, 196*0.

Thus, existing QWL-related scales are actually surveys that do

not assess favorable and unfavorable QWL attitudes useful in deter­

mining acceptance or resistance to the change effort, but instead seek

to determine program outcomes and effects. General Motors does have a

QWL Survey (General Motors, 1982), but as Gershenfeld (1982) has noted,

most existing instruments are not available to the public because they

are regarded by corporations as trade secrets. The literature review

in Chapter 2 of this study will describe an extensive survey taken of

existing attitude measures which failed to uncover any instrument

resembling the QWLAS.

While some QWL research addresses the problems in question

here, the "state-of-the-art" still lacks what Edwards (1957) describes

as a quick, valid, standardized instrument that can be administered on

a group basis in order to show degree of affect. Such an instrument

would move us beyond working only with several vocal individuals or

inferring attitudes from overt behaviors.

There is a need for a publicly available QWL attitude scale

enabling program initiators to "take the temperature" of experiments

in progress and to predict the likelihood of their survival in organi­

zations considering their adoption. The scale could also benefit

program developers in adapting OWL systems, orientations and supportive

training to be more responsive to employees' reactions and attitudes.

Significance of the Study for Pima County

The significance of this study for the Pima County QWL project

included its contribution to adjustment and acceptance within the

Department of Transportation, by facilitating expression of QWL opinions

by all employees, both more and less vocal, who might otherwise not

communicate their feelings about the program. This unfreezing of com­

munication channels about QWL was believed to be healthier than the

assumption that the democratic experiment was being well-received by

County workers.

The study also resulted in the l*f-item QWLAS Short Form which

may be incorporated into the broader research package that is being

administered in Pima County on an ongoing basis.

CHAPTER 2

REVIEW OF THE LITERATURE

Unlike the relatively focused body of literature accompanying

QWL's early stages of development, the literature involving attitudes

is overwhelming in its volume, historical continuity, and span of re­

lated disciplines, including sociology, psychology, social psychology,

and education. Martens (1979) contends that the abundance of measure­

ment scales illustrates the importance attached to attitudes toward a

wide range of subjects. Even 30 years ago, Kahn (1951) acknowledged

that any extensive review of attitude literature was an unrealistically

mammoth endeavor.

The words of Gordon W. Allport (1935)t pioneering social

psychologist, usher in the first chapter of Edwards' (1957) classic

Techniques of Attitude Scale Construction:

The concept of attitude is probably the most distinctive and indispensible concept in contemporary American social psy­chology. No other term appears more frequently in experimental and theoretical literature (Edwards, 1957, p« xvi).

A literature review congruent with this study's purpose of

constructing an attitude scale demands a broader focus than instrument

development. Disciplined scale construction is enriched by awareness

of the entire field of attitudes, so that the investigator understands

the role of attitude measurement within its proper context. Since the

scope of this study does not permit a detailed review of the field,

36

37

this chapter assists the aspiring attitude researcher by presenting a

guide to attitude literature. The two areas of attitude theory and

attitude measurement are organized into sub-categories, depicted in

Table 2, with citings of several representative, widely used sources.

This taxonomy of attitude literature will be followed by the

results of an extensive survey of existing attitude scales in search of

QWL-related instruments. While this discussion of QWL-oriented tools

is directly connected to the scale development purpose of this study,

the more comprehensive review of attitude literature is also pertinent

to this study.

Fishbein (1967) conceptualizes the three major facets of the

study of attitudes as theory, measurement, and change. However, Rogers

(1978) has noted that for all intents and purposes, theoretical material

on attitude formation and development is indistinguishable from attitude

change literature. Therefore, this review organizes attitude research

into the two major areas of attitude theory and attitude measurement.

Attitude Theory

The investigator in attitude assessment must become acquainted

with the literature on attitude theory, realizing that, "the distinction

between theory and measurement is an artificial one, and that neglect

of the theoretical assumptions which are made by the various methods of

measurement is likely to engender a form of false consciousness on the

part of the researcher which could lead him to misunderstand the nature

of the data that he has obtained" (Lemon, 1973, p. vii). Three sub­

categories, though not entirely independent entities, comprise a

38

Table 2. Taxonomy for organizing attitude research.

Area Representative Literature

I. Attitude Theory

A. Nature of Attitudes

B. Attitude Formation and Change

C. Social Attitudes and Social Research

(Ajzen and Fishbein, 1980; Fishbein, 1967, 1975; Jahoda and Warren, 1966; Greenwald, et al., 1968)

(Rokeach, 1968; Keisler, et al., 1969; Triandis, 1971; Insko, 1967; Suedfeld, 1971; Sherif and Sherif, 1965; Nuttin, 197 ; Halloran, 1976)

(Lazarsfeld and Rosenberg, 1955; Adorno, 1950; Campbell, 1977; Rokeach, 1956; Crespi, 1965)

II. Attitude Measurement

A. Psychological Measure­ment and Testing

B. Educational Measure­ment and Evaluation

C. Attitude Assessment

1. Theory

2. Methodology

3. Attitude Scale Reference Sources

(Anastasi, 1968; Cronbach, 1970; Kerlinger, 1973; Nunnally, 1978; Tyler, 1963; Freeman, 1966; Ghiselli, 196 ; Green, 1981)

(Thorndike, 1978; Mehrens, 1976; Ebel, 1972; Blood and Budd, 1972)

(Lemon, 1973; Fishbein, 1967)

(Edwards, 1957; Remmers, 195 5 Dawes, 1972; Oppenheim, 1966; Anderson, 1981; Torgerson, 1958; Maranell, 197 ; Henerson, et al., 1978)

(Shaw and Wright, 1967; Bonjean, et al., 1967; Robinson, et al., 1967; Robinson, et al., 1968; Robinson and Shavers, 1969; Chun, et al., 1975; Buros, 1978; Goldman and Busch, 1978)

rational clustering of the proliferation of attitude theory literature

and provide grounding in (1) the nature of attitudes, (2) attitude for­

mation and change, and (3) social attitudes and social psychology

research. These categories build a conceptual understanding of "atti­

tude" as a unique phenomenon, an appreciation for the dynamics of

attitude development, and a commitment to the value of attitude measure­

ment.

The Nature of Attitudes

Comprehension of the conceptual nature of attitudes requires

familiarization with historical foundations (Allport, 1935; Cantril,

1932; Symonds, 1927).as well as the more recent, comprehensive

anthologies of readings and attitude theory (Ajzen and Fishbein, 1980;

Fishbein , 1975; Greenwald, et al., 1968; Jahoda and Warren, 1966).

Various works clarify attitude's alternative definitions and concep­

tualizations (Goldberg, 1955; Millward, n.d.; Schelble, 1977; Greenwald,

et al., 1968), discuss the relation of overt action and verbally ex­

pressed attitudes (Thurstone, 195*0 and compare attitudes with important

adjunct phenomena such as values, traits, beliefs, opinions and

interests (Guilford, 195 ; Hennessy, 1970).

Attitude Formation and Change

Rogers' (1978) contention that attitude change literature

(Triandis, 1971; Halloran, 1976) and the theories of attitude formation

overlap is exemplified by consistency (Rosenberg, I960; McGuire, I960),

dissonance (Festinger, 1957; Brehm and Cohen, 1962), balance (Heider,

19 6; Newcomb, 1953) and congruity (Osgood and Tannenbaum, 1955;

ko

Rokeach and Rothman, 1965) approaches. Major works on attitude change

often consist of presentation of theorists' own models of attitude for­

mation and change (Sherif and Sherif, 1965; Newcomb, 19 3; Rokeach,

1968). Similarly, writers presenting competing views of attitude

change adopt as their vehicle a comparison of various attitude develop­

ment theories (Keisler, et al., 1969; Suedfeld, 1971; Insko, 1967;

Nuttin, 197 )•

Social Attitudes and Social Psychology Research

Social attitude research (Lazarsfeld and Rosenberg, 1955) is

the major activity within social psychology, in which the nature of

attitudes is studied and methods for assessing them are derived in

order to predict reactions of people to some group, social institution,

or social concept. Knowledge of specific attitudes and their method

of functioning can be combined with research about principles governing

attitude change to influence processes of socialization, as in propa­

ganda, education, and therapy (Shaw and Wright, 1967)• Accordingly,

this third branch of attitude theory literature, as typified by Adorno's

standard work, The Authoritarian Personality (1950) studies social

attitudes with the intent of impacting favorably upon social, economic,

and political problems (Guilford, 195 ).

Various writers have defined social psychology as being the

scientific study of attitudes (Thomas and Znaniecki, 1918), or at least

as incorporating attitude measurement as its central problem (Allport,

1935; Lemon, 1973)• Much of the history of attitude research has been

aimed at learning about social attitudes and related issues, such as

41

particular ethnic attitudes (Goldberg, 1955; Horowitz, 1936; Campbell,

1977), persuasability and propaganda (Doob, 1935)» political or re­

ligious dogmatism (Rokeach, 1956), radicalism-conservatism (Nelson,

1938) and anti-democratic attitudes (Remmers, 1963)*

Several offshoot areas related to social psychology attitude

research deserving mention are the utilization of large-scale surveys

within the market research field (Crespi, 1965), employee surveys of

job satisfaction and work-related feelings (Quinn, et al., 1971, 1977;

Habbe, 1961; Raube, 1951)1 and public opinion polling to forecast

elections or ascertain public sentiment on national and international

questions of a social, political, or economic nature (Chisman, 1976;

Murphy and Likert, 1967)« While such surveys are treated separately

from more focused attitude scales in Kerlinger's (1973) and Anastasi's

(1968) standard texts, their central role in social science research

renders them fruitful objects for study (Campbell and Katona, 1953)•

Attitude Measurement

The second broad facet of attitude research, attitude measure­

ment, encompasses vast bodies of literature on (1) psychological

measurement and testing, (2) educational measurement and evaluation,

and the more esoteric, most pertinent sphere of the study, (3) attitude

assessment. Attitude assessment's background in psychological and

educational measurement justifies these latter disciplines being

addressed in this review.

In 1938, 0. K. Buros published The 1938 Mental Measurements

Yearbook, a comprehensive volume reviewing 331 psychological instruments.

E. F. Lindquist (1951) noted in 19 5 the urgent need for a comprehensive

handbook and textbook on the theory and methodology of educational

measurement. From this meager "state of the art" flowed a steady stream

of instruments, books and articles on measurement. A scan of the 582

test and measurement books listed in Buros' (1978) Eighth Mental

Measurements Yearbook fleshed out over 80 works on educational measure­

ment, 50 books addressing psychological measurement, and about 10

volumes directly concerning attitude assessment. This list is not

complete, but it attests to the impossibility of exhaustively viewing

the measurement field within the parameters of this study.

Psychological Measurement and Testing

A History c-f Psychological Testing (Dubois, 1970) traces the

historical and philosophical roots of measurement. While psychology

prior to 1850 entailed a non-experimental, philosophical spirit of

inquiry, the early 1900*s brought vigorous efforts to expand the

discipline into a science by adopting the experimental method and

measurement as its chief experimental tool (Thorndike and Hagen 1955)•

Attitude scale construction's utilization of measurement cornerstones

of reliability, validity, and item analysis, and the role of measure­

ment theory and method in understanding human behavior, create the

requirement for consulting standard texts in the field (Cronbach, 1970;

Freeman, 1966; Tyler, 1963; Ghiselli, 196*0.

Kerlinger's (1973) Foundations of Behavioral Research deserves

attention as an authority on research and the scientific method within

the behaviorally-related fields. Anastasi's (1968) Psychological

Testing assists readers in evaluating any type of psychological test

and correctly interpreting their results: "(1) through an understanding

of the principles of test construction, (2) through psychological

knowledge about the behavior being measured, and (3) through familiarity

with the field of available instruments" (Anastasi, 1968, p. v). Less

ambitious researchers may appreciate Green's (1981) "A Primer of Test­

ing."

Educational Measurement and Evaluation

The overlap between psychological and educational measurement

theory and methods of test construction is apparent in the major pro­

fessional publication, Educational and Psychological Measurement, as

well as numerous books encompassing both emphases (Mehrens and Ebel,

1967; Thorndike and Hagen, 1955; Nunnally, 1972). Nevertheless, the

two measurement fields' shared substantive material regarding relia­

bility, validity and item analysis does not overshadow the distinctions

between them. Educational measurement focuses more upon application

of measurement theory to tests of individual ability, achievement and

other characteristics for the fostering of learning, evaluation of

instructional methods, educational placement and choice of studies or

occupation (Lindquist, 1951)•

The comprehensive work of Thorndike (1978) addresses test

design and construction; administration and processing; special types

of tests; measurement constructs such as reliability, validity, norms,

and scales; and the application of tests to educational programs.

Lindquist (1951) considers his text an advanced handbook of primary

source articles on the functions of measurement in education, the

construction of achievement tests, and measurement theory. Mehrens

Mf

and Ebel (1967) also offer selected articles encompassing the broader

topics of measurement theory and scaling, norms, reliability, validity,

and item analysis and selection. Additional suggested references

include Payne (197*0, Ebel (1972), and Mehrens (1976).

The achievement test emphasis of original educational measure­

ment is retained in several less voluminous, teacher-directed evaluation

books (Blood and Budd, 1972; Pidgeon and Yates, 1968; Brown, 1971;

Bertrand and Cebula, 1980; Wood, I960). Attitude measurement investi­

gators have found contributions of such more focused references to fall

in the sphere of item analysis and selection. Finally, useful perspec­

tive is provided for both psychological and educational measurement

theory in original articles, such as those by Cronbach (1951) on the

coefficient alpha estimate of reliability, Cronbach and Meehl (1955)

on construct validity, and Campbell and FiBke (1959) on convergent and

divergent construct validity. These representative classic papers are

cited as encouragement for the attitude researcher to tap the vast

storehouse of direction and practical technique available outside the

realm of conventional textbooks and anthologies.

Attitude Assessment

Beyond literature about attitude theory and general measurement,

the specific field of attitude assessment is more relevant to this

study's aims of QWL scale construction. The difference in sophistica­

tion between attitude theory and attitude assessment is a noticeable

one, according to Lemon (1973)» with assessment models demonstrating

much more rigor, being "derived from basic axiomatic systems of finite

mathematics or probability theory. . . He elaborates, "Current

theories of attitude formation and change do not possess the elegance

of such formal models . . . theoretical formulations often consist of

a series of apparently loosely worded statements, which endeavor to

describe empirical relationships, but which contain little by way of

explicit axioms or formal structure" (Lemon, 1973i P« 29). The areas

within attitude assessment literature include: (1) attitude assessment

theory; (2) attitude assessment methodology; and (3) attitude assessment

reference sources.

Theory. Besides Lemon's (1973) volume, major theoretical treat­

ment of attitude assessment is offered by Fishbein (1967), who gathers

articles concerned with the "theory underlying attitude measurement

rather than with the measurement process per se" (Fishbein,1967, p« v).

Additional assessment theory is transferable from the general educa­

tional and psychological measurement literature, as well as subsumed

within attitude books whose primary attention is upon methodology

(Remmers, 195 ; Shaw and Wright, 1967)#

Lazarsfeld and Barton (1951) describe the four progressive

stages of social science measurement as: (1) forming of an initial

image of the nature of the measurement concept; (2) determining the

basis for measurement by specifying the concept's relevant dimensions;

(3) searching for indicators to represent theoretical concepts in order

to translate these ideas into practice; and (k) combining the scores

from these identified indicators into indices which can represent the

underlying attitude. This final stage epitomizes the challenge of

attitude measurement, the "allocation of numbers to observations accord­

ing to certain rules" (Lemon, 1973, p. 29). Remmers (19511-) assumes the

quantification of attitudes depends on concepts being measured, varying

along a linear contimuum, and being held in common within a group of

people.

Methodology. The methodology of attitude assessment ideally

begins with a survey by the researcher of literature explaining the

development of alternative data collection formats. Familiarity with

optional approaches is desirable, not only from the standpoint of

selecting the most appropriate method for one's research problem, but

also based upon the warning by Cook and Sellitz (196*0 that any data

source of attitudes reflects bias arising from the particular measure­

ment instrument or attitude observation method. They argue for a multi-

indicator approach to attitude assessment, making inferences from a

broad range of observational methods, in order to randomize instrument

bias.

Discussions of the practical considerations and assumptions

underlying various methods of attitude measurement and scaling are

available in a number of general sources (Oppenheim, 1966; Dawee, 1972;

Scott, 1968; Henerson, et al., 1978), overviews appearing within

broader research volumes (Kerlinger, 1973)1 and briefer descriptions

of different formats within dissertations (Millward, n.d.; Schelble,

1977)• More direct works on alternatives to scaling techniques are

available for the semantic differential (Osgood, et al., 1957; Snider

and Osgood, 1969), interviewing (Payne, 1951; Cannell and Kahn, 1968),

card-sorts (Cataldo, et al., 1970), Q-sort methodology (Stephenson,

1953i 1967; Jackson and Bidwell, 1959; Wittenborn, 1961), and more

indirect and unobtrusive ways of observing attitudes through naturally

occurring behavior (Kidder and Campbell, 1970; Webb, et al., 1966).

The basic method of attitude measurement is the self-report

approach of the attitude scale, "a set of symbols or numerals so con­

structed that the symbols or numerals can be assigned by rule to the

individuals (or their behaviors) to whom the scale is applied, the

assignment being indicated by the individual's possession of whatever

the test is supposed to measure" (Kerlinger, 1973» p. 92).

The development and validation of adequate assessment scales

has been identified as a major factor needed for attitude improvement

in a variety of areas, such as attitudes toward educational research

(Isakson and Ellsworth, 1979), sexism (Benson and Vincent, 1980),

student opinions about school programs (Perney, 1975) and teacher atti­

tudes towards mainstreaming (Reynolds and Greco, 1980). This researcher

reviewed a sample of about 30 articles describing the construction of

such attitude scales (see Table 3 for the range of attitude scale

referents), because they offer practical guidance on scale construc­

tion concerns like scaling procedures, development of conceptual frame­

works, item generation, design of the instrument, administration,

criteria for deleting items, reliability and validity.

Beyond references to attitude scaling found within measurement

theory volumes and journal articles, standard works on construction in­

clude Edwards' Techniques of Attitude Scale Construction (1957)«

Remmers' Opinion and Attitude Measurement (195*0« and Oppenheim's

Questionnaire Design and Attitude Measurement (1966). One more recent

48

Table 3. Representative range of attitude scale construction articles.

Ard and Cook (1977)

Bell (1977)

Benson and Vincent (1980)

Buxton (1971)

Darom, et al. (1978)

Frazier (1976)

Goldberg (1955)

Hanson (1970)

Healing (1971)

Helfant (1952)

Isakson and Ellsworth (1979)

Kahn (1951)

Leeds (1950)

Michaels and Forsyth (1977)

Millward (n.d.)

Morgan and Wicas (1972)

Murphy (1970)

Owens and Straton (1980)

Perney (1975)

Pittell and Mendelsohn (1969)

Reynolds and Greco (1980)

Richards and Gamache (1979)

Roberts and Bilderback (1980)

Schelble (1977)

Stauffer (1974)

Trumbo (1961)

Viano and Wildeman (1972)

Youngberg, et al. (1962)

Racial attitudes

Teacher attitudes

Sexist attitudes toward women

Teacher job satisfaction

Small-group teaching attitudes

Marital satisfaction

Attitudes toward minority groups

General beliefs: Weltanschauang

Attitudes toward old people

Adolescent sociopolitical attitude

Educational research attitudes

Attitudes toward the Negro

Teacher-pupil attitudes

Mathematics attitudes

Attitudes in outdoor education

Student dissent attitudes

Attitudes toward dental health

Learning mode preference

Student opinions of school

Subjective moral attitudes

Attitudes toward mainstreaming

Racial prejudice

Statistics attitudes

Parent-child interaction

Attitude toward educational inquiry

Work-related change attitude

Managerial attitudes

Job satisfaction

treatment brings the reader up to date on attitude scale methodology as

applied to affective characteristics within schools (Anderson, 1981).

The historical foundations of the most popular scaling tech­

niques are discovered in the early works on Thurstone's method of equal-

appearing intervals (Thurstone and Chave, 1929; Thurstone, 19 *6),

Likert's method of summated ratings (Likert, 1932; Murphy and Likert,

1937) and Guttman's scalogram analysis (Guttman, 19 i 19 5). Classic

comparisons of the two most widely used approaches of Likert and

Thurstone include early reviews by Edwards (1957)* Edwards and Kenney

(19 6) and Ferguson (19 1).

Torgerson (1958) offers a more mathematical, indepth analysis

of widely recognized scaling methods, and Maranell's (197*0 sourcebook

draws together primary source papers from a wide spectrum of sociologi­

cal and psychological journals and books. Shepard, Romney, and Nerlove

(1972) represent the more recent emphasis upon multi-dimensional as

opposed to uni-dimensional scaling.

Attitude Scale Reference Sources. The imformation explosion in

sociological and psychological research literature has culminated in a

staggering wealth of attitude assessment instruments. Thankfully, the

attitude researcher need not spend long hours combing the literature,

duplicating search efforts of others, or needlessly devoting energy

toward developing an assessment tool when one may already exist for his

purposes. Backer (1972) presents a reference guide of "people, publi­

cations and projects which might serve as resources for locating

psychological tests or information about them" (Backer, 1972, p. 751),

but his compendium does not focus specifically enough upon attitudes and

his scope extends beyond presenting volumes in which attitude scale

compilations may be found. Therefore, several widely used and more

remote attitude scale reference sources deserve mention.

Scales for the Measurement of Attitudes (Shaw and Wright, 1967)

is the seminal work in the field, widely respected for its reprinting

and research-oriented descriptions of 176 attitude scales. The instru­

ments are classified according to topic areas of attitudes towards

social practices, social issues, international issues, abstract con­

cepts, political and religious attitudes, ethnic and national groups,

significant others and social institutions.

Sociological Measurements: Inventory of Scales and Indices

(Bonjean, et al., 1967) provides a content analysis of four major socio­

logical journals covering the period of 195* -1965 and classifies the

located attitude measures into numbered categories within 78 conceptual

areas, complete with supportive bibliographies of studies which discuss

or utilize the instruments. A series of Institute for Social Research

reference sources includes collections and descriptions of 90 Measures

of Political Attitudes (Robinson, Rusk and Head, 1968), 77 Measures of

Occupational Attitudes and Occupational Characteristics (Robinson,

Athanasiou and Head, 1969) and Measures of Social Psychological

Attitudes (Robinson and Shaver, 1969).

The best-known volumes compiling testing instruments are the

more general, comprehensive Buros series. The most recent Eighth Mental

Measurements Yearbook (Buros, 1978) offers multiple critical reviews

and references for thousands of published tests of ability, aptitude,

personality, educational achievement, and attitudes. No specific sec­

tion presents attitude scales, available in Measures for Psychological

Assessment (Chun, et al., 1975)# The Directory of Unpublished Experi­

mental Mental Measures (Goldman and Busch, 1978) attempts to do for non-

commercially-produced assessment instruments what Buros has done for

commercially-produced, standardized mental measures, and the collection

does include a section of 78 attitude instruments. Minimal attitude

scale references are available in the lesser-known volumes, A Source­

book for Mental Health Measures (Comrey, et al., 1973)1 The Mental

Examiner's Source Book (Davis and Forey, 1975) and a guide to human

relations training instruments compiled by Pfeiffer and his colleagues

(Pfeiffer, et al., 1976).

Survey of Literature for QWL-Related Attitude Scales

The literature review for this study would be incomplete without

reference to existing attitude scales similar to the one being con­

structed here, and such a review evidences the need for the present

research. An extensive survey of the major reference sources for atti­

tude scales produced no instrument resembling the QWLAS. This fact is

regretful since QWL's uniquely social character, explicitly-stated

goals and values, and distinctive structures and procedures make it an

especially rich, fertile object for attitude measurement.

The standard volumes. Scales for the Measurement of Attitudes

(Shaw and Wright, 1967), The Eighth Mental Measurements Yearbook (Buros,

1978), Measures of Social Psychological Attitudes (Robinson and Shaver,

1969) and Measures of Political Attitudes (Robinson, et al., 1968),

document only a handful of instruments even remotely related to OWL.

These scales are limited to tapping general job satisfaction and union-

management attitudes, rather than focusing on cooperative endeavors such

as LMC's or OWL,demonstrating the infancy of joint change efforts in

this country.

Despite extensive presentations of seemingly-relevant organiza­

tion and job-related measures, the same lack of scales for use in

cooperative labor-management initiatives characterizes Sociological

Measurement: An Inventory of Scales and Indices (Bonjean, et al., 1967)

and Measures of Occupational Attitudes and Occupational Characteristics

(Robinson, et al., 1969). Table k suggests the conceptual areas and

categorizes a number of existing scales as presented in the Bonjean

volume which may have some relevance to various components of Herrick1s

(198la) OWL schemata. The absence of any mention of "democratization"

attests to the lack of scales dealing specifically with cooperative

influence structures. Similarly, the ISR-inventoried scales (Robinson,

et al., 1969) do not address structured mutual benefit bargaining, and

instead target indirectly-related variables such as supervisory and

leadership styles, union-management attitudes, work ethics, general job

satisfaction, work conditions, and alienation. Closeness of supervision,

degree of control and decentralization of decision-making are only

rarely mentioned, and even then, their context is interpersonally-based

participative management styles rather than structurally-based OWL

mechanisms.

Chun's guide to over 5000 measures for assessment (Chun, et al.,

1975) reveals 66 instruments pertaining to some aspect of job

Table 4. Organization attitude scales and QWL correlates.

Attitude Conceptual Area and Category Number (Bonjean, et al., 1967)

Possible QWL Correlate (Herrick, 198la)

Attitudes and Perceptions Toward Complex Organizations

16. Hierarchical consensus regarding influence desired

17. Satisfaction of employees with information passed down from above

18. Satisfaction with information process

19. Perception of information wanted from above

21, 22. Involvement in the organizations

23. Job relations attitude scale

2 . Knowledge about an agricultural cooperative

26. Labor-attitude scale

27. Legitimacy of organizational influences

Characteristics of Complex Organizations

k. Bureaucracy

5. Bureaucratic competitiveness

8. Complexity

11, 12. Effectiveness

l'f. Employee information

20. Member participation

23. Power distribution in unions

27. Responsibility

Participation

Education

Education

Education

Participation

Autonomy

Education

Mutual benefit

Participation

Decentralization

Cooperative self-interest

Decentralization

Human and Organizational Effective­ness

Education

Participation

Decentralization

Autonomy

Table k—continued

Attitude Conceptual Area and Category Number (Bon.iean, et al., 196?)

Possible QWL Correlate (Herrick, 1981a)

Complex Organizations: Informal Relations

1. Verbal aggression toward supervisors and co-workers

5. Assumed similarity

20t 21. Influence

Job Satisfaction, Morale, and Related Measures

1. Dissatisfaction

2. Dissatisfaction with task

21. Personal commitment to group goals

Decentralization

Mutual benefit

Autonomy and Participation

Decentralization

Autonomy

Cooperative self-interest

ui -F-

satisfaction and 35 others which touch upon job attitudes with other

emphases, and the Goldman and Busch directory (1978) contributes less.

The scales in both volumes are either too broad in scope or too esoteric

to be of use in QWL research. A few remaining sourcebooks are not

helpful because their primary domains are defined as measurement of

mental capacities and mental health (Davis, et al., 1975; Comrey,

et al., 1973; Buros, 1970), and therefore inapplicable for this survey's

purposes.

Summary

This chapter has offered a guide to the literature on attitude

theory and measurement in hopes of rendering more manageable the bur­

geoning array of material in the field. The theoretical dimension

provides a perspective on measurement endeavors, while the methodologi­

cal dimension is most pertinent to the actual construction of an

attitude scale. A laborious survey of major attitude scale reference

sources has been presented, reinforcing the need for OWL-related

attitude instruments.

It is hoped that the reader benefits from coverage of both the

general field of attitude research, as well as more specific literature

on attitude assessment. The serious student or investigator of atti­

tude scale development should profit from the literature as organized

and described in this chapter.

CHAPTER 3

PROCEDURES

This chapter is concerned with the methodology adopted in the

development of the Quality of Working Life Attitude Scale (QWLAS).

Procedures followed in its design, construction, and administration

are presented.

Preparation

Preliminary Literature Review

The initial stages of this study involved a review of basic

research literature (Kerlinger, 1973; Edwards, 1957; Anastasi, 1968;

Campbell and Katonah, 1953), which fostered the resolution of essential

research decisions regarding proposal-writing and planning. Early

consideration of issues such as alternative avenues for research design,

applicable data collection formats, and appropriate attitude scaling

techniques were among the parameters of the study taken into account.

Leedy (197*0 contends that such exploration and informed decision­

making raises practical research from the realm of careless data collec­

tion to its proper stature as a careful discipline.

Population

The population for this study was 303 employees of the Pima

County Department of Transportation and Flood Control District. The

56

Department is divided into a Division of Operations, comprised of 15k

employees, mostly blue collar, who have been involved in the OWL system

since May 1980. Five remaining divisions, predominantly white collar,

form the other half of the Department. These last divisions were

oriented to the QWL program according to the schedule presented in

Table 5»

Organization Entry

Prior to administration of the pilot form of the QWLAS, approval

of the study's procedures was obtained from the University Human Sub­

jects Committee. Approval for the research was then secured from the

Department Director through an explanatory proposal. Introduction of

the project occurred through the Department's "QWL Newsletter," presen­

tation at a Division Head staff meeting, and attendance of the

researcher at a Departmental QWL Committee meeting. The research

activity was conveyed by the Department Director as related to the

efforts of the principal third party consultant, Dr. Neal Q. Herrick,

and as start-up assistance in QWL acceptance and adjustment (see Appen­

dix C).

Sampling

Since the subjects were already assigned to groups by nature

of their job descriptions and Divisions, and because of constraints

dictated by the study being part of "start-up assistance" consultation,

it was not possible to sample randomly or representatively. Sampling

was therefore "accidental" (Remmers, 195*0, but sampling bias was

58

Table 5. Orientation date and personnel for each division.

Division Total Employees Orientation to OWL

Operations 15 May, 1980

Traffic Engineering 35 Nov., 1980

Planning and Programming 27 Nov., 1980

Administrative Services 12 Nov., 1980

Design Engineering Zk Dec., 1980

Field Engineering 5 June, 1981

Miscellaneous 6

Population 303

minimized because all Department members received a QWL Attitude Scale

and had the opportunity to participate,

Leeds (1950) and Sabers (personal communication, 1981) have

advised scale developers in early stages of construction that no attempt

need be made to control factors such as age, sex, education or nation­

ality, since the focus of attention is on scale development and field

testing, rather than interpretation of attitude data results. Remmers

(195*0 discusses the value of non-random, "accidental" sampling pro­

cedures, and Kahn (1951) maintains that the extra expense and labor of

systematic random or stratified sampling is not warranted. Lawler and

his associates (Lawler, et al., 1978) have downplayed the necessity for

random assignment of subjects or control of variables in a field set­

ting research effort. McNemar (Kahn, 1951) further justifies the

sacrifice of controls of a laboratory or academic setting in exchange

for the real world of the field setting, exclaiming, "The real social

psychology of attitudes is in need of research on groups of greater

generality than college students" (Kahn, 1951, p. 2). Thus, both the

field setting, and basis of this study in scale construction deem it

permissible to abandon attempts at systematic sampling.

Scale Construction

The basic methodological steps of scale development can be

generalized to other attitude measures to accomplish (1) generation of

an initial pool of attitude statements, (2) conceptual classification

of the statements, (3) selection of data collection, scaling, and item

formats, (content validity sorting by judges, (5) writing and

editing of the items for inclusion in the final instrument, and (6)

design of the questionnaire.

Generation of Initial Attitude Statements

The universe of attitudes was defined as verbal attitudes about

QWL programs, and a thorough collection was made of a large number of

statements from the following sources.

Extensive QWL Literature Review. Attitude statements were

borrowed directly or constructed from various interview-based QWL case

studies and project description literature (Herrick and Ronchi, 1982;

Herrick, 1981b; Herrick, 1977).

Interviews. The Pima County QWL project involved a separate,

ongoing research package, including interviews with ten managers, super­

visors and non-supervisory employees. The researcher conducted these

one and one-half hour interviews, which uncovered the QWL issues most

salient to employees and produced potential items.

Anthropological Data. The researcher's involvement in coun- .

seling and support meetings with employees and informal discussions with

employees and colleagues surfaced many attitude statements recorded

for later use.

Attitude Inventories. An open-ended QWL Attitude Inventory was

administered to 60 employees through a series of seven "diagnostic

meetings," similar to those described by Fordyce and Weil (1978).

Separate meetings were attended by managers, supervisors and rank and

61

file employees of the Divisions of Traffic Engineering, Design Engineer­

ing, Administrative Services, and Planning and Programming, respectively.

The rationale for attitude assessment was given, questions were

answered, and problems or obstacles preventing QWL acceptance were

brainstormed. Finally, respondents wrote essay answers to a general

question that asked for both favorable and unfavorable QWL opinions

(see Appendix D).

Willing employees from the Division of Operations answered a

similar general question that was distributed by supervisors at their

regular grassroots QWL meetings, for completion on the employees' own

time. Scheduling constraints on the part of the Department prohibited

special meetings for the 15 Operations employees.

Conceptual Classification of Statements

Preliminary Attitude Statement Organization. The attitude

statements from employees were tallied and compiled according to themes,

a process which facilitated data feedback to respondents in follow-up

meetings. This preliminary clustering of statements also oriented the

researcher to the range and categorization of possible QWL attitude

topics and influenced the development of initial subscales.

Development of a Rational Model for Subgrouping Items. The

clustering of items into themes was followed by the search for a con­

ceptual framework that could fit the program being evaluated.

Leeds (1950) suggests using a system of item classification in

order to achieve a more adequate sampling of prospective attitudes, to

62

differentiate the ideational content of items, and to roughly identify

the possible factors of a measured attitude, which serve as subscales

to be confirmed through later factor analysis. Other scale developers

(Benson and Vincent, 1980; Perney, 1975; Stauffer, 197*0 believe that

adopting a conceptual framework contributes to better content validity

by yielding a more substantial, representative body of inventory con­

tent.

This utilization of a theoretical structure to arrive at scale

components identified relevant areas for measurement which appeared

conceptually independent, and determined the logical relationships

between items before administration. Especially in research assessing

the reactions of groups toward particular aspects of an organizational

program, the "content dimension is clearly the key to proper development

of an attitude measure" (Hartke, 1979, p. 585).

Herrick's "Means and End to Work" model (198la) was modified to

provide a rational basis for item subgrouping. The components of

Herrick's schemata which were retained as categories for scale items

were his requisite policies of "decentralization," "education" and

"cooperative self-interest," the operational policy of "democratiza­

tion," and the working conditions of "individuation" (autonomy) and

"participation." Herrick's "human," "organizational" and "political

effectiveness," and his "human well-being" outcomes were collapsed into

two subgroups on the QWLAS, labeled "human benefits" and "economic

benefits."

Drawing from themes which emerged in the initial gathering of

attitude statements, Herrick's model was expanded by five additional

categories: "need" (for QWL's mutual benefit bargaining); "faith" (in

QWL's intentions, potential and good will); "implementation" (of QWL by

the organization and third party); "functioning" (of the QWL system

within the organization); and "general" OWL attitude.

A final grouping designated certain items from other subgroups

to be additionally classified as a "Control" subgroup. This subgroup

was believed to reflect the respondent's need for order and predict­

ability, with clear definitions of where responsibilities lie and

various roles that remain separate and distinct. This hypothesized

character trait of control need was developed for later construct

validation of the QWLAS.

Table 6 presents the I1* classification groups utilized in the

construction of the original QWLAS Pilot Form. Table 7 displays spe­

cific item numbers of the groupings, with the amount of positively and

negatively worded statements. These categories made up the rationally

based "subscales" of the QWLAS, which were later investigated through a

panel of judges and through statistical tests of internal consistency

and factor analysis. (Appendix E includes the subscale groupings of

the original 8*f items administered as the QWLAS Pilot Form.)

This section has reviewed the development of a rational model

for classifying items into subscales, and given the rationale for doing

so. The conceptual framework provided content validity and a theoreti­

cal structure to initially explore underlying factors of OWL attitude.

The subscales also added practical utility for managing data and

discrimination amongst specific areas of QWL attitude, whether gener­

ally favorable or unfavorable.

6k

Table 6. Original QWLAS subscale classifications.

1. Need for Program (8 items) This group includes attitudes about the need for, or applica­

bility of the OWL program. Need here refers to whether problems even exist that call for OWL or some similar effort. Applicable items should be attitudes about the appropriateness of a program like QWL for this particular setting or employee. Statements should concern whether there is a need for any program for this setting, rather than judgments about OWL's specific ability or approach for affecting change.

2. Faith in the Program (8 items) These items express attitudes about the feasibility of OWL's

goals at the outset, and trust in its intentions. Feasibility taps feelings about the range and loftiness of OWL's ains or potential and should not include statements about actual outcomes or how successful QWL has been. Trust items express the degree of belief in honorable intentions and the true reasons behind QWL, as well as trust in the good will of the program's initiators. These items say less about the specifics of OWL itself than they do about the respondent's faith in the organization's aims and in the program's chances for making a differ­ence.

3. Decentralization (k items) Decentralization items concern the redistribution of authority

along the existing management structure, the delegation of authority for decision-making to the lowest appropriate level of supervision. This group should not deal with the specific arrangements for sharing this authority or the giving of freedom to do one's own particular job with discretion and autonomy. Rather, we're involved here with the actual issue of passing authority from upper levels down the hierarchy to place appropriate decisions in the sphere of lower level supervision and workers.

k. Education (3 items) Education items include attitudes about policy that provides

opportunities to develop oneself and learn about one's job and the organization, so that employees are competent to deal with the increased authority in decision-making that OWL offers. Statements contained in this group convey feelings about how much organizations should make provisions for training, advancement, and development of skills, organi­zational knowledge and individual responsibility.

5. Cooperative Self-interest (3 items) Cooperative Self-interest items are attitudes about the policy

of organizing the workplace so that all members of a work group are re­warded (recognition, money, etc.) for the group's output and activity. These statements concern OWL's replacement of individual or interest-group competition with cooperation and work towards group goals so that the interest of the individual can be in harmony with the interests of his/her fellows and of the organization.

65

Table 6—continued Original QWLAS subscale classifications.

6. Democratization (9 items) Democratization here refers to the establishment of a specific

means through which employees can influence the work environment, that of an organization-wide joint worker/supervisor committee structure. These items deal with this tangible committee system of elected repre­sentatives as a vehicle for evolving employee participation. This cate­gory should not contain opinions about the implementation, effective­ness or outcomes of the committees in the respondent's organization (see Categories 6, 7, 8, and 9), nor should they involve attitudes toward the idea of participation. This category only includes feelings about the structure of the committee system itself, with its meetings, procedures and standards.

7. Individuation (4 items) Individuation items express attitudes about circumstances that

allow the employee opportunities to distinguish oneself from others and maintain uniqueness. These can relate to personal autonomy; craftman-ship; and freedom on-the-job to exercise skills, discretion, and responsibility.

8. Participation (k items) Participation items are statements about the opportunity to in­

fluence and have input to organizational decision-making and they relate to the actual experience of influencing one's working arrangements, and the policies, programs and plans of the organization.

9. Economic Benefit Outcomes (8 items) This category includes statements about QWL outcomes but here

the items deal with organizational effectiveness and productivity in­creases. These attitudes have to do with questions of whether QWL is worth the time and effort spent in relation to the costs of providing public services.

10. Human Benefit Outcomes (9 items) Attitudes contained here concern QWL results in terms of human

benefits achieved. These statements can refer to the existence or non­existence of gains in satisfaction and well-being at work or off the job, effects of QWL upon relationships among employees and individual political effectiveness acquired through involvement with QWL.

11. Implementation (8 items) This category should include attitudes about how OWL was brought

into the organization and implemented, not whether it should have been adopted or what it has achieved. These statements should concern the process undergone from method of introduction to QWL, program quality, follow-through and third-party consultant involvement.

Table 6—continued Original QWLAS subscale classifications.

66

12. Program Functioning (12 items) Items in this category express attitudes about how well the OWL

process is functioning and about the level of involvement assumed by the organization's members, not the merits of the QWL program itself or the results it has achieved. These opinions about the quality of OWL involvement and process in this particular setting can involve perfor­mance of QWL duties, quality of meetings and commitment of various groups to the program's success.

13- General QWL Attitude (4 items) These items are global statements of the respondent's own dis­

position towards QWL as favorable or unfavorable, or his/her opinion about QWL's chances of surviving. These should not be estimates of the level of support of various groups, nor attitudes about specific aspects of OWL. Rather, these statements can refer to one's own personal commitment and intentions regarding OWL involvement.

I1** Control (7 items) Items which assess the respondent's need for order and predict­

ability in the environment, with clear definitions of where responsi­bilities lie so that various roles are kept separate and distinct.

67

Table 7. Subscalee of the QWLAS with their respective items.

Item Numbers Positively Negatively Total Item Subscale Name Included Criterial Criterial Count

1. Need 16, 28,

21, 47,

25, 63,

27, 73

4 4 8

2. Faith 13, 40,

15, 41,

18, 48,

38, 49

4 4 8

3. Decentrali zation 9, 76, 81, 83 2 2 4

4. Education 11, 50, 79 1 2 3

5. Cooperative Self-interest 43, 55, 65 2 1 3

6. Democratization 3, 69,

17, 72,

20, 74, 77, 82 3 6 9

7. Individuation 10, 23, 24, 78 3 1 4

8. Participation 22, 53, 66, 75 1 3 4

9. Economic Benefits 57,

14, 58,

36, 62,

45, 71

4 4 8

10. Human Benefits 2, 60,

5, : 61,

19, : 64,

50, 34, 70

4 5 9

11. Implementation 1, 5 ,

6, ' 68,

7, 12, 39, 80

4 4 8

12. Program Functioning

8, 33, 59,

26, 37, 67

29, 44,

31, 32, 51, 56, 5 7 12

13. General 35, 42, 52, 84 2 2 4

14. Control

Totals

10, 69,

11, 76,

22, 83

50, 0

39

?(•)

45

7(*)

84

(*) Control items are borrowed from other subscales and therefore not additionally summed in arriving at totals.

Format Selection

The literature review on attitude measurement resulted in

decisions concerning the most appropriate method for collection of

attitude data, scaling technique and item formats.

Method of Data Collection. Prior to the decision to construct

an attitude scale, alternative data collection methods were considered.

The options included were: Q-methodology, which is more useful in

research on individuals (Jackson and Bidwell, 1959); card sorting,

which was deemed impractical for administration within the field setting

(Cataldo, et al., 1970); interviewing, which would not fulfill the

purposes of organization-wide assessment of attitudes; direct behavioral

observation, which would not produce a permanent, distributable instru­

ment and suffers from the changes of inaccurately inferring underlying

attitudes from actions (Edwards, 1957); and the semantic differen­

tial, which risks loss of interest and ambiguous interpretation of its

adjective pairs (Anderson, 1981). The attitude scale method was

selected as offering the most practical, easily-accepted and distribu­

table instrument format for comparing QWL attitudes (Shaw and Wright,

1967).

Scaling Technique. The Likert method of summated ratings

(Likert, 1932) and Thurstone's (19 6) method of equal-appearing inter­

vals were considered as potential scaling techniques for the study.

These have been acknowledged as the most commonly used and oldest

options (Edwards, 1957; Guilford, 195 ; Anderson, 1981). Most experts

agree that the few advances accompanying the newer, more complex

procedures offered by Guttman, Coombs, Lazarsfeld, and others do not

overshadow the elegance and effectiveness of these earlier, simpler

approaches (Remmers, 195*0.

The use of Thurstone's differentiated method, the oldest scaling

technique (Goldberg, 1955), would have demanded prior ranking of each

potential item on its degree of favorableness toward QWL by 50-100

judges drawn from the study sample. Statements with the least variance

between judgments would be retained and assigned a scale value based on

their computed median positions on an 11-point scale, indicating the

items' strength of favorability when they are endorsed (Millward, n.d.).

Final scale items would be arranged along the supposed underlying atti­

tude continuum, separated from one another by equal intervals (Kerlin-

ger, 1973). The respondent would select those items with which he or

she agrees, whose scale values would then be averaged to yield the i

global attitude score.

Likert's method consists of a set of attitude statements, all

of approximately equal attitude value (either very favorable or very

unfavorable), as opposed to Thurstone's use of items all along the

agreement continuum. The respondent indicates the intensity and direc­

tion of his or her attitude toward each statement by selecting from a

number of categories, typically five or seven, along a continuum from

"strongly agree" to "strongly disagree" (Kerlinger, 1973). Each cate­

gory carries a weighted numerical score, which is summated with all

others or summated and averaged to produce the total scale score.

Utilizing no judges, Likert's approach involves the application

of item analysis procedures from educational test construction

70

methodology (Pidgeon and Yates, 1968) to the first set of responses.

Each item is examined for its ability to differentiate between people

with favorable attitudes and those with unfavorable attitudes. The

simplest method of item analysis is to calculate the mean value of re­

sponses for each item from groups obtaining the highest and lowest total

scores, with the upper and lower ten percent, 15 percent, or 27 percent

being the common cut-offs to designate the criterion groups. State­

ments which clearly discriminate between these criterion groups are

retained (Remmers, 195*0• More sensitive, complex discrimination

indices include the phi, tetrachoric and point biserial coefficients-

(Thorndike, 1978), and Cronbach's (1951) alpha coefficient of internal

consistency. Cronbach's alpha, used for this study, interrelates each

item with every other, and is based upon the notion that any item in

the scale should receive responses consistent with all other scale

statements.

Millward (n.d.) has summarized the basic steps of Likert's

techniques as including:

1. Collection of a large pool of statements reflecting an under­

lying attitude toward the psychological object, which are administered

to a pilot group of at least 100 respondents;

2. Assignment of score values to each response by deciding whether

a high scale score (seven) is to reflect favorableness or unfavorable-

ness, and designation of the contingent score of seven or one, respec­

tively;

3. Determination of the reliability of each item; and

k. Item selection of those which differentiate individuals with

favorable attitudes from those with unfavorable attitudes, based upon

an item analysis and internal consistence.

Thus, two features of Likert items are: (1) that they represent

either the positive or negative pole of the underlying attitude con­

tinuum, and (2) that they yield responses which are consistent with the

sum total responses, as determined by significant correlation between

the statement and the total scale score (Anderson, 1981).

The Likert technique was selected over the Thurstone method

because the former is typically viewed as less laborious, easier for

developing suitable items (Anderson, 1981; Hall, 193*0, most useful and

adaptable in behavioral research (Kerlinger, 1973; Lemon, 1973), and

not necessitating the use of judges. The Likert and more burdensome

Thurstone technique correlate highly, producing similar results (Ker­

linger, 1973). Each has reliabilities typically in the .80's (Thurstone,

19 6), but Likert scales generally lead to scores with a slightly higher

reliability for fewer items (Guilford, 195*0 • Finally, the Likert

approach was favored for its rapidity of scoring (Napior, 1972) and its

provision of an intensity response, which indicates the degree of

agreement or disagreement with each statement.

Item Format. The item format for statements was, as is always

the case, dictated by the scaling method. Items were formulated so as

to conform to the Likert format of expressing attitudes at either

pole of the attitude continuum, with a range of optional responses for

each item.

72

Every item initially had a "paired opposite," a counterpart that

was simply reversed in wording, requiring an opposite direction of re­

sponse to express the same opinion (i.e., "I like QWL" and "I dislike

QWL"). This practice was intended to remove two types of bias in which

response selection is based upon influences other than item content.

Position bias is based upon the positioning that the selected response

category has on the page (right, left, or center) and yeasaying-

naysaying bias occurs when the statement is given automatic agreement

or disagreement (Cataldo, et al., 1967). The use of a paired opposite

for every item was abandoned because this method led to an inappropri­

ately large (200) item pool. Also, there is little statistical evi­

dence that paired opposites actually provide opposite meanings or

prevent response bias (Sabers, personal communication, 1981).

A simpler, more popular deterrent to response set bias was

adopted (Scott, 1968), the formulation of both favorable and unfavor­

able attitude statements, without devising an exact paired opposite for

each item. A pool of items was produced with 39 positively criterial

and J+5 negatively criterial statements. The Pilot Form length was

decreased by one-half, and response bias was satisfactorily prevented.

Positively criterial items were worded so that an individual highly

favorable toward QWL would respond with the lowest weight category,

"Strongly Agree." The negatively criterial items would require the

same QWL-enthusiast to respond with the highest weight category,

"Strongly Disagree," as exemplified below.

73

a> «J <D a> 0) t, 60

a) a) ho as U 0> tfl 10 S> b (0 -H < ho -H a

<c Q >5 <D f>> I—( O pH O fl> rH he -P a) -P h bO c e u E c c o a) « +> t3 (0 o U £ C 3 c 10 u *> ho 4) <a <u -H -p W < E-I Z EH O W

(Positively Criterial Item) "OWL should be continued at any cost." 2 3 k 5 6 7

(Negatively Criterial Item) "QWL should be banished from this Department." 1 2 3 4 5 6 (j,

Each item was adapted to a seven-point Likert format (Strongly

Agree, Agree, Tend to Agree, Neutral, Tend to Disagree, Disagree,

Strongly Disagree). The most favorable response, "Strongly Agree," had

a value of "1", with "7" corresponding to the "Strongly Disagree" cate­

gory.

The range of options for the number of response categories has

been presented by Anderson (1981), and disagreement exists regarding

the best choice. Mattell and Jacoby (1971) suggest the optimal number

of rating categories as that beyond which no further improvement occurs

in discrimination of rated items. Sellitz's claim that "within limits,

the reliability of a scale increases as the number of possible alterna­

tive responses is increased" (Millward, n.d., p. 1) is endorsed by

Stauffer (197*0, but others believe that this proposition is not

supported in practice (Mattell and Jacoby, 1971; Wesman, 1971). Since

five and seven categories have been used most frequently, the seven-

point item format was selected to provide maximum discriminating

ability.

7*+

Item Writing and Editing

Wesman (1971) reviews studies pertaining to item writing, com­

menting about the role of later item analysis in deleting poor and

ambiguous items. He cautions that "item analysis in no way lessens the

skill and care requisite in the original item writing" (Wesman, 1971,

p. 8l). Writers like Ebel (1951)1 Shaw and Wright (1967) and Kerlinger

(1973) offer guidelines for proper writing of attitude statements, and

Edwards' (1957) popular summarization draws together the work of the

most prominent test developers. Items chosen to comprise the OWL AS

Pilot Form were filtered through Edwards' criteria for item-writing,

and were subsequently subjected to editing for clarity, style and

brevity.

Writing. This initial writing followed Edwards' (1957, pp. 13-

1k) requirements for each item to be non-factual, or it might be

accepted equally by respondents favorably and unfavorably inclined

toward OWL; short and to-the-point; unambiguous, so that response is

clearly a statement about one's OWL attitude; clear of any "double

barrel" phrasing about more than one issue per item; simple, clear and

direct in its language; free of universal attitudes likely to be

accepted or rejected by all; devoid of double negatives or complex sen­

tences; and free of words like "no", "never", "always", and "all."

First Draft Check. Revisions were made based upon feedback

elicited from experts, regarding the items' representativeness of the

range of potential OWL attitudes and their fulfillment of criteria for

adequate wording. The panel consisted of a professor of Educational

Psychology who is expert in measurement, the principle OWL consultant

who is expert in OWL substantive areas, and an MBA student having exten­

sive contact with OWL committee members. The edited items were then

categorized into their respective subscales and forwarded to a second

panel consisting of ten judges. Although their input primarily re- -

volved around the content validation sorting described below, further

input on proper wording was solicited.

Content Validity Sorting by Judges

While confirmatory factor analysis provided tests to verify the

rationally based grouping of items into subscales, a panel of judges

sorted the items by content, further assuring a substantial, represen­

tative body of inventory content.

Panel Selection. Four judges, expert in QWL concepts and pro­

cesses, included the principle QWL consultant, the Pima County Depart­

ment of Transportation O.WL Coordinator and two graduate students

involved in the QWL project. Six "non-expert" judges consisted of two

MBA students, a Ph.D. candidate in Counseling and Guidance, a Ph.D.

candidate in Clinical Psychology, a professor of Counseling and Guidance

and the study's computer programmer.

Material Preparation. Instructions described OWL, explained

the subscale definitions and gave criteria for item classification

(see Appendix F). A shuffled deck of cards, each one displaying one of

the pilot statements, was provided with a labeled envelope for each

subscale. Judges were also asked to evaluate item ambiguity by circling

each as "favorable," "unfavorable," or "undecided," depending upon which

76

disposition it appeared to reflect toward OWL. Finally, input was

invited from judges regarding wording and clarity.

Results and Revisions. Frequencies and percentages were figured

on tally sheets and decisions were made about item inclusion and re­

visions based on Kahn's (1951) 70 percent criterion of consensus of

agreement among judges. This sorting decreased ambiguity and increased

content validity. Forty-three items underwent revisions, because only

five subscales showed 70 percent consensus. Factor analysis was later

used to again explore subscale groupings.

Questionnaire Design

The 8*+ finalized items which comprised the OWLAS Pilot Form were

put in random order and printed, along with biographical data and other

items discussed below. Appendix G presents the QWLAS Pilot Form as

administered in the Pima County Department of Transportation, with the

addition of asterisks here to indicate items which were scored in

reverse.

Randomizing Item Order. The 8k Likert items, upon feedback and

final revisions, were randomly drawn from a hat to determine their

order on the Pilot Form. A cross-reference list indicated each item's

number as it appeared upon the Scale and its sequencing on a master

list of items by subscale groupings (see Appendices H and I). The

random ordering spread items of similar focus throughout the scale and

served as a check on "honesty of efforts" (Kahn, 1951), since negatively

and positively criterial items were interspersed. It was hoped that

randomization would lower "fakeability" (Scott and Rohrbach, 1977) and

"social desirability" of responses (Anderson, 1981).

Enlistment of Support Services. During instrument design, it

was necessary to contract the services of a statistician, computer pro­

grammer, key puncher, and typist. They saw the Scale before it was

reproduced, in order to provide relevant input, such as optimal data

formatting for key punching and necessary statistical planning.

Additional Non-Likert Items. The non-Likert items of the Scale

were written or used from other sources. Reddin*s (1970) nine-point

continuum was utilized as a self-rating by respondents (Item 93) of

their overall attitude toward OWL, referred to as the Change Acceptance

Scale (CAS), and shown as Figure 1 below. The CAS was later used as an

index to explore the concurrent validity of the QWLAS by correlating

the two measures. Additional bio-data items (9 -102) elicited informa­

tion on respondents' sex, age, education, ethnicity, job classification,

and OWL status (see Appendix G). Finally, "Gap-score" items (85-92)

were intended to determine the difference between a respondent's per­

ception of desired and actual levels of autonomy and participation at

the workplace.

Attitude Scale Format and Finalization. Finalization of the

design of the QWLAS Pilot Form included writing the general instructions

and directions for specific items, choosing wording for response cate­

gories, arranging the graphics of the instrument, and determining paper

color, print size, and procedures for duplication (see Appendix G).

93. It's natural that we all have different attitudes and reactions toward OWL. In fact, each person in this organization fits somewhere along the range of words shown below. Please place a check {>/) mark in the one box that best describes your own attitudes, feelings and behaviors towards QWL.

Sabotage Protests Slowdowns Apathy Indifference Acceptance Support Cooperation Commitment

• • • • •

Figure 1. Change acceptance scale. — Source: Reddin 1970.

79

Scale Administration

Field testing occurred in a second wave of five meetings with

employees for half of the Department (Divisions of Administrative Ser­

vices, Planning and Programming, Traffic Engineering and Design Engi­

neering) and through distribution by QWL representatives and supervisors

for the other half.

Those 10 employees in the above-mentioned Divisions were briefed

on the importance of systematic QWL attitude assessment, informed of

the purposes of the research, and assured of the project's anonymity and

voluntary nature. Following questions, the instrument was distributed

and completed by willing individuals, with each respondent being thanked

for his or her cooperation. The 8l subjects returning the QWLAS Pilot

Form in these meetings were distributed by Division in the manner

reported in Chapter k.

The 15*+ employees in the Division of Operations were dissemi­

nated the QWLAS through their supervisors or elected QWL representatives,

with 85 subjects returning the questionnaire. A briefing on the pur­

poses and rationale of the study was presented to this division's 26

QWL participants at one of their QWL meetings, and each committee member

agreed to deliver enough QWLAS forms to his or her work unit. Finally,

the inventories were distributed to the 45 Field Engineering employees

through their supervisors, and 13 subjects completed the instrument.

Evaluation

The QWLAS was evaluated by examining the data in terms of

general scale characteristics and frequency distributions, attitude

factors which were tapped by item groupings, item analysis and internal

consistency evidence on the discriminating power and interrelation of

items, reliability evidence, and validity evidence. The statistical

treatments used to analyze the observations will be presented and dis­

cussed in the next chapter.

Summary

This chapter has presented the methods used in conducting the

study through the data collection stage, detailing the procedural steps

taken in the development of the QWLAS up to the point of Pilot testing.

CHAPTER k

RESULTS AND DISCUSSION

The purpose of this study was to construct and field test a

standardized instrument for assessing the attitudes of employees toward

a public sector Quality of Working Life program. This chapter reports

the results of statistical procedures performed upon the inventory data

and evaluates the Quality of Working Life Attitude Scale (QWLAS).

Results from field testing of the QWLAS are addressed from the perspec­

tives of the Scale's general characteristics, the factor structure of

the instrument, item analysis and selection of a final QWLAS Long Form

and Short Form, and appropriate reliability and validity evidence.

Statistical treatments utilized the Statistical Package for the Social

Sciences (SPSS), edited by Nie and Hull (1975).

General Results

Sample

A total of 179 people, 59 percent of the Department of Trans­

portation, returned the S -item QWLAS Pilot Form. The 35-minute average

administration time is based upon the 8l respondents completing the

inventory during meetings, and is assumed to be similar for the 98 sub­

jects from the Divisions of Operations and Field Engineering, who

completed the Scale on an individual basis.

81

Data collected from the personal bio-data items are reported in

Table 8, with response frequencies and percentages presented. Due to

the many omitted responses on these personal items, adjusted frequen­

cies appear, which re-calculate percentages with missing data excluded.

This use of adjusted percentages reappears throughout this study, since

SPSS computer procedures employ the technique whenever missing responses

occur.

Table 8 indicates a wide distribution for most of the biographi­

cal data, including age, education, and number of years of work history

with the Department. Respective divisions of the Department were repre­

sented in degrees approximating their actual proportions within the

personnel pool. The questionnaire return rate was 75 percent for

Administrative Services, 71 percent for Traffic Engineering, 66 percent

for Design Engineering, 55 percent for Planning and Programming, 55

percent for Operations, and 29 percent for Field Engineering.

Males dominated the sample, with only 11 percent being female.

While other ethnic groups were represented minimally, Mf percent of the

sample were Mexican-American and 43 percent were Caucasion. Similar to

Division, distribution by job classification approximated actual pro­

portions in the work force, with 82 percent being non-supervisory

employees, 14 percent holding supervisory positions and k percent being

managers. Finally, 36 percent of the respondents held a OWL committee

seat, and 64 percent were less involved in the program's functioning.

Scale Characteristics

Scoring. Each respondent's score for the 84 field tested items

was based upon numerical weights attached to each response category of

83

Table 8. Descriptive characteristics of participants in terms of frequency distributions of each attribute.

Relative Adjusted Absolute Frequency Frequency

Variable Frequency (#> (#)

1. Sex Male 134 74.9 89.3 Female 16 8.9 10.7 No response 29 16.2 - -

179 100.0 100.0

2. Age Under 20 0 0 0 20-29 22 12.3 16.0 30-39 43 24.0 31.3 40-49 30 16.8 21.9 50-59 38 21.4 27.8 60 and over 4 2.b 2.8 No response 42 23.5

179 100.0 100.0

3. Education (highest) Pre-high school 16 8.9 12.1 High School degree 59 33.0 bb.7 College degree 43 24.0 32.6 Graduate degree lb 7.8 10.6 No response b? 26.3

179 100.0 100.0

4. Ethnicity Black 5 2.8 3.4 Oriental 1 0.6 0.7 Indian 3 1.7 2.0 Mexican American 65 36.3 43.6 Caucasion 64 35.8 43.0 Other 11 6.1 7.4 No response 30 16.8

179 100.0 100.0

5. Division Operations 85 47.5 52.1 Traffic Engineering 25 lb.0 15.3 Design Engineering 16 8.9 9.8 Planning and Programming 15 8.4 9.2 Administrative Services 9 5.0 5.5 Field Engineering 13 7.3 8.0 No response 16 8.9 - -

179 100.0 100.0

84

Table 8—continued

Variable Absolute Frequency

Relative Frequency

(9S)

Adjusted Frequency {%)

6. Job Classification Worker ll8 Supervisor 20 Manager 5 Director 1 No response 35

179

7. Number of Years with the Department Under 2 29 3-5 19 6-10 38 11-20 21 Over 20 7 No response 65

179

8. OWL Committee Seat Holder Yes 55 No 97 No response 27

179

65.9 11.2 2.8 0.6

19.6 100.0

16.2 10.7 21.3 11.9 4.1 36.3 100.0

30.7 54.2 15.1 100.0

81.9 13.9 3.5 0.7

100.0

25-4 16.7 33.3 17.6

6.2

100.0

36.2 63.8

100.0

Strongly Agree, Agree, Tend to Agree, Neutral, Tend to Disagree, Dis­

agree, and Strongly Disagree, where a low weight of 1 indicated the most

favorable attitude expressed toward a particular QWL statement. After

reversing the numerical weights ranging from 7 to 1 for those 45 items

which were negatively criterial, a subject's item score was equal to

the value of the response category selected. Subscale and Global scores

were obtained by adding all item response values together and dividing

by the number of valid items. Rather than merely using a pooled score,

this averaging of summated ratings to yield a 1 to 7 metric for sub-

scale and Global scale scores resulted in greater consistency with the

score report format for individual items, and a clearer relationship to

the underlying attitude continuum.

Range of Scores. The range of possible pooled scores for a re­

spondent was between 84 (if the subject chose the most favorable

response to every item) and 588 (if the subject chose the most unfavor­

able response to each item). The sample yielded total scores ranging

between 152 and 588, covering 86 percent of the potential score range.

Averaging each pooled score to yield the 1-7 continuum, corresponding to

the item categories, resulted in Global scores from 1.82 to 7»00.

Table 9 reveals that 23 percent of these composite averaged

scores fell between 1.0 and 3®46, 59 percent between 3.51 and 4.49, and

l8 percent between 4.51 and 7.00. The responses were therefore dis­

tributed with a slight skew toward the favorable end, while approaching

a normal curve and demonstrating adequate range. Appendix J presents

the mean and standard deviation for each of the 84 items, as well as

Table 9. Frequency counts and range of globeil scores for QWLAS pilot 84 items.

Adjusted Cumulative Adjusted Cumulative Score Frequency % % Score Frequency 0/ 70 %

1.82 2 1 1 3.27 1 1 18 1.98 1 1 2 3.36 1 1 19 ?.l8 1 1 2 3.37 1 1 20 2.24 1 1 3 3.39 1 1 20 2.46 1 4 3.40 1 1 21 2.51 1 1 4 3. 3 1 1 21 2.62 1 1 5 3. 6 1 1 22 2.63 1 1 6 3.46 1 1 22 2.65 1 1 6 3.46 1 23 2.6? 1 1 7 3.51 1 1 23 2.72 1 1 7 3.54 2 1 25 2.7 1 1 8 3.56 2 1 26 2.76 1 1 8 3.58 2 1 27 2.77 1 1 9 3.61 1 1 27 2.85 1 1 9 3.62 2 1 28 2.85 1 1 10 3.64 1 1 29 2.86 1 1 11 3.67 2 1 30 2.89 1 1 11 3.71 1 1 31 2.90 1 1 12 3.71 1 1 31 2.93 1 1 12 3.73 1 1 32 2.94 1 1 13 3.73 1 1 32 2.96 1 1 13 3.79 1 1 33 2.99 1 15 3.79 1 1 34 3.00 1 1 15 3.80 1 1 34 3.01 1 1 16 3.80 1 1 35 3.07 1 1 16 3.80 1 1 35 3.07 1 1 17 3.81 1 1 36 3.15 1 1 17 3.82 1 1 36 3.18 1 1 18 3.84 1 1 37

Table 9. Frequency counts and range of global scores for QWLAS pilot 8'f times—continued

Score Frequency Adjusted %

Cumulative % Score Frequency

Adjusted %

Cumulative %

3.86 1 1 37 4.13 1 1 63 3.87 1 1 38 4.13 1 1 63 3.89 2 1 39 4.14 1 1 64 3.89 2 1 40 4.14 2 1 65 3.90 1 1 41 4.15 2 1 66 3.90 1 1 41 4.16 1 1 66 3.92 1 1 42 4.19 2 1 68 3.93 1 1 42 4.19 1 1 68 3.93 2 1 44 4.20 1 1 69 3.9*+ 2 1 45 4.21 1 1 69 3.96 1 1 45 4.22 1 1 70 3.96 1 1 46 4.22 1 1 70 3.97 1 1 46 4.23 1 1 71 3.98 1 1 47 4.23 2 1 72 3.99 2 1 48 4.29 1 1 73 4.00 7 4 52 4.29 1 1 73 01 2 1 53 4.30 1 1 74

4.02 • 1 1 54 4.30 2 1 75 4.o4 3 55 4.31 1 1 75 4.05 1 1 56 4.33 1 1 76 4.06 1 1 56 4.33 1 1 77 4.06 1 1 57 4.34 1 1 77 4.07 1 1 58 4.38 1 1 78 4.07 1 1 58 4.39 1 1 78 4.08 1 1 59 4.42 1 1 79 4.10 2 1 60 4.43 1 1 79 4.10 1 1 60 4.44 1 1 80 4.11 1 1 61 4.44 1 1 80 4.11 1 1 61 4.48 1 1 81 4.12 1 1 62 4.49 1 1 82

Table 9. Frequency counts and range of global scores for QWLAS pilot 84 times—continued

Score Frequency Adjusted %

Cumulative % Score Frequency

Adjusted %

Cumulative %

4.51 1 1 82 5.07 1 1 93 4.52 z 1 83 5.08 1 1 94 4.54 1 1 84 5.10 1 1 94 4.55 1 1 84 5.19 1 1 95 4.60 1 1 85 5.23 1 1 96 4.64 1 1 85 5.40 1 1 96 4.67 2 1 87 5.44 1 1 97 4.75 2 1 88 5.48 1 1 97 4.76 3 89 5.55 1 1 98 4.78 1 1 90 5.56 1 1 98 4.82 1 1 91 5.64 1 1 99 4.86 1 1 91 5.6? 1 1 99 4.98 3 2 93 7.00 1 1 100

89

the cumulative frequencies of individuals responding to each item above

and below the neutral category.

Use of Response Categories. Examination of the use of the

seven categories provides further evidence of an adequate range of

responses for the QWLAS, and eliminates concern about response-set bias.

The sample of 179 people for this 84-item instrument culminated in a

total pool of 15 036 individual responses. The pilot sample used every

response category and yielded scores which are essentially bell-shaped,

with a slight positive skew, depicted in Table 10 (Strongly Agree:

8.68$, Agree: 18.41$, Tend to Agree: 16.27$, Neutral: 26.1 6$, Tend

to Disagree: 10.84$, Disagree: 13.38$, Strongly Disagree: 6.296),

Change Acceptance Scale Results. Outside of the Likert format

and bio-data items, a key variable was the nine-point Change Acceptance

Scale (CAS), which was later correlated with the QWLAS for concurrent

validity evidence. While approaching normality, the pattern of re­

sponses to the CAS (item 93» shown in Table 11) was skewed somewhat

towards the favorable end of the attitude continuum, similar to the

QWLAS distribution.

The Factor Structure of the QWLAS

This section addresses research question one: "What basic fac­

tors comprise the concept of OWL attitude as measured by the QWLAS?"

The original 14 subscales devised around components of Herrick's (198la)

OWL schemata were evaluated for rational and statistical appropriateness

as separate aspects of OWL attitude. Evidence will be presented which

disconfirmed these initial subscales. Additionally, results will be

Table 10. Response category use by pilot QWLAS sample.

90

Relative Adjusted Number of Frequency Frequency

Category Label Responses (.%) (90

1. Strongly Agree 1270 8.M+ 8.68

2. Agree 2692 17.90 18.i+l

3. Tend to Agree 2379 15.82 16.27

b. Neutral 3824 25. 3 26.16

5. Tend to Disagree 1585 10.51+ 10.81*

6. Disagree 1957 13.02 13.38

7. Strongly Disagree 910 6.08 6.22

8. No Response 19 2.79 - -

15036 99.99 99.96

Table 11. Frequency distribution for the Change Acceptance Scale (CAS).

Relative Adjusted Cumulative Absolute Frequency Frequency Frequency

Category Label Frequency (%) {%) {%)

Sabotage 5 2.8 3.5 3.5

Protests 9 5.0 6.3 9.9

Slowdowns 13 7.3 9.2 19.0

Apathy 12 6.7 8.5 27.5

Indifference 25 14.0 17.6 45.1

Acceptance 20 11.2 14.1 59.2

Support 23 12.8 16.2 75.4

Cooperation 27 15.1 19.0 94.4

Commitment 8 4.5 5.6 100.0

No Response 37 20.7 — 100.0

179 100.0 100.0

92

reported from the exploratory factor analysis which revealed two other

factors determining most of the variance in individuals' responses to

the QWLAS.

Initial Investigation of Original Subscales

Criteria used in evaluating the original subscales included

requirements that they: (1) possess a logical and utilitarian basis;

(2) show considerable internal consistency; and (3) demonstrate reason­

able separateness from one another as statistically independent

entities. Whereas development of the QWLAS was made more systematic

through the use of these initial subscales for item classification and

their use led to a more representative sampling of the content domain,

subsequent data treatment did not support their being retained in the

final instrument.

Logical and Utilitarian Base. The 1 subscales offered a theo­

retical structure and increased the content validity of the QWLAS. It

was believed that separate score reports for each cluster of

conceptually-related items would be more meaningful and manageable than

one Global score or, at the other extreme, 81* separate item scores.

Subscales designed to be relevant to distinct components of a

OWL program would hopefully prove utilitarian to program consultants

wishing to assess reactions to a specific aspect of the change effort.

Orientation emphasis might be influenced by subscales targeting "need"

for QWL or "faith" in its intentions and goals, modifications in the

system might be suggested by employees' attitudes toward the

93

"democratization" committee structures, and follow-up training might be

shaped by data from "implementation" and "functioning" subscales.

These desirable features of the subscales could be realized only

if the item groupings fit together rationally, so that interpretation

could be meaningful. While there was a rationalization for assigning

each of the 8k items into its respective subscale, interjudge consensus

of agreement in sorting items was only moderate. The percentage of

agreement for each of the subscale groupings of items from sorting by

ten judges appears in Table 12. Agreement ranged from ko to 85 percent

with five of the 13 subscales (the "control" subscale was omitted)

surpassing Kahn's (1951) 70 percent criterion, and the average consensus

being 6l percent.

Based upon the questionable performance of the subscale clus­

ters, item revisions and subscale reassignments were made for k$ of the

8k field-tested items. The rationally determined subscales were re­

tained for further examination through confirmatory factor analysis and

the additional procedures outlined below.

Homogeneity and Reliability of Original Subscales. The utili­

zation of separate subscales requires homogeneity of each group of

items, illustrating the degree to which items in a particular subscale

"hang together" and seem to be measuring the same thing (Shaw and

Wright, 1967). Accordingly, internal consistency estimates of the

reliabilities for each subscale attested to its level of homogeneity.

Cronbach's (1951) coefficient alpha was used for determining internal

consistency.

Table 12. Results of judges' sorting of items into original subscales.*

% % Judge Judge

Subscale Agreement Subscale Agreement

Need 55 Individuation 58

Faith ko Participation k5

Decentralization 85 Human Benefits 77

Education 70 Economic Benefits 70

Cooperative self-interest 60 Implementation 55

Democratization 55 Functioning 48

General 70

Average Subscale Agreement = 60.5#

*Data obtained prior to item and subscale revisions.

A(eneralization of the popular Kuder-Richardson Formula 20

(Lemon, 1973)t Cronbach's alpha is one of the most widely used relia­

bility coefficients today. This internal consistency formula is the

theoretical mean of all the possible split-half reliability coefficients

for a scale (Anastasi, 1968). Alpha is a product of the overall agree­

ment between all the items making up each subscale, a function both of

the homogeneity of variance and of subscale length. Therefore, each

subscale alpha reliability and its number of items are reported in

Table 13» along with the associated means and standard deviations.

Given the criterion alpha range of .60 to .80 as acceptable

estimates of reliability for interpretation of attitude scores of groups

(Luiten, 1982), eight of the 14 original subscales demonstrated adequate

internal consistency reliability, ranging from ,bO to .90. The average

subscale alpha of .67 was not noteworthy, casting further doubt upon

the usefulness of subscales as initially clustered. Although the lower

subscale alphas for the subscales of Cooperative Self-interest, Decen­

tralization, Individuation, and Participation were mitigated by their

small number of items, Nunnally (1978) maintains that where reliabili­

ties are low, the interpreted items have little in common, and extra

statements should be generated. Thus, these subgroups would need to be

expanded, in hopes of raising reliability, before they could be viewed

as homogeneous subscales.

Although high alpha levels characterize the especially short

General subscale, as well as the longer subscales of Need, Faith,

Democratization, Human Benefits, Economic Benefits, Functioning and

Control, the appropriateness of the 14 separate subscales is still not

96

Table 13. QWLAS original subscale statistics and alpha reliabilities.

Subscale Number of Items Mean Deviation Alpha

1. Need 8 3.76 1.63 .73

2. Faith 8 ' 3.84 1.54 .80

3. Decentralization 4 3.45 1.45 .50

4. Education 3 3.58 1.62 .66

5. Cooperative self-interest 3 4.03 1.53 .40

6. Democratization 9 3.92 1.49 .74

7. Individuation 4 3.22 1.46 .46

8. Participation 4 3.47 1.47 .54

9. Human Benefits 9 4.23 1.66 .85

10. Economic Benefits 8 4.06 1.62 .78

11. Implementation 8 4.16 1.48 .45

12. Functioning 12 4.03 1.56

o

CO

0

13. General 4 3.89 1.79 .90

14. Control 7 3.51 1.56

OJ CO

established. High internal consistencies for these subscales was

hypothesized as attributable to their all measuring a common underlying

variable, in which case it would be difficult to justify breaking the

unidimensional inventory into subscales.

Replicability of High Subscale Internal Consistency Reliabili­

ties. This suspicion of the various subscales' high homogeneity co­

efficients being due to their all tapping the same general QWL variable

was tested. A table of random numbers (Kerlinger, 1973, PP« 714-717)

was used to assign the 84 pilot items to 14 new subscales and new co­

efficient alphas were computed. These randomly composed subscales,

presented in Table 14, possessed the same number of items as their

original counterparts and yielded comparable reliabilities, ranging from

>33 to .82, with a similar average alpha of .64.

Selecting a small criterion of .05 as indicative of a meaningful

difference in alphas between the two sets of subscales, the researcher

found that only 43 percent of the random subscales were lower in re­

liability than the original ones (Faith, Cooperative Self-interest,

Democratization, Economic Benefits, General and Control), 28.5 percent

higher than their original versions (Decentralization, Individuation,

Participation, and Implementation), and 28.5 percent equal in internal

consistency (Need, Education, Human Benefits, and Functioning). There­

fore, the reliabilities of the original subscales were not impressive

enough to warrant treating them as worthwhile subscales.

Statistical Independence of Original Subscales. Beyond their

negligible performance in terms of logical fit and homogeneity, the

Table lk . Comparison of original and randomly created subscales.

Original Subscale Number of Items

Original Alpha Randomly Chosen Items Alpha

1. Need 8 .73 53, 62, 10, 32, 5k, k2, 73, 21 .71

2. Faith 8 .80 9, 63, 5, 75, 76, 26, 8, 59 .70

3. Decentralization k .50 k9, 2, kO, 80 .72

Education 3 .66 29, 55, 52 .62

5. Cooperative self-interest 3 .to 18, 37, 65 .33

6. Democratization 9 .7 i*8, 3k, Ik , 15, 68, 1, 58, 39, 3 .68

7» Individuation .k6 22, 11, 23, 78 .55

8. Participation k .5k. 31, kk, 8k, 71 .59

9. Human Benefits 9 .85 k3, 57, 12, 16, 17, 60, 56, 72, 7k

.80

10. Economic Benefits 8 .78 k7, 2k , 70, 83, 51, 20, 25, 13 .60

11. Implementation 8 . 5 69, 79, k6, 6, 50, 67, 35, 8l .73

12. Functioning 12 .80 82, kl , 33, 6»», 61, k5, 38, 27, it, 30, 28, 66

.82

13. General if .90 19, 7, 77, 36 .51

l'f. Control 7 .82 k9, 58, 6, 21, 69, 67, 29 .62

Average Alphas .67 ,6k

subscales. as originally developed were questioned further regarding

their true independence from one another. To be considered useful as

valid subscales, even subgroups of higher internal consistency than

those discussed here must be statistically separate entities. Any pre­

sumed utility of individual subscales for diagnosis, program modifica­

tion, or assessment of key QWL dimensions would not be statistically

dependable if subscale overlap were great.

The 14 rationally devised QWLAS subscales were intercorrelated

as shown in Table 15, indicating a range of correlations from .23 to

.8*+, with some subscales overlapping minimally and others considerably.

The average coefficient of correlation between all subscales with each

other was .5 , which is moderately high, ruling out definite proof of

subscale independence. The high correlation of each subscale with the

total Global score shown in Table 15 also suggests that the subscales

are unidimensional, measuring one underlying QWL variable, as opposed

to 14 separate components.

The feasibility of using separate subscales is further limited

by the fact that several of those subscales which appeared to be sepa­

rate based on their minimal correlations with the others (Cooperative

Self-interest, Individuation, Implementation, Decentralization and

Participation) also possessed the poorest reliabilities (. O to .5*0,

so that they could not serve as dependable subscales in their current

form. In turn, those subscales with higher reliabilities (Control,

General, Economic Benefits, Human Benefits, Democratization, Need and

Faith) overlapped the most with other subscales, counterindicating their

usefulness as separate dimensions of QWL attitude.

Table 15. Intercorrelations of 14 QWLAS subscales and total scale.

QWLAS Subscales 1 2 3 4 5 6 7 8 9 10 11 12 13 14

1. Need 1.00

2. Faith .67 1.00

3. Decentralization .51 .52 1.00

4. Education .37 .48 .56 1.00

5. Cooperative self-interest .43 .45 .24 .23 1.00

6. Democratization .67 .72 .55 .43 .44 1.00

7. Individuation .50 .45 .58 .55 .35 .45 1.00

8. Participation .55 .63 .58 .51 .32 .65 .48 1.00

9. Human Benefits .72 .75 .55 .34 .43 .72 .48 .56 1.00

10. Economic Benefits .72 .74 .49 .29 .41 .75 •

OO

.58

CO

• 1.00

11. Implementation .43 .52 .39 .26 .31 .57 .34 .45 .59 .51 1.00

12. Functioning .58 .66 .48 .36 .30 .68 .36 .61 .74 .62 .65 1.00

13. General .72 .76 .57 .41 .46 .72 .46 .62 .78 .78 .51 .66 1.00

14. Control .67 .72 .48 .38 .27 .69 .39 .60 .71 .73 .57 .70 .70 1.00

15. Total Scale .78 .83 .66 .52 .46 .82 .59 .73 .83 .80 .61 .75 .84 .77

Average Intercorrelation with Other Subscales .58 .62 .50 .40 .36 .62 .44 .55 .63 .60 .47 .57 .63 .64

H 8

101

Summary. This section has shown that, while the 1 original

subscales were conceptually designed to measure different aspects of

OWL attitude, the evidence did not justify breaking the QWLAS into the

initial subscales. Logic-based sorting of judges, subscale homogeneity

as determined by coefficient alpha reliability estimates, and inter-

correlation evidence revealed little basis for maintaining the inde­

pendent subscales. The next sections will discuss confirmatory factor

analysis, which supported the decision to discard the original subscales,

and exploratory factor analysis, which determined the actual underlying

factor structure of the QWLAS as piloted in the Department of Transpor­

tation.

Confirmatory Factor Analysis

Nature of Factor Analysis. Factor analysis encompasses a broad

scope of procedures, ranging from confirming the expected number of com­

ponents that account for observed interrelations in data, to exploring

new constructs in order to meaningfully reduce the data through its

rearrangement. This analysis of patterns of relationships among the

items is more thorough than traditional item analysis and permits

determination of the underlying factors accounting for the most.variance

among the responses to an attitude scale's items.

Factor analysis reveals underlying factors by grouping those

items in common with each other and not related to any other group.

This is achieved by following the accepted steps: "(1) preparing a

correlation matrix; (2) the extraction of the initial factors — the

exploration of possible data reduction; and (3) the rotation to a

102

terminal solution — the search for simple and interpretable factors"

(Kim, 1978, p. 469).

The correlation matrix interrelates scale items and presents a

set of factors that groups the items in a way which accounts for the

greatest possible variance in the data over other combinations of the

variables. This initial extraction of factors suggests that each group­

ing possesses some underlying factor structure which is common to its

included items, with the first factor representing the single best

summary of the linear relationships exhibited in the data, and the

second factor the second best, and so on. Next, the rotation to a ter­

minal solution maneuvers the axes of the initial factors until their

position accounts for as much variance as possible. This fields the

clearest, purest factor groupings and simplifies interpretation of the

observed relationships among data. The art of factor analysis enters

at this point, since the researcher must postulate what associated

traits characterize the derived factors (Thorndike, 1971).

Choice of Factor Analytic Methods. The widely used method of

principal factors analysis was performed on the results of the QWLAS

Pilot Form and a varimax rotation was conducted. All initial factors

having an eigenvalue over 1.00 were extracted for consideration,

following the generally accepted criterion used in determining the

optimal number of "real" factors.

Unless there was a content-based justification for retaining a

particular item, only those loading at .50 or greater were retained.

This procedure concurs with Nunnally's requirements for "a strong fac­

tor structure" to have five or more items loading at .50 or higher on a

103

factor with an eigenvalue above 1.00 (Nunnally, 1978, p. *+l8). Any item

which loaded significantly on two factors was generally discarded as an

impure indicator of the construct, because it would be impossible to

know if a person's response was based upon the influence of one factor

or the other.

For the purposes of factor analysis, the initial sample of 179

was reduced by 35 percent since the SPSS computer program drops a

respondent's scores if even one value is missing. Justification for

decreasing the number of subjects was established by comparing the com­

posite scores of the deleted 62 respondents with the scores of the 117

remaining individuals used in the factor analysis. A t-test yielded

the means, standard deviations, and t-value indicated in Table 16. No

significant difference was revealed between the means of the 117-member

and 62-member groups, supporting the entry of the 117 subject group into

the factor analysis.

Results of Confirmatory Factor Analysis. Factor analysis was

used to determine whether the original 1 subscales were factorally

valid components of QWL attitude. If the data conformed to expecta­

tions suggested by the investigator's a priori categorizations, then 1

factors would emerge with strong factor structures having eigenvalue

over 1.00. Also, there would be substantial loadings of .50 or more on

the same factor by items which were hypothesized as belonging together.

The logically-structured subscales were disconfirmed through

(1) examination of the number of factors accounting for significant

variance in OWLAS responses, (2) loadings of the composite scores of

the original subscales on only two strong factors, casting doubt upon

10

Table 16. T-test comparison of subjects dropped from factor analysis with those retained.

Standard Standard Group N Mean Deviation Error t-value df Probability

Retained 117 3.8959 .779 .072 -.92 177.00 .361

Omitted 62 if.0085 .788 .100

105

the meaningful use of 14 independent subscales, and (3) the 84 indi­

vidual item loadings which support the presence of only three factors.

Table 17 reports factor analysis results on the 84 items. Prin­

cipal factors eigenvalues exceeded 1.00 for 21 factors, with the first

factor accounting for 27.7 percent of the variance extracted. The re­

maining 20 factors each accounted for decreasing degrees of variance

with all 21 representing 77.2 percent of the total scale variance. The

original subscale components would have indicated the presence of 14

rather than 21 factors with eigenvalues of 1.00 or greater.

Evidence for retaining' the subscales also appeared scant from

the loadings of the composite subscale scores presented in Table 18,

using these 14 subscale scores as items in a factor analysis. Only two

factors were adequate to describe the ways individuals differed in the

traits measured by all 14 subtests, so that two dimensions explained as

much as 14. The only substantial eigenvalues were 8.184 for the first

factor, determining 58.5 percent of respondents' variance, and 1.228

for the second factor, accounting for an additional 8.8 percent of vari­

ance, Decentralization, Education, and Autonomy loaded heavily on the

second factor, Participation moderately on both factors, and the

remaining subscales grouped on the first factor.

Similar to this finding of two general tendencies characteris­

tic to the original 14 subscales, individual item loadings on the factor

matrix also revealed far less than 14 constructs affecting variance in

OWL attitudes. Table 19 reveals that when the pilot itemB were analyzed

only three strong factors emerged. Grouping the 84 items by their

original content areas disconfirmed the a priori subscales, because

106

Table 17. Principle factor eigenvalues for 84 pilot OWLAS items.

Factor Eigenvalue % of Variaace Cumulative %

1 23.24686 27.7 27.7

2 6.25608 7.4 35.1

3 5.18430 6.2 41.3

4 2.73319 3.3 44.5

5 2.43681 2.9 47.4

6 2.31714 2.8 50.2

7 2.21903 2.6 52.8

8 2.15053 2.6 55.4

9 1.97476 2.4 57.8

10 1.81670 2.2 59.9

11 1.69506 2.0 61.9

12 1.62074 1.9 63.9

13 1.56467 1.9 65.7

14 1.44122 1.7 67.4

15 1.34617 1.6 69.1

16 1.30238 1.6 70.6

17 1.26183 1.5 72.1

18 1.13521 1.4 73.5

19 1.06339 1.3 74.7

20 1.03624 1.2 76.0

21 1.00649 1.2 77.2

107

Table 18. First two factors for the QWLAS using original subscale composite scores as items.

Subscale Factor 1 Factor 2

SI Need 0.70698 0.36970

S2 Faith 0.75278 0.40346

S3 Decentralization 0.38730 0.66413

S4 Democratization 0.75790 0.38887

S5 Education 0.1709'+ 0.75786

S6 Participation 0.54330 0.53256

S7 Implementation 0.60799 0.22163

S8 Economic 0.85463 0.21398

S9 Human 0.83642 0.29872

S10 Function 0.74427 0.28505

Sll General 0.78568 0.37608

S12 Cooperation 0.40840 0.23535

S13 Autonomy 0.28569 O.66583

Sl4 Control Scale 0.77443 0.28919

Eigenvalue 8.18k 1.228

% of Variance 58.5 8.8

Table 19. Factor loadings arranged by original subscales using principal factor analysis with iteratims and a varimax.

Subscale and Factor Factor Factor Subscale and Factor Factor Factor Item Number I II III Item Number I II III

Need 16 .39 .29 -.13 21 .58 .32 .02 25 .16 .27 .16 2? .30 .35 .25 28 -.01 .16 -.02 47 .30 -.11 .08 63 .21 .42 .19 73 .53 .15 -.01

Faith 13 .09 .28 .03 15 .29 .11 .13 18 .52 .23 .11 38 .58 .24 .02 to .37 .62 .24 1 .17 .59 .19 48 .12 .37 .15 49 .53 .17 .24

Decentralization 9 .53 -.03 -.01 76 .07 .28 .56 81 .75 .12 .07 83 .13 .24 .70

Education 11 .09 .11 .75 50 .11 .16 .39 79 .63 .17 .51

Cooperative self-interest 43 .26 .64 .16 55 .56 .12 -.17 65 .30 .04 -.14

Democratization 3 .19 .21 .10 17 .12 .72 .03 20 .22 -.02 -.01 46 .24 .33 .29 69 .18 .37 .31 72 .53 .48 .05 74 .15 .66 .04 77 .42 .04 -.22 82 .32 .64 .17

Individuation 10 -.08 -.01 .77 23 .58 .19 .09 24 .31 .12 •22 78 .75 .14 .08 Participation

.75

22 .24 .38 .36 53 .12 .25 -.00 66 -.06 .24 .16 75 .70 .27 .07

Table 19— continued

Subscale and Factor Factor Factor Subscale and Factor Factor Fac tor Item Number I II III Item Number I II III

Human Benefit Functioning 2 .29 .25 .15 8 .21 .33 .16 5 .43 .29 .03 26 .04 .16 .28 19 .44 . 3 .04 29 .05 .58 -.08 30 .39 .12 -.05 31 .11 .32 -.15 34 .23 .55 .11 32 .10 .13 .07 60 .50 .40 -.02 33 .21 .70 .06 6l .32 .35 .02 37 .02 .49 .24 64 .05 .50 .17 44 .32 .21 -.33 70 .61 .27 -.03 51 .12 .13 .06

Economic Benefit 56 .24 .13 -.02

4 14

.33

.53 .30 .37

-.11 -.17

59 67

.32

.13 .41 .38

-.10 .22

36 .56 .04 .12 General 45 .25 .70 -.09 35 .51 .56 .10 57 .17 .47 .12 42 .71 .42 .03 58 -.00 .21 .16 52 .66 .53 .06 62 .15 .51 -.07 84 .40 .63 .13 71 .75 .11 -.08

Control Implementation 10 -.08 -.01 .77 1 .22 .07 -.11 11 .09 .11 .75 6 -.01 .31 -.11 22 .24 .38 .36 7 -.02 .25 .01 50 .11 .16 .39 12 .39 .00 .15 69 .18 .34 .31 39 -.39 .15 -.18 76 .07 .28 .56 54 -.06 .26 .10 83 .13 .24 .70 68 80

.28

.67 .17 .24

.00

.27 Eigenvalue 23.246 6.256 5.184

68 80

.28

.67 .17 .24

.00

.27 % of Variance 27.7 7.4 6.2

110

only three factors emerged with at least five loadings of .50, many

items did not load even minimally on these factors, and the items within

most subscales loaded inconsistently on more than one construct. Ten

of the subscales had some items loading substantially on two factors,

with only five of the subscales having two or more items loading only

on one factor. The Implementation subscale items did not load substan­

tially on any factor. Thus, confirmatory factor analysis rejected the

notion of retaining the subscales as originally devised.

Exploratory Factor Analysis

Once the original subscales were not born out statistically,

exploratory factor analysis waB a relatively small next step, since the

search for underlying factors common to the 8 items had already identi­

fied two strong factors with associated eigenvalues of 23.2'+6 and 6.256,

respectively. As shown in Table 20, the first factor consisted of 21

items from 12 of the l'f original subscales, and the second factor in­

cluded 15 items from seven of the subscales, reinforcing the scattered

nature of the initial subgroupings.

Appendix K contains Factor One's 17 items and Factor Two's 12

items retained as the QWLAS Long Form, after deleting double-loading

statements (35, 79) and items which did not correlate significantly

with the Change Acceptance Scale (9, 55)» rendering their validity

questionable. Item 52 was retained despite its impure loading on two

factors, because it fit conceptually with Factor One's general nature,

showed high item validity using the CAS criterion and possessed a high

item-total correlation (.85) with the other 83 items in the pilot pool.

Table 20. Factor loading matrix using principal factor analysis with iterations and a varimax.

Factor Factor Factor Item Number I II III

78 .76 71 .75 81 •75 42 .71 75 .70 80 •67 52 .66 .53 79 .63 .51 70 .61 23 • 58 38 .58 21 .57 36 .56 55 .56 49 .53 73 .53 72 .53 9 .53 14 .53 18 • 52 17 .72 33 .70 5 .70 74 .66 43 .64 82 .64 84 .63 40 .62 41 .59 29 .58 35 .51 .56 34 .55 62 .51 64 .50 10 .77 11 .75 83 .70 76 .56

Eigenvalue 23.246 6.256 5.184 # of Variance 27.7 7.4 6.2

112

Item 29 was discarded since its specific reference to "Division Heads"

might diminish its applicability, should the QWLAS be used by organi­

zations employing different terminology.

Subscale Interpretation. Perusal of Factor One and Factor Two

items revealed the former to be worded in a positively criterial

fashion and the latter to be negatively criterial. This pattern per­

sisted even when the criterion of acceptable loadings was lowered to

.'tO (if double-loading items were not considered), with the tendency

tapering off as item loadings approached .30. Interpretation of the

constructs in common to the items in each factor involved judgment

beyond statistical observation. The consistently positive wording on

Factor One and Factor Two's negatively worded items might mean that

some aspect other than item content accounted for the response variance,

such as direction of the statements' wording. However, this was not

believed to be the case, since other writers have given evidence for

negatively criterial items' impacting upon construct validity of an

instrument, so that it made sense for negatively worded statements to

load together and appear as a separate construct (Schreischeim, 1981).

A further interpretation of the constructs measured by the QWLAS

was made. Most first factor items reflected a general theme related

to the whole idea of OWL. They had a more theoretical perspective,

addressing the program from a conceptual vantage-point. Factor Two

items, on the other hand, appeared to deal with more specific concerns

about the program, possessing a more operational nature. These items

mostly targeted the realities of the system and involved the practical

113

impact of OWL on one's workplace. Such a split between a general, theo­

retical cluster composed of positively worded, "favorable" items and a

more operational, specific concern cluster comprised of negatively

worded, "unfavorable" items, seemed reasonable. The existence of these

attitude areas as separate factors was consistent with the sentiment

heard in the frequently-expressed cliche, "the idea is great, but it'll

never work in practice."

Thus, the QWLAS Long Form consisted of one general factor

tapping reactions to positive attitude statements about the program in

theory and a second, more specific factor involving practical concerns

and reservations using negatively-expressed attitude statements. Such

a clean breakdown among positively and negatively criterial statements

fostered a well-balanced QWLAS. The Factor One grouping of 17 items

was labeled "General" and the Factor Two cluster of 12 items was labeled

"Specific Concerns." The correlation between these two new subscales

was .49, rendering them reasonably separate components of OWL attitude.

Control Scale. A third factor was uncovered having an eigen­

value of 5.184 and five items loading above .50, including four state­

ments from the initial Control subscale. A fifth item, also loading on

Factor One, was from the Education subscale and was rationalized as

compatible with a control-oriented theme. Interpretation of this group

appeared valid, especially since lowering the loading criterion to .50

and eliminating all items loading on other factors surfaced only three

more items, all from the Control subscale. Ultimately, this factor was

comprised exclusively of the original control subscale in its entirety

(see Appendix E for exact item wording).

n't

The weakness of this third factor and its considerably lower

correlation with the Change Acceptance Scale (see discussion of validity

below) led to its being separated from the QWLAS. However, this Control

scale is recommended for further research and use as a valid, reliable

measure of a different construct. The Control scale uses the term

"OWL" in each item, but seems more appropriately conceived of as assess­

ing a personality trait comparable to Authoritarianism, exemplified by

the Fromm and Maccoby (1970) construct. The Control factor appears

related to OWL acceptance, rather than being an actual indicator of

QWL attitude.

Item Analysis and Development of the QWLAS Short Form

This section will first detail results of a general item analy­

sis upon the initial 84 items to assure that no important items were

deleted in moving from the QWLAS Pilot Form to the 29-item OWLAS Long

Form. Secondly, results of a more indepth item analysis will be

reviewed in order to answer research question two: "What items can

comprise the final QWLAS Long Form and Short Form without significantly

lowering scale reliability?"

General Item Analysis

Traditional item analysis stems from achievement test construc­

tion and calculates each item's difficulty level and ability to dis­

criminate between poor and good students (Blood and Budd, 1972). The

non-dichotomous nature of attitude scales led to the inapplicability of

difficulty indices. Instead, emphasis was placed upon determining how

115

well each attitude statement differentiated between people holding

favorable and unfavorable OWL attitudes.

While item deletions from a test are sometimes based upon how

well they discriminate among respondents on an external criterion

.(Anastasi, 1968), the lack of independent measures can necessitate use

of data from the test administration itself. Discrimination indices

like the biserial, point biserial, tetrachoric and phi coefficients

typically split the subjects into high global score and low global

score groups and compare an item's ability to differentiate between

these criterion groups (Wood, I960; Engelhart, 1967). "The justifica­

tion for using the total score is that ambiguities and other weaknesses

of individual items are likely to be outweighed by a majority of good

valid items and that the total test score is thus a fair overall measure

of what the individual items are designed to measure" (Thorndike, 1971»

p. 13*0.

Using a total score index emphasizes the reliability and homo­

geneity of a test as a method to discard items, as do the widely used

internal consistency measures that interrelate each item with all other

items. One such formula is Cronbach's (1951) coefficient alpha, which

reports each item's correlation with all other items. Poorer items are

identified by their lower item-lotal correlations. Since each item is

part of the total test with which it is being correlated and produces

spuriously high correlations, the SPSS alpha program includes a correc­

tion formula.

The item-total data in Table 21 show that 69 percent of the

pilot scale items (58) had correlations above .*K), 46 percent (39)

116

Table 21. Item-total correlations of the 84 pilot OWLAS items.

Item Correlation Item Correlation

1 0.25755 43 0.71468 2 0.55439 44 0.41314 3 0.50764 45 0.72890 4 0.57837 46 0.41016 5 0.61983 47 0.20892 6 0.24945 48 0.58742 7 0.23256 49 0.51018 8 0.42971 50 0.34767 9 0.37745 51 0.34653 10 O.1836I 52 0.84998 11 0.25132 53 0.40117 12 0.38404 54 0.31903 13 0.41976 55 0.36512 14 0.72421 56 0.32447 15 0.41805 57 0.39180 16 0.57055 58 0.29954 17 0.57241 59 0.56133 18 0.57894 60 0.71344 19 0.70572 61 0.60648 20 0.21682 62 0.58174 21 0.66814 63 0.45336 22 0.51702 64 0.47587 23 0.47921 65 0.17044 24 0.22549 66 0.24857 25 0.48822 67 0.46423 26 0.34204 68 0.40665 27 0.54104 69 0.43515 28 0.23417 70 0.67070 29 0.52283 71 0.49422 30 0.28561 72 0.68210 31 0.40751 73 0.49416 32 0.29988 74 0.57948 33 0.65508 75 0.71191 3k 0.65262 76 0.34208 35 0.78661 77 0.17898 36 0.48801 78 0.51896 37 0.44641 79 0.57851 38 0.59012 80 0.69448 39 -0.21942 81 0.55587 40 0.74746 82 0.65732 4l 0.55517 83 0.40103 k2 0.79562 84 0.70381

117

above .50, 23 percent (20) above .60 and 13 percent (11) above .70.

Ahmann and Glock (1967) designate item-total correlations between .00

and .20 as poor, .20 and .40 as satisfactory, and .kO or better as very

good. Thus, 97 percent of the Pilot Form items were satisfactory to

very good, 69 percent very good, 27 percent satisfactory, and only 3

percent poor. Data from Table 21 insured that no highly-correlating

item was dropped, and no poorly-correlating item was kept in the 29-

item QWLAS Long Form.

Many statements with low item-total correlations revealed some

anomoly. Item 28's correlation of .23 could have stemmed from its

double-barrelled phrasing, a violation of good item-writing: "I resent

that QWL wrongly assumes I'm turned off to this organization." Item 7,

"QWL should involve the vote of everyone on whether it's wanted, or

else it's being forced like Big Brother," had a low correlation of .23,

possibly because it could be endorsed both by people unfavorably and

favorably inclined toward the program. Such merging of statistical

examination and consideration of specific wording helped to verify the

items retained for the OWLAS Long Form,

Selection of the QWLAS Short Form

A 29-item QWLAS Long Form seemed appropriate for organizations

seeking to explore attitudes of employees at the outset of a QWL pro­

gram. A shorter version appeared desirable for incorporation into

ongoing research packages evaluating other dimensions of QWL's outcomes,

exemplified by the Pima County Questionnaire (see Appendix B). There

was no need to represent 14 separate dimensions since two basic factors

had been found to account for QWL attitude. While Thorndike suggests

118

"that each group of items be large enough to yield a reliable and valid

total score" (Thorndike, 1971, p. 13 )i the two-factor nature of the

QWLAS inventory seemed quite manageable. Therefore, a more involved

item analysis determined seven items from each of the Long Form's strong

factors, culminating in a l -item QWLAS Short Form.

Whereas factor loadings primarily determined the items for the

QWLAS Long Form, the QWLAS Short Form items were chosen through more

rigorous screening. The product of each item's item-total correlation

and item variance was computed to yield its reliability index. The

item-total used was its correlation with the rest of the items in the

factor to which an item belonged (General or Specific Concerns), not

the entire 8k-item pilot QWLAS. Secondly, each item's validity index

was computed as its variance multiplied by its correlation with the

concurrent external criterion, the Change Acceptance Scale.

Thorndike (1971» P» 153) suggests examining both an item's

reliability index and its item validity index, because selecting items

based only upon item reliability can result in too narrow a test in

content, decreasing scale validity. Anastasi (1968), in turn, notes

that items chosen by external item validity can be poor on the basis

of internal consistency. Therefore, the QWLAS Short Form was finalized

based on data from Table 22, taking into account each item's reliability

index and validity index. An effort was also made to retain 1*4- items

which were drawn from as many of the original subscales as possible,

resulting in the broadest possible content sampling. Asterisked items

in Table 22 indicate Short Form items, and their specific wording is

available in Appendix K.

Table 22. Characteristics of items on QWLAS Long Form used in deriving QWLAS Short Form.

Item Factor Item-Total Reliability CAS Validity Number Load Correlation Index & Rank Correlation Index & Rank Original Subscale

Factor One

78 .76 .62 1.10(16) .42 .75(15) Individuation

71 .75 .66 1.83( 5) .45 1.25( 6) Economic Benefits

81 .75 .66 1.35(13) .50 1.01(13) Decentralization

ru

.71 .83 2.46( 2) .66 1.96( 2) General

*75 .70 .77 1.70( 9) .51 1.14(10) Participation

80 .67. .70 1.42(12) .56 1.12(11) Implementation

52 .66 .84 2.71( 1) .61 2.13( 1) General

•70 .61 .73 2.06( 4) .53 1.50( 3) Human Benefits

23 .58 .59 1.32(14) .31 .68(16) Individuation

38 .58 .63 1.46(10) .57 1.30( 5) Faith

•21 .57 .69 2.33( 3) .35 l.l8( 7) Need

36 .56 .56 .91(17) .30 .49(17) Economic Benefits

49 .53 .60 1.44(11) .49 1.08(12) Faith

73 .53 .56 1.20(15) .46 .99(14) Need

•72 .53 .67 1.79( 7) .50 1.34( 4) Democratization

•1*+ .53 .73 1.77( 8) .48 1.17( 8) Economic Benefits

*18 .52 .62 1.83( 6) .66 1.17( 9) Faith

Table 22—continued

Item Factor Item-Total Reliability CAS Validity Number Load Correlation Index & Rank Correlation Index & Rank Original Subscale

Factor Two

*17 .72 .65 1.85( 5) .48 1.36( 4) Democratization

*33 .70 .72 1.84( 6) .42 1.08( 5) Functioning

*45 .70 .77 2.25( 2) .48 1.4l( 3) Economic Benefits

74 .66 .6»f I.l8( 4) .34 .62(12) Democratization

*+3 .64 .74 1.71( 8) .42 .97( 8) Cooperative self-interest

*82 .6k .69 1.71( 7) .38 .95( 9) Democrati zation

40 .62 .73 1.48(10) .42 .85(10) Faith

4i .59 .63 1.36(12) .33 .71(11) Faith

*34 .55 .65 1.56( 9) .43 1«04( 6) Human Benefits

*62 .51 .61 2.07( 3) .41 1.42( 2) Economic Benefits

64 .50 .5k 1. 1(11) .36 .95( 7) Human Benefits

*84 .63 .71 2.3M 1) .43 1.44( 1) General

'Items retained for QWLAS short form.

121

Benson and Vincent (1980) advocate cutting items if any response

category has a frequency of more than 50 percent, if the neutral cate­

gory's frequency exceeds 30 percent, or if more than three categories

are responded to by less than 10 percent of the sample. While 37 per­

cent of the QWLAS Pilot Form items were plagued by violations of

Benson's criteria, the OWLAS Long Form reduced the infractions to 2k

percent of its 29 items, with the final QWLAS Short Form exhibiting a

problem in only one item of its 14 statements. However, Benson's cri­

teria were viewed as less important than reliability and validity

indices, especially since category frequencies were influenced by the

particular attitudes prevalent within the sample.

Reliability of the OWLAS

While item analysis examined the separate statements of the

QWLAS, it was also necessary to investigate the functioning of the

instrument as a whole. Research question 3 asked: "Is the QWLAS a

reliable psychological instrument?" Reliability data allow users of

the instrument to determine the proportion of the variability in scores

reflecting "true" variance in the trait measured, as opposed to error

variance (Brown, 1971). This use earns reliability its common

description as the single best index of a measure's accuracy, the degree

to which it is an estimate of the true score in a population. It

follows that if a scale does not measure consistently, one cannot know

what it does measure (Blood and Budd, 1972).

Various writers (Thorndike and Hagen, 1955; Green, 1981) review

basic forms of reliability measures, such as stability (test-retest),

equivalence (alternate forms correlation) and internal consistency

122

(correlations of the scores of the test from a single administration).

Test-retest approaches are often impractical because of scheduling con­

straints and because correlations can be affected by extraneous factors

and actual attitude changes (Millward, n.d.). The use of alternate

forms is troublesome due to problems in scheduling two independent

administrations for comparison, the questionable equivalence of paral­

lel attitude scales (Oppenheim, 1966), and the rare need to go through

the extra labor and constructing alternate forms (Blood and Budd, 1972).

The most practical approach is to draw different observations

from the same measure to determine internal consistency reliability,

such as split half methods that produce two scores analogous to scores

on equivalent forms (Anastasi, 1968). Split-half reliability is lower

than the true level because the item pool is only half as large, so a

correction formula is employed, such as the Spearman-Brown formula

(Pidgeon and Yates, 1968). While all three types of reliability yield

similar results, the most common, problem-free estimate of reliability

is internal consistency (Shaw and Wright, 196?), which was discussed

earlier in the context of the degree to which subscale items were

measuring the same thing.

Split-half procedures have been superceded by methods of in­

ternal consistency that do not necessitate dividing the measure in half,

such as the Kuder-Richardson Formula 20 and Cronbach's alpha, which

interrelate every item, and are based on the average intercorrelation

between test items (Cronbach, 1951)*

The alpha estimates of reliability for the QWLAS Long Form and

Short Form are compared with those for the QWLAS Pilot Form in Table 23.

Table 23. Reliability of the QWLAS Long Form and Short Form.

Form Number of Item

Items Included Alpha (a)

1. QWLAS Pilot Form

Total

2. QWLAS Long Form

8k Original Pool .96329

Factor I (General) 17 Ik , 70,

18, 71,

21, 72,

23, 73,

36, 75,

38, 78,

k2, 80,

9, 81

52, .9 281

Factor II (Specific Concerns) 12 17, 7k,

33, 82,

3k, 8*f

ko. k l , k3. k5, 62, 6lf, .92206

Total 29 .95 08

tfLAS Short Form

Factor I (General) 7 1^, 18, 21, k2, 70, 71, 75 .90550

Factor II (Specific Concerns) 7 17, 33, 3k, k5, 62, 82, 8k .88361

Total l*t .928 7

12k

Because alpha reliability estimates are a function of both test homo­

geneity and length, the substantial drop in scale length while maintain­

ing coefficients comparable to the .96 level of the Pilot QWLAS

rendered the QWLAS Long Form (alpha = .95) and Short Form (alpha = .93)

highly reliable and homogeneous. Additionally, the reliabilities for

each factor taken as a subscale were noteworthy, considering their

reduced scale lengths. The QWLAS was thus judged as highly accurate,

especially given Nunnally's criterion of acceptable reliability for an

experimental scale as .70 (Nunnally, 1978, p. 2*+5)«

Validity of the QWLAS

Research question four ("Is the QWLAS a valid psychological

instrument?") covered one of the most difficult characteristics to

establish, and the greatest deficiency of attitude scales (Shaw and

Wright, 1967). Validity is the "consistency with which an instrument

measures the variable or variables it was designed to measure" (Blood

and Budd, 1972, p. 9), with reliability addressing the consistency re­

quirement, and what is typically called validity encompassing the

relevancy dimension.

Though over 0 types of validity exist (Brown, 1971), the four

major types distinguished by the APA Committee on Psychological Tests

are the criterion-oriented predictive and concurrent validities, con­

tent validity, and construct validity (Cronbach and Meehl, 1955, p.

2kk), The QWLAS was reviewed against these basic types of validity,

as well as face validity, to establish its overall validity.

125

Face Validity

Mosier (1967) analyzes several meanings of the term "face

validity," generally regarded as the degree to which an instrument

appears to observers to measure the attitude in question (Lemon, 1973)•

Often confused with the more thorough, rationally derived content

validity, this quality is determined more casually through a perusal

of the scale by respondents. Face validity indicates the acceptability

of the instrument, the level to which its consumers are convinced of

its adequacy.

The OWLAS was judged to have face validity to measure positive

and negative attitudes toward public sector QWL programs. A panel of

judges provided input regarding items and, in fact, that items were

drawn fron the OWL attitude domain was apparent from subjects' involve­

ment in item generation. All but two of the 84 items (6, k7) actually

contained the term "QWL" in its wording. In contrast to face validity's

basis upon presuming respondents' perceptions, content validity is

harder to establish, and depends more upon the rigorous involvement of

the test developer.

Content Validity

The most common validity evidence in attitude.scale literature

(Shaw and Wright, 1967), content validity, is the examination of the

scale content to determine whether it covers a representative ssunple of

the attitude domain measured. Assuring that all major aspects of the

attitude area are sampled requires the judgment and precise definition

of the attitude domain.

126

QWLAS content validity was built in from the outset through the

use of Herrick's (1981a) QWL schemata and by the careful choice of

items. Categorization and screening of items by the investigator and

a panel of judges assured that each statement was drawn from QWL's

content universe and contributed to the instrument's sampling of the

total range of the attitude dimension.

Assurance of content validity was. achieved by involving par­

ticipants from the population for which the Scale was being used, and

by consulting appropriate literature. Finally, Reynolds and Greco

(1980) make a case for content validity being measured by the average

value of the item-total correlation, which was .48 for the QWLAS Pilot

Form, .63 for the QWLAS Long Form, and .67 for the QWLAS Short Form.

The various indicators above established the adequate content validity

of the QWLAS.

Criterion Validity

Criterion-related validity refers to the effectiveness of a

test in indicating an individual's behavior in particular situations.

Test performance is measured against some criterion, a direct and inde­

pendent index of whatever the attitude scale is designed to assess

(Thorndike, 1971). When the criterion measure is long-term, like

sampling of individuals' later behavior, criterion validity is more

specifically termed "predictive validity." Since predictive validity

can be impractical, an independent criterion measure may be adminis­

tered at the same time as the attitude measure, whereupon the evidence

obtained contributes to "concurrent validity." Only 15.3 percent of a

classic collection of attitude scales (Shaw and Wright, 1967) report

127

predictive validity data. The OWLAS was therefore explored for con­

current validity, which is second only to content validity in frequency

of use, and still has diagnostic value.

Internal Consistency Concurrent Validity. It is difficult to

find an appropriate independent measure to administer concurrently with

the attitude scale, since many criterion measures cover a broader or

different area than desired. Therefore, the experimental instrument

itself is often the most relevant measure available, resulting in in­

ternal consistency validity. This determination of whether a scale

measures in a consistent pattern when an external criterion is lacking

is called "makeshift" validity by Anastasi (1968, p. *+82), but many

researchers fall back on such item analysis procedures for validation

purposes (Leeds, 1950; Helfant, 1952). The OWLAS internal consistency

validity evidence using Cronbach's alpha has already been presented as

strong in Table 23.

Concurrent Validity with an External Criterion. Concurrent

validity was further investigated by correlating the OWLAS with the

independent Change Acceptance Scale (CAS). Respondents were asked to

estimate their QWL attitude by indicating their level of OWL acceptance

on Reddin's (1970) nine-point linear continuum (Sabotage, Protests,

Slowdowns, Apathy, Indifference, Acceptance, Support, Cooperation,

Commitment). While individual item validity coefficients varied, 70

percent of the 8 pilot items reached a significance level of p<.001,

and both the Long Form and Short Form Global scores were significantly

correlated with the CAS (p c.001).

128

Table 22 includes the CAS correlations with each Long Form item

and Table 2k lists concurrent validity evidence for each form as a

whole (Pilot, Long and Short Forms). Both the Long and Short Forms

compared favorably with the Pilot Form, especially given their reduction

in length, with CAS correlations for the Pilot, Long and Short Forms of

.71, .73, and .69, respectively. The weak Factor III, comprised of

Control subscale items, only achieved a .33 correlation. Thus, it

tapped a different construct than the OWLAS, which further justified

its being separated from the final instrument. Its use as a person­

ality construct related to QWL acceptance is strongly recommended.

Construct Validity

The construct validity of a test is the extent to which it may

be said to be measuring its intended theoretical construct or psycho­

logical trait. While some writers rationalize the use of internal

consistency measures as evidence of construct validity (Bertrand and

Cebula, 1980), most rely upon the traditional methods of factor analysis

and correlational approaches.

Factoral Construct Validity. Since factor analysis statisti­

cally classifies responses into constructs or concepts, the method is

accepted as contributing evidence as to what the test really measures

(Hepburn and Napier, 1980; Klein, 1981; Iwanicki and Schwab, 1981).

This clustering of the items into constructs determining the variance

of scores builds construct validity by clarifying what appears to be

assessed.

129

Table 24. Concurrent validity of the OWLAS and Control Scale.

Correlation with Number of Change Acceptance

Form and Factor Items Scale (CAS)

QWLAS Pilot Form 84 .71

OWLAS Long Form 17

Factor One (General) 17 .68

Factor Two (Specific Concerns) 12 .58

Total Scale 29 .73

QWLAS Short Form

Factor One (General) 7 .64

Factor Two (Specific Concerns) 7 .59

Total Scale 14 .69

Control Scale 7 .33

130

Most of the variance of the OWLAS was identified as determined

by a positively criterial factor, labeled "General," and to a lesser

extent by a negatively criterial factor, labeled "Specific Concerns."

These components clarified constructs measured by the Scale and thereby

added to construct validity. The correlations of .^9 between Factor

One and Factor Two on the Long Form and .5^ on the Short Form demon­

strated sufficient independence between these two new subscales to

warrant their separate use on the QWLAS.

Correlational Construct Validity. Correlational methods for

establishing construct validity evidence determine whether people high

or low on the Scale differ in everyday life or in the laboratory on

other indicators of the same construct. The procedures are analogous

to the scientific method in which the researcher must hypothesize how

people with certain traits should score on the attitude scale, or how

the attitude measure scores should correlate to other related or unre­

lated measures.

A popular method is to select a personality measure assumed to

assess the same quality, looking for convergent validity through a high

correlation, or to choose measures of different constructs, which should

yield low- or non-correlated scores, known as discriminant construct

validity (Campbell and Fiske, 1967). Finally, the investigator may

administer a controlled treatment expected to alter test performance

and, then note whether, in fact, score differences result (Thorndike,

1971).

While the indepth investigation of attitude differences was not

the intended focus of the present study. Analysis of Variance tests were

131

performed on all the biographical items as they related to composite

scores on Factor One (General), Factor Two (Specific Concerns), and the

total QWLAS Long Form. The purpose was to seek construct validity

evidence, since such correlational approaches might demonstrate ex­

pected empirical differences between certain groups of people.

The researcher hypothesized possible score differences for

education (since literature cites rising education as creating an

atmosphere conducive to the QWL movement), job clasB (since supervisors

have been described as being more negative toward QWL, due to their

reticence about a perceived "loss of authority"), and committee seat

(since it is logical that a OWL committee-seat holder could be expected

to be more favorable toward the program than employees with less

exposure). If these or other explainable differences in QWLAS scores

were surfaced, the instrument could reasonably be interpreted as assess­

ing the trait it was designed to measure.

ANOVA tests were conducted on the data, with no significant

differences on composite scores emerging among respondents along the

variables of age, job class, number of years with the Department, or

sex. A four-way ANOVA comparing QWLAS scores for the variables com­

mittee seat, ethnicity, education and Division revealed significant

main effects for committee seat and ethnicity. On Factor One (General),

committee seat significant effects (p <.05) were shown (F = 9.90, df =

1), as well as ethnicity significant effects (p< .05, F = 3.8 , df = 3).

On Factor Two (Specific Concerns), only committee seat effects were

significant (p<.05, F = 5.85, df = 1). On the total Long Form scores,

132

ethnicity effects were again significant at the p<r.05 level (F = 3.52,

df = 3)» as well as committee seat effects (p <.01, F = 10.63, df = 1).

Tables 25, 26, and 27 report one-way Analysis of Variance

results for Committee Seat and show that significant differences did

exist on the General, Specific Concerns and Total Long Form scores.

On Factor One, the group holding a committee seat had a mean of 3.17,

more favorable in QWL attitude than those not holding a committee seat

(M = 3«77). The Factor Two respective means were 3.89 and k.k6. Total

Scale means revealed the same directions, with groups achieving corre­

sponding means of 3.56 and 4.17.

The significant difference in means between committee seat

holders and non-committee seat holders (p< .002, p<.00if, p <.0005) for

the two subscales and total scores for OWLAS Long Form contributed to

the instrument's construct validity. It was sensible to expect

employees elected to a QWL committee seat to demonstrate more favorable

attitudes toward the program and higher QWLAS scores if the Scale is

measuring the construct it claims to. Greater exposure to a program

improves attitudes, as opposed to its remaining an enigma to distrust­

ful employees. Furthermore, Festinger's (1957) principles of cognitive

dissonance provide a theoretical rationale for committee seat members

expressing more favorable attitudes toward QWL. Dissonance theory

would maintain that QWL-involved employees, even those elected against

their initial wishes, would become more favorable in order to reduce

the psychological tension of what would otherwise be a discrepancy

between their attitudes and their public behavior. Thus, construct

133

Table 25. Analysis of variance on the committee seat variable for subscale (Factor) One, General.

Source Sum of Squares D.F. , Mean Square F P

Between groups 12.655 1 12.655 9.687 .0022

Within groups 195-958 150 1.306

Table 26. Analysis of variance on the committee seat variable subscale (Factor) Two, Specific Concerns.

for

Source Sum of Squares D.F. Mean Square F P

Between groups 11.267 1 11.267 8.732 .0036

Within groups 193•5 7 150 1.290

Table 27. Analysis of variance on the committee seat variable for total Long Form.

Source Sum of Squares D.F. Mean Square F P

Between groups 12.829

Within groups 15 150

1

150

12.829 12.1+83 .0005

1.028

13

validity evidence stemmed from committee seat variable differences in

QWLAS scores.

Since overall main effects for ethnicity were significant be­

tween groups, LSD multiple range procedures from the SPSS package were

used to test which pairs of ethnicity groups achieved differences.

Blacks (N = 5) were significantly more favorable (p<.05) than Whites

(N = 6*0 and Indians (N = 3) on Factor One, and significantly more

favorable (p<.05) than Whites, Mexican-Americans (N = 6*0 and Indians

on the total scale. On Factor One, Mexican-Americans scored signifi­

cantly more favorably (p<.05) than Indians, but no other significant

findings occurred (note: Oriental ethnicity was omitted since its

sample of one did not comprise a true group).

No differences between ethnic groups were specifically expected

during construct validation, as were hoped for with the straightforward

variable of committee seat. However, Blacks demonstrated more favor­

able attitudes toward the OWL, a program that attempts to equalize

decision-making power in the workplace and increases the participatory

rights and respect shown each grass roots worker.

This more positive disposition of Blacks toward the program is

explainable as due to the group's historical roots in equality-based

civil rights efforts. The greater appeal of QWL to Blacks can be

accounted for by an assumed awareness of, and affinity for, such social

movements seeking to humanize and improve the conditions of life for

minority groups. Further research could prove helpful in such theo­

retical explorations, but the key focus of this study was the empirical

field testing of the QWLAS.

135

Summary

The QWLAS Long Form and QWLAS Short Form appeared to be excel­

lent measures of attitude towards QWL programs. While principal factors

analysis yielded 21 factors rotated to a varimax solution, one strong

General and a second strong Specific Concerns factor existed, with no

evidence for utility of the original Ik subscales. Although the

General factor accounted for the most variance and was most related to

the total scale, the Specific Concerns factor warranted inclusion in

the final test, especially given its moderate correlation with Factor

One and its negatively criterial nature, useful in reducing response

bias.

Cronbach's alpha estimates of internal consistency produced

Long and Short Form coefficients of .95 and .93» respectively, as com­

pared to the .96 value for the QWLAS Pilot Form. Reliability estimates

for the two factors were high enough in each form to warrant their use

as separate subscales. A third factor, labeled Control Scale, emerged

as a separate personality construct, different from QWL attitude (alpha=

.89). Evidence for face, content, concurrent, and construct validity,

of the QWLAS Long and Short Forms appeared strong.

The final QWLAS Long Form and Short Form are summarized in

Table 28, with their respective alpha coefficients, validity coeffi­

cients, and Pearson Product Moment correlations with the 8*4—item Pilot

Form. The Long Form was found to actually raise the validity of the

QWLAS as compared with the Pilot version. Organizations employing the

QWLAS Long or Short form have cause for trusting the instrument's

136

Table 28. Summary table for OWLAS.

Form Number

of Items Alpha CAS

Correlation

Correlation with

Pilot Form

OWLAS Pilot Form 84 .96 .72 1.00

QWLAS Long Form 29 .95 .73 .96

QWLAS Short Form l b .93 .69 .94

Control Scale* 7 .89 •3/+ .51

•Not included in QWLAS.

137

reliability and validity. Appendices L and M present each version in

its final form, with randomly-determined item order and identical

instructions as those employed in the Pilot Form.

CHAPTER 5

SUMMARY, CONCLUSIONS AND RECOMMENDATIONS

Summary

The emergence and growth of the Quality of Working Life (QWL)

movement in this country is the culmination of a variety of social,

economic, political, and technological developments which cultivate

fertile ground for this workplace reform that institutionalizes employee

participation and democratization. This study focused upon the con­

struct of worker attitudes toward this new concept of organizational

change.

The study's main purpose was to develop and field test the

Quality of Working Life Attitude Scale (QWLAS), because existing litera­

ture showed a gap in QWL evaluation and research of instruments tapping

the important variable of employees' attitudes toward the change pro­

gram itself. Four major research questions were formulated, and their

resolution served as objectives to be reached through construction and

pilot-testing of an 84-item, Likert-type inventory: (1) What basic

factors comprise the concept of QWL attitude as measured by the QWLAS?;

(2) What items can comprise the final QWLAS Long Form and Short Form

without significantly lowering scale reliability?; (3) Is the QWLAS a

reliable psychological instrument?; and (4) Is the QWLAS a valid

psychological instrument?

138

139

A broad-based perspective was gained through a review of general

research on attitude theory, attitude change, and psychometric measure­

ment. The more esoteric attitude assessment literature provided

specific methodological guidance toward the selection of instrument and

item formats, construction of the actual Scale, and statistical obser­

vations required for field testing and validation.

Originally, fourteen rationally-determined subscales formed a

conceptual framework for the inventory and provided content validity,

based upon a theoretical OWL schemata postulated by Herrick (198la), a

pioneer in these joint labor-management workplace democratization ex­

periments. An initial pool of attitude statements around this classi­

fication system was generated from a variety of sources, including the

involvement of the research subjects and literature consultation.

Through extensive filtering of the OWL statements through attitude scale

writing criteria, screening, and editing, as well as a content-based

sorting by a panel of judges, the 84-item QWLAS Pilot Form was final­

ized, consisting of 39 positively worded and negatively worded items.

The Pilot QWLAS was distributed to 303 employees in the Depart­

ment of Transportation and Flood Control District of Pima County of

Tucson, Arizona, following approval of proposed procedures by the

University Human Subjects Committee. The completed attitude scales of

179 respondents indicated the sample's mixture of demographic variables,

including subjects of varying ethnic origins, years of experience within

the County, degrees of current involvement in the OWL program, levels

of education and job classifications. Psychometric data were statisti­

cally treated using the Statistical Package for the Social Sciences

I<t0

(Nie and Hull, 1975) in order to answer the research queries about

underlying QWLAS factor structure, appropriate Long and Short Forms,

Scale reliability and Scale validity.

Confirmatory factor analysis employed a principal factors analy­

sis with a varimax rotation, as well as coefficient alpha tests of

internal consistency and subscale intercorrelations, and revealed that

the initial rationally devised subscales did not possess sufficient

factoral validity, homogeneity, or statistical independence to warrant

their being kept intact for the final forms.

Exploratory factor analysis surfaced 21 factors with eigen­

values over 1.00, but only two of these emerged as strong factors with

five or more items loading at the .50 level or greater. The first of

these two interpretable factors was established as involving a more

general attitude about the theory of the OWL program, appropriately

labeled the General Subscale, consisting of 17 positively criterial

items. The second subscale, entitled Specific Concerns, consisted of

12 negatively criterial items tapping attitudes toward more specific

realities of the program's existence. This basic structure is congruent

with the notion that individuals tend to have one set of reactions

toward a program in theory, which are usually mitigated by a second set

of sentiments which take into account the more practical, everyday im­

pacts of the change effort.

A third weaker factor, the Control Scale, emerged as an inter­

nally consistent personality construct believed to be separate from OWL

attitude and potentially useful for assessing an emotional dimension

related to QWL acceptance. Several extensive item analysis procedures

lk l

applied to the 29 items in the Long Form led to a 14-item Short Form

which yielded scores on the same two factorally-determined subscales,

as well as a Total Score. While appearing as separate constructs in

the factor analysis, the researcher does not recommend the use of the

Scale's two components as separate subscales for diagnostic purposes;

rather, the balance of the QWLAS is believed to be maintained through

the intact use of the entire instrument.

Cronbach's alpha estimate of reliability yielded high coeffi­

cients of .96, .95, and .93 for the Pilot Form, Long Form, and Short

Form, respectively. Furthermore, the General and Specific Concerns

Subscales each demonstrated high alpha coefficients of .9 and .92 for

the Long Form, and .91 and .88 for the Short Form.

All forms were reviewed favorably against face, content, con­

current and construct validity. Subjects from the Department of Trans­

portation participated in decisions involving selection of Scale state­

ments, contributing to content and face validity. Statistically

significant correlations were found between QWLAS means and respondents'

self-ratings of their QWL attitudes on Reddin's (1970) Change Accep­

tance Scale applied to QWL, showing a high degree of concurrent

criterion validity. Construct validation was evidenced by Analysis of

Variance tests, which revealed that the QWLAS discriminated markedly

among subjects by OWL committee seat status and ethnicity.

Limitations

The restrictions of the study influenced the conclusions, and

assisted in formulating recommendations for further research.

142

1. The Likert summated rating format of the Quality of Working Life

Attitude Scale means that there is no absolute value of a score on any

psychological continuum underlying the Scale. That is, there is no

"real meaning" of the attitude score independent of the scores' distri­

bution for this group of subjects, because the items were not scaled

according to how favorable they were toward OWL. Thus, the neutral

point is unknown and interpretation is limited to group attitude pat­

terns.

2. No control for representative sampling was achieved on any of

the biographical, independent variables because sample procurement was

based solely upon personnel pool characteristics that prevailed in the

field setting. Some sampling bias occurred, as in any questionnaire-

based study, since results were based only upon members of the popula­

tion who were willing to complete and return the Scale.

3. A major limitation of this study lies in its minimal sample size

for the factor analysis portions of treatment of the data. Kerlinger

(1973) suggests ten items for every subject, and an even less stringent

criterion for a subject pool of 2-1/2 times the number of items was not

realized (Powers, 1982).

k. No measure was employed to tap the extent to which respondents

answered in ways they thought socially desirable. Reynolds and Greco

(1980) have noted that in the measurement of attitudes toward socially

potent stimuli, this response bias of social desirability can confound

results. This drawback may be even more prevalent in a field setting

as opposed to academic environments.

3A3

5. Completion rate was undoubtedly decreased because of the length

of the QWLAS Pilot Form demanded in the field-testing stage; presumed

resentment by some workers of anything connected with QWL, thereby in­

troducing sampling bias into the results; and the mailing-type distri­

bution for the Divisions of Operations and Field Engineering, which also

may have produced less concentration on the task than is assumed for

respondents administered the Scale in meetings with the researcher.

Additionally, some.subjects complained of frustration with the small

print chosen for paper conservation and the overly-sophisticated wording

of some items, hindering comprehension. The expressed distrust of

management most likely influenced the high omission rate for the personal

bio-data sections, due to fear of being identified by the organization.

6. The content-based sorting by judges of the pilot items into

their original subscales occurred only once, before revisions. A

second sorting and reported percentages of categorization agreement

would have been desirable, even though the Subscales were disconfirmed

for many reasons beyond this inter-judge sorting.

7. The Change Acceptance Scale (CAS) used for concurrent valida­

tion should have been administered before the 8 Likert-styled items,

so that it could have been independently responded to before respon­

dents' thoughts were stimulated by the content of the other attitude

statements. Also, it would have been helpful to use judges to sort the

order of the CAS verbal cue words ("Protests," "Apathy," "Support,"

etc.), so as to anchor the continuum's ordering on an empirical, rather

than intuitive basis.

Ikk

8. Weighting of the response categories with higher numerical

weights corresponding to more favorable OWL attitudes ("Strongly Agree")*

rather than this study's higher weight on "Strongly Disagree," would

have facilitated score discussions associating higher scores with a

more positive disposition toward QWL.

9. The Gap Scores (Items 85-92) were omitted from statistical

treatments due to their impracticability. These items were to have been

calculated by subtracting a subject's response weight on Part A of the

item from Part B, but the variety of response patterns that could lead

to the same resultant Gap Score rendered interpretation unwieldy and

ambiguous. Other more easily manipulatable indices should be substi­

tuted for concurrent validity, such as the CAS.

Recommendations for Scale Development

The above limitations have implications for the development of

the QWLAS which are outlined below, along with additional suggestions

for strengthening the psychometric properties of the instrument.

The validity evidence described in this study can be even

further improved through continued validation, recommended for any

experimental scale. Factor analysis replication studies are required

to verify the two-factor results of this study. Larger and different

samples are suggested for cross-validation of the QWLAS.

Future research designs need to explore the factor results of

this study to determine whether the true source of variance is due to

the factors' labeled General and Specific Concern nature or, in fact,

due to their positively criterial versus negatively criterial wording.

The first factor's theoretical focus and second factor's more

3>5

operational focus may influence the direction of wording characterizing

the items loading on each respective factor, but any such relationship

is not explained by this study's findings.

Greater construct and criterion-related validation are necessary,

both of the predictive and concurrent variety, and the multi-trait-

multi-method matrix ideal of Campbell and Fiske (1967) can be a "north

star" in QWL attitude research. Concurrent validation is needed using

overt behavioral measures such as supervisor ratings of worker involve­

ment in QWL, comparisons among groups for number of regular QWL meetings,

proposal generation and similar criteria.

Within the framework of this initial validation study, experi­

mental studies are further warranted to ascertain the sensitivity of

the QWLAS to QWL attitude change during longitudinal studies. Addi­

tional exploration of construct validity is encouraged, through other

personality measures, such as authoritarianism, previously related to

QWL acceptance (Herrick, 1975). The Control Scale, which emerged in

this field testing as a separate factor with high reliability (.89),

needs to be related to authoritarianism (F-scales) and investigated for

its use in further research, since it may represent an underlying

personality trait, as well as being QWL-specific.

Future research could benefit from concurrent administration of

the Crowne-Marlowe Social Desirability Scale (Crowne and Marlowe, i960)

in order to rule out social approval as a variable in subjects' re­

sponses. Similarly, research is needed to isolate attitudes toward

change in general as discriminated from attitudes specific to a QWL

change effort; therefore, some sort of "rigidity" or related measure

146

needs to be administered as part of the validation battery. Naturally,

such extended test administration may not be feasible in field settings

due to the time involved. Nevertheless, research should be conducted

in academic settings, as well as those organizations willing to partici­

pate in the interest of advancing research in the OWL movement.

More rigorous sampling controls are recommended, possibly

through coding respondents' inventories, since such procedures would

facilitate test-retest and longitudinal assessment of OWL attitudes.

Additionally, while the original subscales were disconfirmed in this

initial QWLAS field testing and validation, some of these clusters, if

more items are written, may demonstrate better reliability and a sepa­

rate factor structure, as did the Control Scale in this sample.

Recommendations for Scale Use

Prospective users of the QWLAS need to take heed of Anastasi's

(1968) regard of most attitudes scales as experimental in their status

(Anastasi, 1968, p. 487) and, as such, the QWLAS should not be used for

predictive purposes, at least until after future validation. QWLAS use

for investigation of pre-post organizational attitudes and ongoing

assessment of OWL acceptance does seem warranted, particularly on a

group basis, since concurrent validity has been established. Further

research questions have been provoked by the ethnicity findings and lack

of expected differences along job classification lines. Additional

theoretical explorations are suggested by demographic variable results,

such as blue collar-white collar differences, impact of education on

OWL attitudes and supervisor versus grass-roots worker reactions.

1^7

Program practitioners are urged to consider attitude scale

administration as a tool in facilitating QWL acceptance, since the OWLAS

can assist in targeting particular components of the system needing

attention in orientation, follow-up training and system maintenance.

Of course, the substantive nature of specific questions will temper the

utility of the OWLAS for this purpose, and program evaluators deviating

from the suggested items in the QWLAS Long Form and Short Form, in

order to discover reactions to a particular aspect of interest, should

attend to the item analysis data for each item they employ. Beyond the

addressing of content-specific dimensions, the opportunity for ventila­

tion of attitudes and data feedback to employees may be healthy for

adjustment to any organizational change.

Determining the effects of the measurement process itself upon

subsequent data collected is difficult, as discussed by Salancik and

Pfeffer (1978). They warn that "measuring attitudes calls attention

to problems that otherwise may have had only minor salience or may not

have existed at all" (Salancik and Pfeffer, 1978, p. 2 2). This danger

of actually creating attitudes, especially negative ones, is mitigated

by the Scale's including one-half positively criterial and one-half

negatively criterial items.

Conclusions

The intent behind this study was to advance the "state of the

art" of research in the Quality of Working Life (QWL) movement taking

place on the American work scene, through the construction and field

testing of an instrument for assessing the OWL-related attitudes of

organization members. The psychometric data observed through pilot

148

testing of an 84-item, Likert-style attitude scale suggest that one such

tool, the OWLAS, does reliably and validly discriminate among individ­

uals holding favorable versus unfavorable OWL dispositions.

QWL, as a joint union-management venture electing mutual benefit

problem-solving committees on which both labor and management sit in

equal representation, has shown promise through various experiments

across this country since its 1972 inception. The importance of OWL as

a type of workplace reform is increased in these times of economic

stagnation, crisis in worker alienation, and ineffectiveness of adver­

sarial union-management relations in improving productivity and human­

izing working conditions. The breakneck pace of change worsens the

situation, increasing environmental turbulence and complexity. This

need for tapping the wellspring of worker resources in solving work­

place problems is accompanied by a timely evolution toward less auto­

matic subservience and greater equality and participative influence by

persons of different status in all spheres of society.

It would be folly to automatically assume QWL enthusiasm on the

part of all employees of an organization contemplating the initiation

of such a cooperative democratization project. The installation of QWL

committee structures is accompanied by its social-emotional climate,

which has great impact on the prognosis of the program. Availability

of a reliable, valid indicator of QWL attitudes, such as the OWLAS, is

important for forwarding the growth of such projects, especially given

the thread of participation-based involvement running through OWL's

philosophy, procedures and structures.

1^9

QWL's democratic directions and broader, macro-organizational

ramifications render it no less than a true social movement, beyond

interpersonally-focused organizational change efforts which are typi­

cally micro-organizational in their scope. Comprising such a social

movement, QWL's extension of democracy, evolution of social responsi­

bility, and cultivation of a participatory democratic consciousness

require the kind of attitude measurement Remmers (195*0 deems critical

for any "science of society" (Remmers, 195*S P» 16). It is therefore

hoped that organizations and academia will experiment with the QWLAS

or similar instruments to further establish the research sophistication

of investigating individual and group attitudes toward Quality of Work­

ing Life endeavors. Attitude scales tapping the intensity of one's

attitude are desirable for research purposes.

Practitioners of organizational development have typically been

tunnel-visioned in their "bottom-line" focus on economic outcomes of a

program, ignoring the dynamics of change, as could be explored through

the QWLAS's focus on attitudes toward an intervention. Organizations

may additionally benefit from the adoption of the QWLAS: at program

outset to assess the climate for change; throughout the program to

"take the pulse" of workers on an ongoing basis; over the course of a

project, monitoring the longitudinal appeal of the experiment; and

possibly as a diagnostic and predictive tool.

APPENDIX A

MEANS-END RELATIONSHIPS IN THE WORKPLACE

Courtesy of N. Q. Herrick

150

MEANS END

Process Organizational Policies

Requisite Operational Working Conditions

Areas of Effectiveness

Adversary Collective Bargaining

Security

Equity

Mutual Benefit Bargaining

Decentralization.

X y Education —> Democratization-

k Cooperative self-interest

Individuation

Participation

Human Effectiveness

Organizational -Effectiveness

Political Effectiveness

Human

IWell-

Being

Adversary Collective Bargaining: This is the process through which unions bargain with employers to agree upon wages and working conditions. The Taft-Hartly Act gives most private sector employees the right to organize and engage in this process.

Mutual Benefit Bargaining: This is a proposed process through which unions and employers could reach contractual agreement on matters which are in the best interests of both. Already, some unions and employers engaged in joint quality of working life experiments are developing non-enforceable memoranda of understanding dealing with such matters.

Education: An education policy assures that every employee is provided with oppor­tunities for mastering his own job, preparing himself for higher-level jobs, and obtaining the knowledge and skills which he needs in order to participate, directly and indirectly, in the management of the enterprise.

Cooperative Self-interest: To pursue a policy of cooperative self-interest is to develop and install systems which reward all members of a group for the quantity and quality of the group's activity. For larger groups of up to 1500 persons, the most appropriate rewards are economic (i.e., productivity sharing). For smaller sub­groups of from 10-50 persons, the rewards are generally non-economic (e.g., feedback, recognition, competence development). For maximum effectiveness, cooperative self-interest should function at both levels.

Decentralization: Decentralization is the delegation of authority to make decisions to the lowest appropriate organizational level. When authority is delegated below the lowest formal organizational level to individual workers or to groups of workers, the working conditions thereby presented are termed respectively individuation and par­ticipation.

Democratization: A democratization policy provides the worker with a structure through which he can influence his working environment. In this essay the term refers specifically to the recent U.S. practices of establishing (a) worker-supervisor com­mittees for each organization and at each organizational level and (b) problem-solving teams crossing organizational boundaries. It refers only to situations where the worker members of such committees and teams represent and are elected by constituencies of their fellow workers.

Security: Security is present in the workplace to the extent the worker is free from anxiety concerning his health, safety, income adequacy and job security.

Equity: Equity exists to the extent a work system is fair in terms of promotions, assignments, compensation, work standards and the absence of discriminatory practices.

Individuation: Individuation is present in the form of opportunities. The worker has opportunities for increasing his autonomy, knowledge, skills, the portion of a product or service which he produces, and the extent to which his job satisfies his desire for craftmanship.

Participation: Participation is an activity enabled and promoted by a democratization policy. It is of two sorts: direct and indirect. Direct participation is present in the work group when the first-level supervisor has delegated authority to the group to make operational decisions. It is also present for worker representatives, since they present their own as well as their fellows' views in committee and team meetings. Indirect participation exists where rank and file workers exert influence through their elected representatives.

Organizational Effectiveness: An organization is effective when it is able to survive over an extended period of time, provide useful goods and/or services to the public, produce these goods and services in an efficient manner, and provide economically, physically and psychologically enriching employment to its members.

Human Effectiveness: This is a person* s ability to control his immediate environment through direct action. Conditions such as individuation and direct participation make it possible for him to exercise this competence at work. They also tend to strengthen this competence so that it can be exercised in a person's non-work life.

Political Effectiveness: A person is politically effective when he is able to influence his environment through exercising control over the political system. Experience gained in controlling one's representatives at work can contribute to one's effectiveness in local and national politics.

Human Well-being: The end of work and, indeed, of all human activity, is intellectual, physical and emotional pleasure which is induced by one's own activity and which harms no-one else. This pleasure is assisted by favorable external (i.e., economic and

environmental) circumstances and arises, in part, from contributions made to the pleasure of others through one's cooperative activity (Herrick, 198la).

APPENDIX B

PIMA QUESTIONNAIRE*

•Permission granted by the author, Neal 0. Herrick.

155

PIMA COUNTY QWL QUESTIONNAIRE

Introduction

As part of your QWL program, the University of Arizona QWL staff is collecting information on working condi­

tions, satisfaction, services to the public, and the quality of supervision. In this way we will be able to tell

whether the QWL committee system is on track. We may also be able to provide the QWL committees with

some information which will help them recognize problems to be addressed, and to provide other organizations

with information which may help them in deciding whether or not to have a QWL program. This information,

however, will be aggregated to include large groups of answers. The reason we are asking some "off-the-job"

questions is to see if there is any connection between what happens at work and things like health and

life satisfaction.

Your individual questionnaire will be kept confidential. To assure this confidentiality, we will develop identi­

fication numbers for information that does not appear in your employment records. The purpose of these

identification numbers is to enable us to make comparisons of an individual's responses on this questionnaire

with responses to questionnaires he or she may take in the future. Only you will be able to match your name

with a questionnaire identification number. Individual responses to the questions in this booklet will be pro­

cessed by computers and will be reported only in summary form. All individual questionnaires will be returned

to the University of Arizona QWL Service Center and will remain there under the confidentiality safeguards of

the Center. It is up to you whether or not you wish to complete this questionnaire. We do, of course, hope that

you participate. However, we want to make sure that everyone who completes a questionnaire does so willingly -

and we will assume that this is so.

Thank you for your cooperation.

The University of Arizona QWL Staff

Do Not Write In This Space

CARD #1

1 2 12 3 4 5

Code No.

ABC 1 JKL 4 STU 7 6 7 8 9 10 11 12 13 14 15 16 17 18 19 DEF 2 MNO 5 VWX 8

GHI 3 PQR 6 YZ 9

No Middle Initial 0

EXAMPLE

J. R. D O E

PART A

INSTRUCTIONS: For questions 20-23, please fill in the blank with the required information. For questions

34-39, check the appropriate box.

20-21. Your Department

22-23. Your Division

(e.g., Traffic Engineering, Administrative Services, Operations, etc.)

24-25. Your Section

(e.g.. Road Maintenance, Sign Shop, Survey, etc.)

26-27 Your Unit

(e.g., District 1, Equipment Pool, etc.)

28-31. Your Job Classification

(e.g., Equipment Operator 2, Public Works, Tech., Public Works

Supervisor, etc.)

32-33. Pay Grade_

34.

35.

36.

(i.e., 1-54)

What was your age on your last birthday?

Under 20

21-25 years

.• 26-30 years

.• 31-35 years

• • • •

36-40 years

41-45 years

46-55 years

56 years or older

Are You: !.• Mala

Female

Check your ethnic/cultural background.

1. 1 1 Black 3.

Oriental 4.

5.

• • •

American Indian

Spanish/Mexican American

Other

h-1

00

37. How far did you go in school?

Some elementary school (grade 1-7)

Finished the 8th grade

Some high school <9-11J

4. 1 1 High School diploma

Some college or technical training beyond high school

Undergraduate degree

Graduate degree

38. How long have you worked for this Department?

39. Are you:

• • • • • • •

• • •

Less than 30 days

1-3 months

3-12 months

1 -3 years

3-5 years

5-10 years

10 years or more

Married

Widowed

Separated

* . • D i v o r c e d

Never Married

Ul vO

PART B For Non-Supervisory Employees Only

INSTRUCTIONS: For each statement, please indicate how true you feel it is by circling the answer of your

choice.

40. It helps me personally if I make my

co-workers look good.

41. If I ever need a helping hand, my

co-workers are eager to pitch in.

42. My co-workers go out of their way

to make me look good because when I

do well it helps them.

.a <# / /

£

PART C For Everyone

INSTRUCTIONS: Please indicate how true you feel each statement is by circling the answer of your choice.

/ j J

f / i ,/ ' A." £ /

-/ / / / 43. I have to ask my boss before I do almost anything. 12 3 4

v

44. I know enough about the County's budgeting,

personnel and procurement systems to function

well on a QWL committee.

45. If I make my supervisor look good, it helps me as

an individual.

46. Job reassignments are handled fairly in this

organization.

47. When a good job comes out of my immediate

work group, we all get the credit.

48. My job will be here as long as I want it.

49. Even small matters have to be referred to

someone higher up for a final decision.

50. When a good job comes out of my

division, we all get the credit.

51. This organization provides the training

opportunities I need to prepare myself

for promotion.

52. It's a good thing for me personally

whenever the managers above me get

praised for a job well done.

53. The work load requirements for my job

are fair.

54. It's in my best interests to bend over

backwards to cooperate with people in

other divisions. , 1 2 3 cr\

4 5 ^

55. My job security is good.

56. If upper-level management would delegate

more authority down the line, we could

do a better job.

57. If I ever need a helping hand, my supervisor

is glad to pitch in.

58. I know what is required in the way of

courses at the University of Arizona or

Pima Community College to prepare

myself for the specific jobs I would like

to hold in the future.

59. Promotions are handled fairly in this organization.

60. There is little chance that I will be laid off

during the next year.

61. The education I need in order to reach my

goals is available to me.

62 My Supervisor has to ask his/her boss before

doing almost anything.

63. Merit raises are handled fairly in this

organization.

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

H CT\ ru

PART D For Supervisors and Managers Only

jC* .O *»

^ P £ $ ^ *

/ / / / / 1 2 3 4 5

64. The people who work for me try to make

me look good.

65. It helps me personally if I make my fellow-

supervisors look good.

66. If I ever need a helping hand, my fellow

supervisors are eager to pitch in.

67. My fellow-supervisors go out of their way to

help me because when I do well it helps them.

68. It helps me personally if I make my subordinates

look good.

69. I trust the people below me in the organization

to keep their word and to look out for my best

interests.

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

PART E For Everyone

INSTRUCTIONS: Here are some statements that might be made about your job. For each statement, write the answer that is most true of your job now.

70. I have a lot of say over what happens on my job.

71. I do a variety of things on my job.

72. I am left alone unless I want help.

73. On my job I do a small part of each task; then

someone else takes over.

/C

A" 1

1

1

<9 2

* $ * $

' /

2 3

2 3

c> a:" o* ^ & *

4

4

4

PART F For Everyone

INSTRUCTIONS: Here are several kinds of decisions which get made at work. For each, circle the answer

describing how much of a say you have in these matters.

74. Developing programs and oolicies for my

division, department or for the County.

75. Deciding on solutions to problems in my work unit.

76. Developing programs and policies for my work unit.

* 1

1

1

4"

>/ ^ 2 3

/ / *

*V// & 4

77. Deciding how my unit actually performs its work -

the methods used, how the work is organized, etc. 1 2 3 4 5 & -p-

Do Not Write In This Space

CARD #2

2 1 2 3

PART G For Everyone

INSTRUCTIONS: How much do you agree or disagree with these statements. Please circle your answer.

A few strong leaders could make this country

better than all the laws and talk.

* /

// //./

3 4

4?

5. What young people need most is strict discipline

from their parents.

6. Most people who don't get ahead just don't have

enough will power.

PART H For Everyone

INSTRUCTIONS: Here is a list of physical conditions. Please check how often each has happened to you in

the past year.

CT\ VJl

a 7. Finding it difficult to get up in the morning. 1

8. Having trouble getting to sleep. 1

9. Poor appetite. 1

10. Becoming very tired in a short time. 1

11. Having headaches. 1

PART I For Everyone

INSTRUCTIONS: Please circle the answer that describes your situation best.

/ All in all, how satisfied would you say you are with:

/ 12. Your job? 1

13. Your family or home life? 1

14. The way you handle problems which come

up at work? 1

15. Your marriage or - if unmarried - your

other main relationship? 1

16. The extent you can adjust to changes in

your work? 1

17. Your opportunity to change things you

don't like at work? 1

PART J For Everyone

INSTRUCTIONS: Please circle the appropriate answer.

A * 18. Taking all things together how would you say ^

things are these days? Would you say your're ^ ^

very happy, pretty happy, or not too happy -2? ^

these days? 12 3

PART K For Everyone

INSTRUCTIONS: Here are some statements which might be made about the services your organization provides

to the public. Please indicate how true you feel each statement is.

19. People in my work group try to give a fair

day's work for a fair day's pay.

<•

1 c?

/ ^ / / a*

20. This Department does a good job of serving

the public.

21. The people I work with are competent and

dedicated to doing their jobs well.

22. I feel proud to be a County employee. cr\ -o

PART L For Everyone

INSTRUCTIONS: Circle the answer which best describes how true you think each statement is.

23. I have the power to influence things that

affect me at work.

24. I feel hopeful about my future.

25. Frequently I do things off-the-job with my

co-workers.

26. I trust the people above me in the organization

to keep their word and to look out for my best

interests.

27. My life is going nowhere.

28. I know a great many people all over the

Department.

29. I don't have any real hope that I'll ever get much

control over my working life.

30. In general, I do what I set out to do.

31. I wouldn't recommend my job to a friend.

32. In general, I have a lot of respect for the people

in this Department.

2 3 4

2 3 4

2 3 4

2 . 3 4

2 3 4

2 3 4

2 3 4

2 3 4

2 3 4

2 3 4

/ s® A*?

/ / ./ J / 33. I trust my co-workers to keep their word and to J? cj* cf ^ ^

look out for my best interests. 1 2 3 4 5

34. t have the power to influence things that affect

me in my life away from work. 1 2 3 4 5

35. All in all, I am very satisfied with the kind of

work I have to do on my job. 1 2 3 4 5

36. This is the sort of job that I want at this point in my life. 1 2 3 4 5

PART M For Everyone

INSTRUCTIONS: Here are some things people do from time-to-time. When was the last time you did each of

these things? ^

/ *° J / / / / -* g if 4? f x? f J

••P £ i if x- £ 37. Took part in political activities. (Not v v ^

including voting.) 1 2 3 4 5

38. Worked on a neighborhood project. 1 2

39. Took part in a community organization s

activities. 2 3

M 40. Did you vote in the last election? 1.1 I YES 2. I I NO ^

PART N

FOR EVERYONE

INSTRUCTIONS: The following are descriptions of the way a supervisor might perform his/her job. For each

statement, please circle the answer that best describes your Department Director, Division

Head, Section Head, and , if applicable. Unit Head and Assistant Unit Head. Complete the

columns that apply to you only. For example, if you are not in a unit or section, complete

columns one and two only. If you are in a unit, (e.g.. District 1) but report directly to the

Unit Head, complete the Unit Head column but leave the Assistant Unit Head Column blank.

41. For Unit Employees Only

I report directly to

• The Unit Head

2. I I The Assistant Unit Head

My Supervisor:

SUPERVISORY PRACTICES

42-46. Is friendly and

approachable.

47-51. Threatens employees

with being layed off

if they don't produce.

(1)

Department

Director

12)

Division

Head

(3) Section Head

(e.g.. Road

Maintenance,

HES, Sign

Shop, etc.)

(4)

Unit Head

District 1,

Equipment Pool

H.M., etc.)

15)

Assistant Unit Head (e.g..

Assistant District

Foreman)

/ //// / o° 4 / 1 2 3 4 5

// //** / cf 1 2 3 4 5

/////

1 2 3 4 5

/ / / // / <f <f £ 1 2 3 4 5

/////

1 2 3 4 5

1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

Do Not Write In This Space

CARD #3

3

1 2 3

52-56 Lets subordinates

know what is expected

of them.

57-61. Makes his/her attitude

clear to subordinates.

62-66. Keeps his/her word.

67-71. Treats his/her

subordinates with respect.

72-76. Puts suggestions by

subordinates into

operation.

4-8. Maintains effective discipline.

9-13. Plays favorites.

14-18. Provides direction and

guidance when needed.

19-23. Sets an example of

good working habits.

(1)

Department

Director

(2)

Division

Head

(3)

Section

Head

(4)

Unit

Head

(51

Assistant

Unit Head

/ / ////? ///// / «" J

/* '//

j /

/ / J 7? /. T <^ 7

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

(1)

Department

Director

(2)

Division

Head

(3)

Section Head (e.g.. Road

Maintenance,

HES. Sign

Shop, etc.)

(4)

Unit Head

District 1,

Equipment Pool

H.M.. etc.)

(5)

Assistant Unit

Head (e.g..

Assistant District Foreman)

TECHNICAL COMPETENCE

24-18. Counsels and helps me get

the training and education 1 need to reach my goals in

life. (Immediate Supervisor only.)

/ / j 1 2 3

A 7/

4 5

* /A / / ///

1 2 3 4 5

/. 1 2

/) 3

A 7/

4 5 1

/ /

2 3

A 7/

4 5

t t ////• 1 2 3 4 5

29-33. Is more of an advisor and

trainer-counselor than an

order-giver and discipli­

narian. (Immediate

Supervisor only.) 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

34-38. Know his/her job. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

39-43. Gets the job done well. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

44-48. Does a good job of

providing me and my

co-workers with needed

tools and supplies. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

49-53. Makes sure that our

equipment and pro­

cedures are safe. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

54-58. Know how to do all the jobs under him/her. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

59-63. Cooperates well with other

supervisors on the same level. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

(1) (2) (3)

Section Hood (e.g.. Road

Maintenance.

(4)

Unit Head

District 1.

15)

Auiitant Unit

Head (e.g.. Department Division HES. Sign Equipment Pool Assistant District

Director Head Shop, ate.) H.M., etc.) Foreman)

54-68. Argues with his/her superiors when he/she

disagrees with something.

but - if he/she can't get it ^ / changed - supports his

superiors wholeheartedly

and never lets his subor­ ///// 4 & C? / ////V ^ J? V / / / / * £ $ /

* <? / f

/ / / // «CV <f $ ^ /Z f / z

dinates Know he disapproved

in the first place. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

69-73. Avoids Responsibility by

blaming his/her superiors

for orders he/she disagrees

with or for things that go

wrong. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

74-78. Allows my work group

enough freedom so that we

know what to do next after

finishing a job. (e.g., so that

we aren't left standing around

with the public thinking that

we're loafing.) 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

Do Not Write In This Space

CARD #4 A

T1 3~

(1)

Department

Director

(2)

Division

Head

(3)

Section

Head

(4)

Unit

Head

(5)

Assistant

Unit Head

QWL PERFORMANCE

4-8. Holds QWL committee

meetings at least once a / / / / / T O (f / / / /% /

* ^

/ / / / /

* /•

// # / •V/ * /

/ <f J / / month, (twice a month

if he/she is the ranking

member of a "grass roots"

committee.) 1 2 3 4 5 12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

9-13. Does everything in his/

her power to make QWL work. 1 2 3 4 5 12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

14-18. Makes sure QWL reps in

his/her unit are freed up

to attend higher-level

-

QWL meetings. 1 2 3 4 5 12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

19-23. Contributes ideas and

suggestions in QWL

Problem-solving. 1 2 3 4 5 12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

24-28. Promptly implements

QWL proposals as soon as they are approved. 1 2 3 4 5 12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

29-33. Holds % hour weekly QWL

meetings for alt employees

in his/her unit, (first level

supervisors only.) 1 2 3 4 5 12 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

(1)

Department

Director

(2)

Division

Head

(3)

Section

Head

(4)

Unit

Head

(5)

Assistant

Unit Head

34-38. Holds a mass OWL meeting

for all his/her employees

once a quarter. (Oept.

Director only.)

///// 1 2 3 4 5

// / / / / / y <f o ^

Does Not Apply

^ / // *

^ If O « ^

Does Not Apply

J ? / / / /

/ / • / /

Does Not Apply Does Not Apply

39-43. Promptly approves or

takes other action on

QWL proposals. 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

44-48. Works towards increasing

my opportunities to be

autonomous in my job.

(immediate Supervisor

only.) 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

49-53. Helps me and my co-workers

organize ourselves into teams.

(Immediate Supervisor only.) 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5 1 2 3 4 5

PARTO For Everyone

INSTRUCTIONS: Check or circle the answer which describes your situation.

54. Does your organization have a QWL

committee structure?

If "no" skip to question 63.

55. Do you sit on a QWL committee?

56. If "yes" to question 55, what

level (s) ?

i. CZ1 YES

1. cm YES

1. E=• Grass Roots

2. CZ3 Action

2. IZZI NO

2.1 I NO

3.r=n Division

4.CZ3 Department

INSTRUCTIONS: If no to question 55, (if you do not sit on a QWL committe), please circle the answers

which best describe your situation.

57. MY QWL representative keeps me informed

of everything that goes on in Department,

Division, Secion, and Grass Roots QWL

meetings.

58. The QWL committee for my unit works to

help me an my co-workers organize into

teams.

59. My opinions are taken to meetings by my

QWL representative.

60. The QWL committee for my unit makes

proposals to higher management.

61. The QWL committee for my unit works to

make the jobs in my unit more autonomous.

62. The QWL committee for my unit does a good

job of improving things around here.

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

1 2 3 4 5

M ^3

Whether or not you sit on a QWL committee, please answer the remaining questions.

63. The QWL program as a whole does a good

job of improving services to the public.

64. The QWL program as a whole does a good

job of improving the quality of working

life in this department. 1 2 3 4 5

65. The QWL program spills over into my

"off-the-job" life and makes it better. 1 2 3 4 5

66. In my Department there is always a

problem-solving team made up of

employees and supervisors from

different units working on a

Departmentwide proposal. 1 2 3 4 5

•>3 CD

APPENDIX C

DEPARTMENT HEAD MEMO

179

l8o

PIMA COUNTY DEPARTMENT OF TRANSPORTATION AND FLOOD CONTROL DISTRICT

1313 SOUTH MISSION ROAD

TELEFHONE

BOARO OP SUPERVISORS BOAPO OP OiRECTOftS

Kate Ouaanotrry 0«"d i S*n Lfna •Hind 2

£ & 'Bwr 0«nei 3

Cento i&frm Dana«

0«mI Yctffltn Oawet S

TUCSON. ARIZONA 85713

(602) 0B2-2S67

M E M O R A N D U M

TO: John M. Bernal, P.E. Thomas P. MoGovern, P.E. John B. Lynch, P.E. Paul F. Steiner, P.E. Mark F. Spies

FROM: C. H. Huckelberry/ Director

DATE: February 4, 1981

RE: Organizational Development Support to QWL System

C M PLS Pg ORECTOfl

Consistent with my efforts to facilitate the adoption of the QWL management system program, I would like you to work cooperatively with Rick Brandon in setting up QWL training programs necessary over the next six to eight months.

While the specific nature of each program will depend upon the individual needs of your Division, I antici­pate benefits from a set of initial diagnostic meetings with Rick to occur according to the following schedule:

Division Heads 1J hour mtg wk of 2/8/81 Supervisors 1J hour mtg wk of 2/16/81 Rank St File Workers (without supervisors or

division heads)1$ hour mtg by Division wk of 2/23/81

These meetings will surface interpersonal and inter-group needs that might be addressed by training/ organizational development interventions.

While we need to avoid, to the extent possible, inter­ference with work flow in your Division, X urge you to give priority importance to Rick when he contacts you from the QWL Service Center.

CHH/sv

Highways • Airports • Alternate Modes • Flood Control • Floodplam Management • Engineering and Planning

APPENDIX D

INITIAL GENERAL INVENTORY

Attitude Inventory

From the perspective of your role in the County, what favorable and unfavorable attitudes do you have towards the OWL program?

Attitudes: reactions, concerns, reservations, objections, thoughts

181

APPENDIX E

SUBSCALE GROUPINGS OF PILOT ITEMS

16. At least QWL sees the need to try to do something about the eco­nomic crisis we're all in.

21. In our rapidly changing world, we need some program like QWL to teach us about social values and how to face the future.

25. The public sector has different problems than the kind QWL is meant to handle.

27. QWL should be restricted to production or manufacturing settings.

28. I resent that QWL wrongly assumes that I am turned off to this organization.

^7. This organization needs some way to get employees and supervisors to work together harmoniously for mutual benefits.

63. QWL has a lot of gall to tell us we need to communicate better when we do OK already.

73. White collar employees can benefit from the OWL system being intro­duced to their organizations.

FAITH

13. QWL programs "toss a bone" to make employees tolerant of management decisions on bigger issues.

15. Employees can be active in a QWL program without being "stooges" selling out workers' interests.

18. QWL is right in getting employees' hopes up for change.

38. The true reasons behind QWL programs include making jobs better and employees happier.

ko. Why should I trust QWL's intentions when other organizations already do the same things without using some special programs?

182

183

4l. OWL is overly optimistic and "cure-all" in its hopes to make a difference.

48. OWL programs are management "cons" to get employees to work harder without more pay.

49. QWL seems realistic in its basic goals of trying to break down barriers between labor and management.

DECENTRALIZATION

9. I like how OWL's delegation of more authority to lower level super­visors makes them better able to share decisions with employees.

76. Delegating authority to lower levels of supervision through QWL would result in chaos and disorder.

8l. OWL's delegation of more authority downwards provides managers and supervisors the opportunity to develop new, more constructive roles.

83. If top management does what QWL suggests and gives lower level supervisors more authority to make decisions, we won't know if things are getting done anymore.

EDUCATION

11. OWL should leave education about budget, personnel and organiza­tional decisions in the hands of management who are trained and paid to deal with these matters.

50. OWL's emphasis on workers learning about their jobs and the organi­zation is asking for trouble since management policies will end up being attacked by know-it-all employees.

79» I appreciate QWL's ideals of educating employees in budget, per­sonnel and organizational matters so that they become valuable resources to the organization.

COOPERATIVE SELF-INTEREST

4-3. OWL increases unnecessary competition between units and divisions by allowing one group to pass a proposal at the expense of another.

55« I like the part of QWL that tries to reward everyone in the group when the work group does well.

65. I support OWL's rewarding everyone in the group even if someone is not pulling his full load.

18k

DEMOCRATIZATION

3. The OWL committee system is flexible enough that we can modify it to our satisfaction.

17. The OWL committee system is too bulky, with another meeting every time I turn around.

20. OWL democratic committee structures prevent leaving cooperative management up to the individual whims of supervisors and managers.

46. All this OWL talk about bringing a democratic committee system to the workplace scares me as being too radical a political idea.

69. The OWL democratic committee structure puts too much control "into the hands of the people."

72. The QWL committee system fits smoothly and compatibly with the existing organizational structure.

7*U There's too much attention given by QWL to rigid procedures, stan­dards and schedules for its committee system.

77. QWL should keep its complex committee structures to guarantee representation at all levels of the organization.

82. The QWL committee system brings too much added bureaucracy into our organization no matter how good its purposes might be.

INDIVIDUATION

10. If OWL gives employees more opportunity for decision-making in how they carry out day-to-day work, we won't be able to tell anymore if things are done right.

23. It's important to me that OWL tries to return a sense of pride to the worker's job by seeing him/her as a craftsperson.

2k. Like QWL, I believe today's more educated and expert employee deserves added freedom to make decisions on the job.

78. I like how OWL seeks to increase freedom and autonomy in everyday work so that all employees can make more of a contribution in their jobs.

PARTICIPATION

22. QWL causes things to get out of hand by offering employees too much participation in decisions about the workplace.

185

53. QWL participation in proposal writing and suggestions sets you up for revenge from other people.

66. QWL's participation directions foolishly give influence and input opportunity to employees who are too lazy to want it.

75. QWL is a healthy opportunity through which employees have more say in expressing concerns, problems and suggestions.

ECONOMIC BENEFITS

k. QWL benefits taxpayers by reducing the cost of public services.

1 . OWL achieves progress on making the organization more efficient.

36. Interested people can find ways to make OWL fit their needs and the time they have available,

*+5. QWL is all talk and no action to improve public services.

57. We should adopt a better, more cost-effective alternative to OWL like a suggestion system.

58. OWL involvement should be accompanied by a reduction in other work demands since there's a time conflict.

62. OWL is superficial "wheel-spinning" unless it can deal with budget-related issues like pay, staffing and benefits.

71. Sure, QWL takes time, but it should be seen as an important part of the way people do their jobs.

HUMAN BENEFITS

2. OWL is all talk and no action to improve working conditions for employees.

5. QWL rounds out my overall work experience, making it more meaningful.

19. QWL hurts morale by adding pressure<>

30. QWL experience in controlling work environment contributes to workers' effectiveness in influencing local and national politics.

J>k. OWL hurts copmunication by creating splits between pro-OWL and anti-OWL groups.

6l. QWL does nothing to increase pleasure in off-the-job life.

186

6k. OWL puts up more communication walls between managers, supervisors and other employees.

70. OWL aids the organization in providing more enriching employment.

60. My relationships with peers have improved through OWL opportunities to discuss and hear their views.

GENERAL

35. I hope ©WL is in danger of not surviving here.

42. OWL is a worthwhile program that should be pursued all the way.

52. Overall, QWL is a desirable thing to have.

8k. If I have any say in the matter, my own involvement with QWL will probably be low.

FUNCTIONING

8. Non-supervisory employees use QWL to try and get out of work.

26. Supervisors use OWL as a way to escape doing their jobs respon­sibly.

29. Division Heads participate in QWL more out of loyalty to the Department than out of belief in the program.

31. The Board of Supervisors' support for OWL is only lip service.

32. The Department is more committed to the success of QWL than other personnel programs that I've seen come and go.

33. QWL meetings are long, poorly led B.S. sessions.

37. QWL representatives use meetings to air personal gripes instead of bringing the views of fellow workers.

Supervisors see QWL as a valuable aid to doing their jobs even better.

51. QWL representatives do a good job of taking information back to grass roots so that their fellow workers are not kept in the dark.

56. At our QWL meetings everyone shares ideas openly and freely.

59. Our committees send proposals up and down the QWL system effec­tively and quickly for action at the appropriate level.

187

67. OWL meetings include hostility and personality clashes which stand in the way of getting things done.

IMPLEMENT ATION

1. The organization did a good job of preparing people for QWL long before it arrived, so that many were "on board" before Orientation.

6. Orientation was so abstract and poorly communicated that many employees still do not understand.

7. QWL should involve the vote of everyone on whether it's wanted, or else it's being forced like Big Brother.

12. It's fine with me for QWL to use evaluations and questionnaires to measure its own progress and to understand participant attitudes.

39. The "mob training" approach to QWL orientation should be reorga­nized into smaller groups.

5 . The outside third party help with QWL was pulled out too soon, leaving us to sink or swim.

68. QWL startup help from an outside consultant is rightfully brought in by labor and management when QWL is introduced.

80. Follow-up training in QWL is valuable in responding to our needs.

CONTROL

10. If QWL gives employees more opportunity for decision-making in how they carry out day-to-day work, we won't be able to tell anymore if things are done right.

11. QWL should leave education about budget, personnel and organiza­tional decisions in the hands of management who are trained and paid to deal with these matters.

22. QWL causes things to get out of hand by offering employees too much participation in decisions about the workplace.

50. OWL's emphasis on workers learning about their jobs and the organization is asking for trouble since management policies will end up being attacked by know-it-all employees.

69. The OWL democratic committee structure puts too much control "into the hands of the people."

Delegating authority to lower levels of supervision through OWL would result in chaos and disorder.

If top management does what OWL suggests and gives lower level supervisors more authority to make decisions, we won't know if things are getting done anymore.

APPENDIX F

JUDGES1 INSTRUCTIONS

INSTRUCTIONS TO JUDGES FOR CLASSIFYING ATTITUDE STATEMENTS

I appreciate your cooperation in the construction of the Quality of Working

Life (QWL) Attitude Scale. "Quality of Working Life" is a phrase used to describe

a variety of organizational structures and managerial approaches, values and processes

for humanizing the workplace. However, here QWL refers to the recent U.S. practice

of utilizing joint labor-management cooperative problem-solving groups for organ­

izational change. This institutionalization of employee participation in decision­

making occurs through a multi-level committee system that involves both elected

worker representatives and management/supervisor members, thereby weaving democratic

influence into the very structure of the organization. Beyond interview and open-ended inquiry, no systematic assessment method has

been used for understanding the attitudes of groups toward these labor-management

co-determination efforts. My hope is for this scale to become a useful contribution

to research methodology for QWL experiments in Pima County or even throughout the

country. Then we might better be able to "take the temperature" of programs in

progress and to predict the likelihood of program survival in organizations considering

adoption of QWL.

PLEASE READ THE FOLLOWING INSTRUCTIONS CAREFULLY

I am not interested in knowing whether or not you agree with each statement.

Instead, I want you to identify each item as being for QWL or against QWL. Whatever

your own opinion of QWL, you should be able to judge a statement as favorable or

unfavorable toward QWL. Please circle one of the three responses on the left side

of each card: "favorable," "unfavorable," or undecided" (if the statement is ambiguous

or if you are in doubt).

Your next job is to classify each attitude statement into ane of the ten content categories, which represent various aspects of QWL programs. It is essential

that you read and understand the meaning of each grouping so that all judges are

sorting the items by the same criteria, not by their own interpretation of what the

category should include. Please read carefully the descriptions of the ten classi­

fication groups for items, and how nany items belong in each. Then place each item

in one of the ten envelopes, depending upon which category you think it should fall

under.

There are no right or wrong answers. I am simply interested in the generality

of classifying the items into the following rationally based groupings. When you

have finished, put all the snail envelopes into the large envelope and write your

name on it. THANK YOU FOR YOUR PARTICIPATION!

1) Need for Program {8 items)

This group includes attitudes about the need for, or applicability of the QWL

program. Need here refers to whether problems even exist that call for QWL or some

similar effort. Applicability items should be attitudes about the appropriateness

of a program like QWL for this particular setting or employee. Statements should

concern whether there is a need for any program for this setting, rather than judg­

ments about QWL's specific ability or approach for affecting change.

189

190

2) Faith in the Program (8 items) These items express attitudes about the feasibility of QWL's goals at the

outset, and trust in its intentions. Feasibility taps feelings about the range and

loftiness of QWL's aims or potential aid should not include statements abait actual

outcomes or how siKcessful QWL has been. Trust items express the degree of belief

in honorable intentions and the true reasons behind QWL, as well as trust in the good

will of the program's initiators. These items say less about the specifics of QWL

itself than they do about the respondent's faith in the organization's aims and in the

program's chances for naking a difference.

3) Requisite Policies; Decentralization (4 items), Education (3 items), and

Cooperative Self-interest (3 items)

This category includes items about the three QWL requisite policies that enable

the committee structures to effectively democratize the workplace, and does not include

attitudes abcut their resultant work conditions of individuation and participation (see Category 5).

3a) Decentralization items concern the redistribution of authority along the

existing management structure, the delegation of authority for decision-making to

the lowest appropriate level of supervision. This group should not deal with the

specific arrangements for sharing this authority or the giving of freedom to do

one's own particular job with discretion and autonomy. Rather, we're involved here

with the actual issue of passing authority from upper levels down the hierarchy to

place appropriate decisions in the sphere of lower level supervision and workers.

3b) Education items include attitudes about policy that provides opportunities

to develop oneself and learn about one's job and the organization, so that employees

are ccmpetent to deal with the increased authority in decision-making that QWL offers.

Statements contained in this group convey feelings about how much organizations should

make provisions for training, advancement, and development of skills, organizational

knowledge and individual responsibility.

3c) Co<^erative Self-interest items are attitudes about the policy of organizing

the workplace so that all members of a work group are regarded (recognition, money, etc.)

for the group's output and activity. These statements concern QWL's replacement of

individual or interest-group competition with cooperation and work towards group goals

so that the interest of the individual can be in harmony with the interests of his/her fellows and of the organization.

4) Operational Policy: Democratization (9 items)

Democratization here refers to the establishment of a specific means through

which emplcyees can influence the work environment, that of an organization-wide

joint worker/supervisor committee structure. These items d^l with this tangible

committee system of elected representatives as a vehicle for evolving employee parti­

cipation. This category should not contain opinions about the implementation,

effectiveness or outcomes of the committees in the respondent's organization (see

Categories 6,7,8, and 9), nor should they involve attitudes toward the idea of par­

ticipation. This category only includes feelings about the structure of the committee

system itself, with its meetings, procedures and standards.

5) Work Conditions: Individuation (4 items) and Participation (4 items)

These items refer to the work conditions experienced by employees as an outgrowth

of the above requisite and operational policies. -While policy attitudes involved

issues once removed fran the everyday personal experience of workers, these statements

reflect feelings about the direct, everyday impact of QWL in the form of the "felt

experiences" of individ\ation and participation.

5a) Individuation items express attitudes aboit circumstances that allow the

employee opportunities to distinguish oneself from others and maintain uniqueness. They

can relate to personal autonomy; craftmanship; and freedom on-the-job to exercise

skills, descretion, and responsibility.

5b) Participation items are statements about the opportunity to influence and

have input to organizational decision-making and they relate to the actual experience of influencing one's working arrangements, and the policies, programs and plans of the

organization.

6) Implementation (8 items)

This category should include attitudes about how QWL was brought into the or­

ganization and implemented, not whether it should have been adopted or what it has

achieved. These statements should concern the process undergone from method of intro­

duction to QWL, program quality, follew-through and third-party consultant involvement.

191

7) Economic Benefit Outcomes (8 items)

This category includes statements about QWL outcomes but here the items deal

with organizational effectiveness and productivity increases. These attitudes have

to do with questions of whether QWL is worth the time and effort spent in relation

to the costs of providing public services.

8) Human Benefit Outcomes (9 items)

Attitudes contained here concern QWL results in terms of human benefits achieved.

These statements can refer to the existence or non-existence of gains in satisfaction

and well-being at work or off the job, effects of QWL upon relationships among

employees and individual political effectivenessacquired through involvement with QWL.

9) Program Functioning (12 items)

Items in this category express attitudes about how well the QWL process is functioning

and about the level of involvement assumed by the organization's members, not the

merits of the QWL program itself or the results it has achieved. These opinions about

the quality of QWL involvement and process in this particular setting can involve

perforrance of QWL duties, quality of meetings and commitment of various groups to

the program's success.

10) General QWL Attitude (4 items)

These items are global statements of the respondent's own disposition towards

QWL as favorable or unfavorable, or his/her opinion about QWL's chances of surviving.

These should not be estimates of the level of support of various groups, nor attitudes

abcut specific aspects of QWL. Father, these statements can refer to one's own

personal commitment and intentions regarding QWL involvement.

APPENDIX G

PILOT QWLAS

QUALITY OF WORKING LIFE (OWL) ATTITUDE SCALE

As you know, there is much disagreement in people's attitudes and reactions toward the OWL program. This scale contains statements about different aspects of the program and covers many points of view. You can help us understand and further react to your attitudes by answer­ing each item below based on how you feel about different parts of OWL.

There are no right or wrong answers and you can be sure that however you mark each statement there are others who feel the same way you do. The best answer is your own personal opinion regardless of whether you think others might agree or disagree. Please do not spend too much time on any one item because it's very important that you are able to finish marking every item without leaving blanks.

We want to assure you the answers will be strictly confidential and nothing you state here will in any way be used by your employer or any other organization. Your willingness to participate will be shown by your return of this questionnaire. We do need everyone possible to take part so your cooperation would be greatly appreciated. V® DO NOT WANT YOU TO SIGN YOUR NAME TO ANY PART OF THE SURVEY, SO PLEASE BE AS STRAIGHTFORWARD AND HONEST ABOUT YOUR ANSWERS AS YOU CAN. THANK YOU!

DIRECTIONS: Carefully read each statement and circle the one answer to the right that best shows how much you agree or disagree with the statement, depending on how you feel in each case.

1 — Strongly Agree 2 — Agree 3 — Tend to Agree k — Neutral 5 — Tend to Disagree 6 — Disagree 7 — Strongly Disagree

Ex: "I enjoy helping others through OWL." 1 ji* 3 5 6 7

192

193

In this example, the person felt good about his progress in OWL, so he circled #2 for "agree."

AGAIN, WE ASK FOR YOUR HONEST COOPERATION, SO PLEASE BE FRANK WITH YOUR ANSWERS.

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1. The organization did a good job of preparing people for OWL long before it arrived, so that many were "on board" before Orientation. 12 3 567

2.* QWL is all talk and no action to improve working conditions for employees. 1 2 3 5 6 7

3. The OWL committee system is flexible enough that we can modify it to our satisfaction. 1 2 3 k 5 6 7

OWL benefits taxpayers by reducing the cost of public services. 1 2 3 k 5 6 7

5. QWL rounds out my overall work experi­ence, making it more meaningful. 1 2 3 k 5 6 7

6.* Orientation was so abstract and poorly communicated that many employees still do not understand. 1 2 3 k 5 6 7

7.* QWL should involve the vote of everyone on whether it's wanted, or else it's being forced like Big Brother. 1 2 3 k 5 6 7

8.* Non-supervisory employees use QWL to try and get out of work. 1 2 3 k 5 6 7

9. I like how OWL's delegation of more authority to lower level supervisors makes them better able to share decisions with employees. 1 2 3 k 5 6 7

Item to be scored in reverse

19*+

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10.* If QWL gives employees more opportunity for decision-making in how they carry out day-to-day work, we won't be able to tell anymore if things are done right. 1 2 3 if 5 6 7

11.* OWL should leave education about budget, personnel and organizational decisions in the hands of management who are trained and paid to deal with these matters. 1 2 3 k 5 6 7

12. It's fine with me for QWL to use evaluations and questionnaires to measure its own progress and to under­stand participant attitudes. 1 2 3 k 5 6 7

13.* QWL programs "toss a bone" to make employees tolerant of management decisions on bigger issues. 1 2 3 k 5 6 7

1 . QWL achieves progress on making the organization more efficient. 1 2 3 k 5 6 7

15. Employees can be active in a OWL program without being "stooges" selling out workers' interests. 1 2 3 k 5 6 7

16. At least OWL sees the need to try to do something about the economic crisis we're all in. 1 2 3 k 5 6 7

17.* The QWL committee system is too bulky, with another meeting every time I turn around. 1 2 3 k 5 6 7

18. OWL is right in getting employees' hopes up for change. 1 2 3 k 5 6 7

•Item to be scored in reverse.

195

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19•* QWL hurts morale by adding pressure. 12 3 567

20. OWL democratic committee structures prevent leaving cooperative management up to the individual whims of super­visors and managers. 1 2 3 k 5 6 7

21. In our rapidly changing world, we need some program like OWL to teach us about social values and how to face the future. 1 2 3 k 5 6 7

22.* QWL causes things to get out of hand by offering employees too much partici­pation in decisions about the work­place. 1 2 3 k 5 6 7

23. It's important to me that OWL tries to return a sense of pride to the worker's job by seeing him/her as a crafts-person. 1 2 3 k 5 6 7

2*+. Like OWL, I believe today's more edu­cated and expert employee deserves added freedom to make decisions on the job. 1 2 3 k 5 6 7

25.* The public sector has different prob­lems than the kind QWL is meant to handle. 1 2 3 k 5 6 7

26.* Supervisors use OWL as a way to escape doing their jobs responsibly. 1 2 3 if 5 6 7

27.* OWL should be restricted to production or manufacturing settings. 1 2 3 k 5 6 7

28.* I resent that OWL wrongly assumes that I am turned off to this organization. 1 2 3 k 5 6 7

'Item to be scored in reverse.

196

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29.* Division Heads participate in QWL more out of loyalty to the Department than out of belief in the program. 12 3 567

30. OWL experience in controlling work environment contributes to workers' effectiveness in influencing local and national politics. 1 2 3 5 6 7

31.* The Board of Supervisors' support for QWL is only lip service. 1 2 3 k 5 6 7

32. The Department is more committed to the success of OWL than other personnel programs that I've seen come and go. 1 2 3 if 5 6 7

33.* OWL meetings are long, poorly led B.S. sessions. 1 2 3 if 5 6 7

3 .* QWL hurts communication by creating splits between pro-QWL and anti-OWL groups. 1 2 3 if 5 6 7

35.* I hope QWL is in danger of not sur­viving here. 1 2 3 if 5 6 7

36. Interested people can find ways to make QWL fit their needs and the time they have available. 1 2 3 if 5 6 7

37.* OWL representatives use meetings to air personal gripes instead of bring­ing the views of fellow workers. 1 2 3 if 5 6 7

OO

The true reasons behind QWL programs include making jobs better and employees happier. 1 2 3 if 5 6 7

39.* The "mob training" approach to QWL orientation should be reorganized into smaller groups. 1 2 3 it 5 6 7

*Item to be scored in reverse.

197

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bO." \ hy should I trust QWL's intentions when other organizations already do the same things without using some special program? 1 2 3 4 5 6 7

41. * OWL is overly optimistic and "cure-all" in its hopes to make a difference. 1 2 3 4 5 6 7

42. OWL is a worthwhile program that should be pursued all the way. 1 2 3 4 5 6 7

45.* OWL increases unnecessary competition between units and divisions by allowing one group to pass a proposal at the expense of another. 1 2 3 4 5 6 7

44. Supervisors see OWL as a valuable aid to doing their jobs even better. 1 2 3 4 5 6 7

45.* CWL is all talk and no action to improve public services. 1 2 3 4 5 6 7

46.• All this OWL talk about bringing a democratic committee system to the workplace scares me as being too radical a political idea. 1 2 3 4 5 6 7

47. This organization needs some way to get employees and supervisors to work to­gether harmoniously for mutual benefits. 1 2 3 4 5 6 7

48.* OWL programs are management "cons" to get employees to work harder without more pay. 1 2 3 4 5 6 7

49. OWL seems realistic in its basic goals of trying to break down barriers between labor and management. 1 2 3 4 5 6 7

•Item to be scored in reverse.

198

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50.* CV.'L'k emnhasis on workers learning about their jobs and the organization is ask­ing for trouble since management policies will end up being attacked by know-it-all employees. 1 2 3 if 5 6 7

51. CWL representatives do a good job of taking information back to grass roots so that their fellow workers are not kept in the dark. 1 2 3 k 5 6 7

52. Overall, OWL is a desirable thing to have. 1 2 3 k 5 6 7

53-* OWL participation in proposal writing and suggestions sets you up for revenge from other people. 1 2 3 k 5 6 7

5^.* The outside third party help with OWL was pulled out too soon, leaving us to sink or swim. 1 2 3 k 5 6 7

55. I like the part of OWL that tries to reward everyone in the group when the work group does well. 1 2 3 k 5 6 7

56. At our QWL meetings everyone shares ideas openly and freely. 1 2 3 k 5 6 7

57.* We should adopt a better, more cost-effective alternative to OWL like a suggestion system. 1 2 3 k 5 6 7

58.* CWL involvement should be accompanied by a reduction in other work demands since there's a time conflict. 1 2 3 k 5 6 7

59. Our committees send proposals up and down the OWL system effectively and quickly for action at the appropriate level. 1 2 3 k 5 6 7

'Item to be scored in reverse.

199

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60. My relationships with peers have im­proved through OWL opportunities to discuss and hear their views. 1 2 3 4 5 6 7

61.* OWL does nothing to increase pleasure in off-the-job life. 1 2 3 '4 5 6 7

62.* OWL is superficial "wheel-spinning" unless it can deal with budget-related issues like pay, staffing and benefits. 1 2 3 4 5 6 7

63.* OWL has a lot of gall to tell us we need to communicate better when we do OK already. 1 2 3 4 5 6 7

64.* OWL puts up more communication walls between managers, supervisors and other employees. 1 2 3 4 5 6 7

65. I support QWL's rewarding everyone in the group even if someone is not pulling his full load. 1 2 3 4 5 6 7

66.* QWL's participation directions foolishly give influence and input opportunity to employees who are too lazy to want it. 1 2 3 4 5 6 7

67.* OWL meetings include hostility and per­sonality clashes which stand in the way of getting things done. 1 2 3 4 5 6 7

68. OWL startup help from ail outside con­sultant is rightfully brought in by labor and management when OWL is intro­duced. 1 2 3 4 5 6 7

69.* The OWL democratic committee structure puts too much control "into the hands of the people." 1 2 3 4 5 6 7

•Item to be scored in reverse.

70. OWL aids the organization in providing more enriching employment. 12 3 567

71. Sure, QWL takes time, but it should be seen as an important part of the way people do their jobs. 12 3 567

72. The OWL committee system fits smoothly and compatibly with the existing organizational structure. 1 2 3 k 5 6 7

73. White collar employees can benefit from the QWL system being introduced to their organizations. 1 2 3 k 5 6 7

7 There's too much attention given by QWL to rigid procedures, standards and schedules for its committee system. 1 2 3 k 5 6 7

75. OWL is a healthy opportunity through which employees have more say in ex­pressing concerns, problems and suggestions. 1 2 3 4 5 6 7

76.* Delegating authority to lower levels of supervision through QWL would result in chaos and disorder. 1 2 3 5 6 7

77. OWL should keep its complex committee structures to guarantee representation at all levels of the organization. 1 2 3 if 5 6 7

t

CO

I like how OWL seeks to increase free­dom and autonomy in everyday work so that all employees can make more of a con­tribution in their jobs. 1 2 3 k 5 6 7

79. I appreciate QWL's ideals of educating employees in budget, personnel and organizational matters so that they become valuable resources to the organization. 1 2 .3 4 5 6 7

*Item to be scored in reverse.

201

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80. Follow-up training in QWL is valuable - in responding to our needs. 12 3 567

00

• OWL's delegation of more authority downwards provides managers and super­visors the opportunity to develop new, more constructive roles. 1 2 3 k 5 6 7

82.* The OWL committee system brings too much added bureaucracy into our organi­zation no matter how good its purpose might be. 1 2 3 k 5 6 7

* •

CO

If top management does what QWL sug­gests and gives lower level supervisors more authority to make decisions, we won't know if things are getting done anymore. 1 2 3 k 5 6 7

84.* If I have any say in the matter, my own involvement with OWL will probably be low. 1 2 3 h 5 6 7

"Item to be scored in reverse.

INSTRUCTIONS: Here is a list of statements that could be made about your job. For each statement please circle two answers; one answer in Column A and one answer in Column B. Column A asks to what extent this statement is true of your job now. Column ff asks to what extent you would like it to be true.

Column A How is it now

85. I do a variety of things on my job.

Column 3 How you would like it to be

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Column A How is it Now

Column B How you would like it to be

86. I am left alone unless I can help.

87. I have a lot of say over what happens on my job.

88. On my job I do a small part of each task; then someone else takes over.

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INSTRUCTIONS: Here is a list of decisions which get made at work for each decision. Please circle two answers - one is Column A and one answer in Column B. Column A asks how much of a say your work group has in making these decisions now. Column B asks how much of a say you feel your v/ork group should have in making these decisions.

Column A How much of a say your work group has now

•A

Column B How much say you feel your work group should have

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89. Developing programs and poli­cies for my division, depart­ment or for the County.

Deciding on solutions to prob­l e m s i n m y w o r k u n i t . 1 2 3 ^ 5

1 2 3 ^ 5

90.

1 2 3 ^ 5

1 2 3 ^ 5

91. Developing programs and poli­c i e s f o r m y w o r k u n i t . 1 2 3 ^ 5 1 2 3 ^ 5

203

Calumn A Column B How much of a How much say you say your work feel your work group has now group should have

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92. Deciding how my unit actually performs its work, the methods used, how the work is organ­ized, etc. 1 2 3 * + 5 1 2 3 ^ 5

93. It* s natural that we all have different attitudes and reactions toward OWL. In fact, each person in this organization fits some­where along the range of words shown below. Please place a check ( /) mark in the one box that best describes your own attitudes, feelings and behaviors towards OWL.

Sabotage Protests Slowdowns Apathy Indifference Acceptance Support Cooperation Conmitment

• ' • • • • • • • • ^

INSTRUCTIONS: Please check the appropriate box or fill in the blank with the required information.

9*+. Are you: 1. j jMale

2. j j Female

95. What was your age on your last birthday?_

96. Last year of school completed

97. Check your ethnic/cultural background

1. I | Black 5. I [ Caucasian

2. j [ Oriental 6. j jOther

3« 1 [ American Indian

k- | | Spanish/Mexican American

20k

98. Your Division/Section

99. Your job classification (e.g., Equipment Operator, Public Works Supervisor, etc.)

100. How long have you worked for this Department?

101. Do you sit on a QWL committee? j—j yeg | j Nq

102. If "yes", what level(s)?

[ | Grass Roots

a Action

• Division

1 | Department

THANK YOU FOR YOUR COOPERATION

APPENDIX H

RANDOM ORDERING OF ITEMS (BY MASTER LIST #)

Master # Scale # Master # Scale # Master # Scale #

1 47 29 74 57 71 2 16 30 82 58 4 3 63 31 20 59 14 4 21 32 77 60 19 5 28 33 3 61 61 6 25 34 72 62 34 7 27 35 17 63 64 8 73 36 10 64 70 9 41 37 78 65 5 10 18 38 23 66 30 11 49 39 24 67 60 12 15 40 22 68 2 13 48 41 53 69 56 14 40 42 75 70 67 15 38 43 66 71 33 16 13 44 1 72 59 17 76 45 7 73 51 18 83 46 6 74 37 19 9 47 39 75 8 20 81 48 80 76 31 21 50 49 12 77 29 22 79 50 68 78 32 23 11 51 54 79 44 24 43 52 62 80 26 25 55 53 45 81 52 26 65 54 58 82 84 27 69 55 57 83 42 28 46 56 36 84 35

205

APPENDIX I

RANDOM ORDERING OF ITEMS (BY SCALE #)

Master # Scale # Master # Scale # Master # Scale #

1 44 29 77 57 55 2 68 30 66 58 54 3 33 31 76 59 72 4 58 32 78 60 67 5 65 33 71 61 61 6 46 3 62 62 52 7 45 35 84 63 3 8 75 36 56 64 63 9 19 37 74 65 26 10 36 38 15 66 43 11 23 39 47 67 70 12 49 40 14 68 50 13 16 4l 9 69 27 14 59 42 83 70 64 15 12 43 24 71 57 16 2 44 79 72 34 17 35 45 53 73 8 18 10 46 28 74 29 19 60 47 1 75 42 20 31 48 13 76 17 21 4 • 49 11 77 32 22 4o 50 21 78 37 23 38 51 73 79 22 24 39 52 81 80 48 25 6 53 4i 81 20 26 80 54 51 82 30 27 7 55 25 83 18 28 5 56 69 84 82

206

APPENDIX J

PILOT ITEM RESPONSE STATISTICS

I t e m S t a n d a r d % A b o v e % B e l o w N u m b e r M e a n D e v i a t i o n N e u t r a l N e u t r a l N e u t r a l

1 4 . . 7 4 1 . 7 0 5 5 . 3 1 7 . 1 2 7 . 6

* 2 4 . . 3 4 1 . 7 1 3 4 . 7 1 9 . 4 4 5 . 8

3 3 . . 5 9 1 . 4 7 2 3 . 6 2 7 . 1 4 9 . 5

4 4 . . 5 5 1 . 7 9 4 8 . 0 2 2 . 9 2 9 . 1

5 4 . . 4 8 1 . 7 5 4 6 . 6 2 1 . 6 3 1 . 8

* 6 4 . . 9 4 1 . 6 2 1 8 . . 6 1 5 . 8 6 5 . 5

* 7 5 . . 2 3 1 . 6 7 1 5 . 7 1 5 . 6 6 8 . 9

* 8 3 . . 6 4 1 . 8 2 4 3 . , 7 2 5 . 3 3 1 . 0

9 3 . . 5 5 1 . 4 2 2 3 . 1 3 1 . 2 4 5 . 6

i O 3 . . 4 7 1 . 5 6 4 7 . 5 2 4 . 0 2 8 . 6

1 1 3 . . 8 3 1 . 8 4 3 9 . 0 2 0 . 1 4 0 . 7

1 2 2 . , 8 2 1 . 4 4 1 7 . 7 1 4 . 8 6 7 . 7

1 3 4 . . 4 6 1 . 5 1 2 6 . 5 2 7 . 0 4 6 . 5

1 4 3 . . 8 9 1 . 5 5 3 5 . 6 2 9 . 9 3 4 . 5

1 5 3 . . 1 1 1 . 3 8 1 2 . 4 2 5 . 0 6 2 . 6

1 6 4 . . 0 3 1 . 7 6 3 4 . 9 2 1 . 1 4 4 . 1

1 7 4 . . 7 6 1 . 6 8 2 0 . 6 2 2 . 4 5 6 . 9

1 8 3 . . 8 9 1 . 7 0 3 5 . 7 1 7 . 8 4 6 . 6

1 9 3 . . 9 8 1 . 6 1 3 8 . 4 2 7 . 9 3 3 . 7

2 0 3 . . 7 7 1 . 3 9 2 6 . 1 3 6 . 7 3 7 . 3

2 1 3 . . 9 7 1 , 8 2 3 3 . 9 1 9 . 5 4 6 . 5

2 2 3 . . 5 0 1 . 5 7 4 7 . 7 2 4 . 4 2 7 . 9

2 3 3 . . 0 7 1 . 4 8 1 7 . 7 2 0 . 7 6 1 . 5

2 4 2 . . 8 7 1 . 4 3 1 5 . 5 1 7 . 2 6 7 . 2

2 5 4 . . 1 5 1 . 7 2 3 3 . 1 2 5 . 6 4 1 . 3

2 6 3 . , 6 4 1 . 6 7 4 4 . 2 2 6 . 2 2 9 . 7

2 7 3 . . 9 5 1 . 5 8 3 4 . 8 3 2 . 0 3 3 . 1

I t e m s r e v e r s e s c o r e d

207

208

I t e m S t a n d a r d % A b o v e £ B e l o w N u m b e r M e a n D e v i a t i o n N e u t r a l N e u t r a l N e u t r a l

* 2 8 4 . 1 1

* 2 9 4 . 9 5

3 0 4 . 5 7

* 3 1 5 . 1 7

3 2 3 . 2 3

* 3 3 4 . 3 6

* 3 4 4 . 0 5

* 3 5 3 . 9 3

3 6 2 . 9 6

* 3 7 4 . 0 4

3 8 3 . 1 8

* 3 9 4 . 5 6

* 4 0 4 . 1 3

* 4 1 4 . 3 6

4 2 3 . 6 4

* 4 3 3 . 9 0

4 4 4 . 1 7

* 4 5 4 . 3 2

* 4 6 3 . 5 1

4 7 2 . 6 6

* 4 8 4 . 1 8

4 9 3 . 3 5

* 5 0 3 . 6 6

5 1 3 . 6 7

5 2 3 . 7 0

* 5 3 3 . 1 5

* 5 4 3 . 9 8

5 5 3 . 7 3

1 . 6 5 3 1 . 5

1 . 5 7 1 7 . 0

1 . 5 7 3 9 . 0

1 . 4 3 9 . 7

1 . 4 6 1 7 . 6

1 . 5 8 2 7 . 3

1 . 5 4 3 2 . 7

1 . 8 1 3 6 . 8

1 . 2 7 1 2 . 5

1 . 5 7 2 8 . 9

1 . 5 1 1 8 . 1

1 . 3 2 2 2 . 6

1 . 4 1 2 5 . 1

1 . 4 6 2 5 . 8

1 . 7 1 2 6 . 4

1 . 5 1 3 7 . 0

1 . 5 2 3 6 . 4

1 . 7 1 3 2 . 4

1 . 5 6 3 0 . 7

1 . 3 8 1 1 . 9

1 . 7 1 3 5 . 8

1 . 5 4 2 3 . 9

1 . 5 5 4 1 . 9

1 . 5 6 2 4 . 5

1 . 7 9 2 5 . 9

1 . 3 6 5 2 . 1

1 . 2 4 2 9 . 1

1 . 5 1 2 2 . 5

2 6 . 9 4 1 . 5

2 2 . 8 6 0 . 2

3 2 . 8 2 8 . 2

2 4 . 4 6 5 . 9

2 7 . 3 5 5 . 1

2 5 . 6 4 7 . 2

2 9 . 3 3 8 . 0

3 1 . 6 3 1 . 7

1 9 . 9 6 7 . 7

2 9 . 9 4 1 . 2

1 8 . 6 6 3 . 3

3 5 . 3 4 2 . 2

3 6 . 0 3 8 . 9

2 7 . 0 4 7 . 2

2 5 . 9 4 7 . 7

3 1 . 3 3 1 . 8

3 1 . 3 3 2 . 4

2 3 . 3 4 4 . 3

3 3 . 9 2 5 . 4

1 5 . 3 7 2 . 9

2 3 . 3 4 0 . 9

1 5 . 9 6 0 . 3

2 5 . 3 3 2 . 8

2 6 . 9 4 8 . 6

2 5 . 9 4 8 . 3

2 7 . 4 2 0 . 6

3 8 . 9 3 2 . 0

3 0 . 6 4 6 . 8

* Items reverse scored

I t e m S t a n d a r d X A b o v e % % B e l o w N u m b e r M e a n D e v i a t i o n N e u t r a l N e u t r a l N e u t r a l

5 6 3 , . 4 7 1. 4 2 2 4 . 5 2 3 . 4 5 2 . 0

* 5 7 4 . . 3 5 1. 4 7 2 5 . 7 2 8 . 6 4 5 . 7

* 5 8 3 . 8 7 1. 5 9 3 7 . 9 3 0 . 5 3 1 . 6

5 9 4 , . 1 4 1. 5 0 3 7 . 3 3 1 . 0 3 1 . 6

6 0 4 , . 0 3 1. 6 1 3 9 . 8 2 8 . 4 3 1 . 8

* 6 1 4 . . 6 9 1. 8 0 2 7 . 9 2 0 . 3 5 1 . 7

* 6 2 4 . . 9 3 1. 8 4 2 4 . 0 1 9 . 4 5 6 . 6

* 6 3 3 . 6 4 1. 6 2 4 0 . 8 2 3 . , 6 3 5 . 7

* 6 4 3 . 8 7 1. 6 1 4 1 . 1 2 3 . 4 3 5 . 4

6 5 4 . . 4 4 1. 5 5 3 8 . 4 3 3 . 7 2 7 . 9

* 6 6 3 . . 9 3 1. 4 3 3 2 . 1 3 6 . 8 3 1 . 1

* 6 7 3 . . 8 6 1. 5 4 3 5 . 4 3 0 . 8 3 3 . 7

6 8 3 , . 6 1 1. 3 1 1 9 . 8 3 7 . 8 4 2 . 5

* 6 9 3 , . 2 8 1. 3 7 5 3 . 5 3 0 . 2 1 6 . 3

7 0 4 . . 0 6 1. 6 6 4 1 . 0 2 3 . 7 3 5 . 3

7 1 3 , . 5 8 1. 6 6 2 6 . 3 2 1 . . 7 5 1 . 9

7 2 4 . 1 5 1. 6 2 3 9 . 1 2 6 . 4 3 4 . 4

7 3 3 . 5 2 1. 4 5 2 2 . 4 2 9 . 9 4 7 . 7

* 7 4 4 . 2 9 1. 3 5 2 3 . 5 3 3 . 1 4 3 . 4

7 5 3 . 2 8 1. 4 8 1 7 . 2 2 3 . 6 5 9 . 2

* 7 6 3 . 3 9 1. 4 9 4 7 . 1 2 7 . 0 2 5 . 9

7 7 3 . . 6 4 1. 3 0 2 0 . 9 3 4 . 3 4 4 . 7

7 8 3 . 4 3 1. 3 2 2 0 . 5 2 9 . 1 5 0 . 3

7 9 3 . 2 3 1. 4 2 1 7 . 3 2 3 . , 1 5 9 . 6

8 0 3 . 3 5 1. . 4 1 2 1 . 7 2 5 . 1 5 3 . 1

8 1 3 . 4 4 1. 4 2 2 1 . 9 3 1 . , 2 4 6 . 9

* 8 2 4 . 2 3 1. 5 7 2 8 . 6 2 9 . 1 4 2 . 3

* 8 3 3 . 4 0 1. 4 6 4 5 . 1 2 8 . 9 2 6 . 0

* 8 4 4 . 2 8 1. 8 1 3 4 . 4 2 3 . 0 4 2 . 5

* Items reverse scored

APPENDIX K

FINAL OWLAS LONG FORM

Factor One (General)

1*+.* QWL achieves progress on making the organization more efficient.

18.* OWL is right in getting employees* hopes up for change.

21.* In our rapidly changing world, we need some program like OWL to teach us about social values and how to face the future.

23. It1s important to me that QWL tries to return a sense of pride to the worker's job by seeing him/her as a craftsperson.

36. Interested people can find ways to make OWL fit their needs and the time they have available.

38. The true reasons behind OWL programs include making jobs better and employees happier.

kZ.* QWL is a worthwhile program that should be pursued all the way.

9. QWL seems realistic in its basic goals of trying to break down barriers between labor and management.

52. Overall, OWL is a desirable thing to have.

70.* QWL aids the organization in providing more enriching employment.

71.* Sure, QWL takes time, but it should be seen as an important part of the way people do their jobs.

72. The QWL committee system fits smoothly and compatibly with the existing organizational structure.

73. White collar employees can benefit from the OWL system being in­troduced to their organizations.

75.* QWL is a healthy opportunity through which employees have more say in expressing concerns, problems and suggestions.

•Short Form items

210

211

78. I like how QWL seeks to increase freedom and autonomy in everyday work so that all employees can make more of a contribution in their jobs.

80. Follow-up training in QWL is valuable in responding to our needs.

81. OWL's delegation of more authority downwards provides managers and supervisors the opportunity to develop new, more constructive roles.

Factor Two (Specific Concerns)

17.* The QWL committee system is too bulky, with another meeting every time I turn around.

33.* QWL meetings are long, poorly led B.S. sessions.

34.* QWL hurts communication by creating splits between pro-QWL and anti-QWL groups.

40. Why should I trust QWL's intentions when other organizations already do the same things without using some special program?

41. QWL is overly optimistic and "cure-all" in its hopes to make a difference.

43. QWL increases unnecessary competition between units and divisions by allowing one group to pass a proposal at the expense of another.

44. Supervisors see QWL as a valuable aid to doing their jobs even better.

45.* QWL is all talk and no action to improve public services.

62.* QWL is superficial "wheel-spinning" unless it can deal with budget-related issues like pay, staffing and benefits.

64. QWL puts up more communication walls between managers, supervisors and other employees.

82.* The QWL committee system brings too much added bureaucracy into our organization no matter how good its purposes might be.

84." If I have any say in the matter, my own involvement with QWL will probably be low.

•Short Form items

APPENDIX L

FINAL LONG FORM

QUALITY OF WORKING LIFE (QWL) ATTITUDE SCALE

As you know, there is much disagreement in people's attitudes and reactions toward the QWL program. This scale contains statements about different aspects of the program and covers many points of view. You can help us understand and further react to your attitudes by answering each item below based on how you feel about different parts of QWL.

There are no right or wrong answers and you can be sure that however you mark each statement there are others who feel the same way you do. The best answer is your own personal opinion regardless of whether you think others might agree or disagree. Please do not spend too much time on any one item because it's very important that you are able to finish marking every item without leaving blanks.

We want to assure you the answers will be strictly confidential and nothing you state here will in any way be used by your employer or any other organization. Your willingness to participate will be shown by your return of this questionnaire. We do need everyone possible to take part so your cooperation would be greatly appreciated. WE DO NOT WANT YOU TO SIGN YOUR NAME TO ACT PART OF THE SURVEY, SO PLEASE BE AS STRAIGHTFORWARD AND HONEST ABOUT YOUR ANSWERS AS YOU CAN. THANK YOU!

Directions: Carefully read each statement and circle the one answer to the right that best shows how much you agree or disagree with the state­ment, depending on how you feel in each case:

1 — Strongly Agree 2 — Agree 3 — Tend to Agree k __ Neutral 5 — Tend to Disagree 6 — Disagree 7 — Strongly Disagree

Ex: "I enjoy helping others through QWL." 12 3 567

In this example, the person felt good about his progress in QWL, so he circled #2 for "agree."

AGAIN, WE ASK FOR YOUR HONEST COOPERATION, SO PLEASE BE FRANK WITH YOUR ANSWERS.

212

213

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3 k 5 6 7

3 k 5 6 7

1. The true reasons behind OWL programs include making jobs better and employees happier. 1 2

2. Overall, QWL is a desirable thing to have. 1 2

3. The OWL committee system is too bulky, with another meeting every time I turn around. 12 3 567

4. QWL increases unnecessary competition between units and divisions by allowing one group to pass a proposal at the expense of another. 12 3 567

5. OWL is all talk and no action to improve public services. 12 3 567

6. QWL is right in getting employees' hopes up for change. 12 3 567

7. QWL achieves progress on making the organization more efficient. 12 3 567

8. Interested people can find ways to make QWL fit their needs and the time they have available. 12 3 567

9. I like how QWL seeks to increase freedom and autonomy in everyday work so that all employees can make more of a contribution to their job. 12 3 567

10. QWL is superficial "wheel-spinning" unless it can deal with budget-related issues like pay, staffing and benefits. 12 3 +567

11. QWL puts up more communication walls between managers, supervisors and other employees. 12 3 567

12. The QWL committee system brings too much added bureaucracy into our organization no matter how good its purposes might be. 12 3 567

21k

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13. OWL hurts communication by creating splits between pro-QWL and anti-QWL groups. 12 3 567

lk. Why should I trust QWL's intentions when other organizations already do the same things without using some special program? 12 3 567

15. QWL is a healthy opportunity through which employees have more say in expressing con­cerns, problems and suggestions. 1 2 3 5 6 7

16. Supervisors see QWL as a valuable aid to doing their jobs even better. 12 3 567

17. It's important to me that QWL tries to return a sense of pride to the worker's job by seeing him/her as a craftsperson. 1 2 3 ** 5 6 7

18. QWL meetings are long, poorly led B.S. sessions. 1 2 3 '+ 5 6 7

19. QWL's delegation of more authority downwards provides managers and supervisors the oppor­tunity to develop new, more constructive roles. 12 3 567

20. Sure, QWL takes time, but it should be seen as an important part of the way people do their jobs. 12 3 567

21. QWL is a worthwhile program that should be pursued all the way. 12 3 567

22. QWL aids the organization in providing more enriching employment. 12 3 567

23. In our rapidly changing world, we need some program like QWL to teach us about social values and how to face the future. 12 3 567

215

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24. OWL is overly optimistic and "cure-all" in its hopes to make a difference. 1 2 3 4 5 6 7

25. QWL seems realistic in its basic goals of trying to break down barriers between labor and management. 12 3 4 5 6 7

26. The QWL committee system fits smoothly and compatibly with the existing organizational structure. 12 3 4 5 6 7

27. White collar employees can benefit from the QWL system being introduced to their organizations. 1 2 3 4 5 6 7

28. If I have any say in the matter, my own involvement with QWL will probably be low. 12 3 4 5 6 7

29. Follow-up training in QWL is valuable in responding to our needs. 12 3 4 5 6 7

APPENDIX M

FINAL QWL AS SHORT FORM

QUALITY OF WORKING LIFE (OWL) ATTITUDE SCALE

As you know, there is much disagreement in people's attitudes and reactions toward the OWL program. This scale contains statements about different aspects of the program and covers many points of view. You can help us understand and further react to your attitudes by answering each item below based on how you feel about different parts of QWL.

There are no right or wrong answers and you can be sure that however you mark each statement there are others who feel the same way you do. The best answer is your own personal opinion regardless of whether you think others might agree or disagree. Please do not spend too much time on any one item because it's very important that you are able to finish marking every item without leaving blanks.

We want to assure you the answers will be strictly confidential and nothing you state here will in any way be used by your employer or any other organization. Your willingness to participate will be shown by your return of this questionnaire. We do need everyone possible to take part so your cooperation would be greatly appreciated. WE DO NOT WANT YOU TO SIGN YOUR NAME TO ANY PART OF THE SURVEY, SO PLEASE BE AS STRAIGHTFORWARD AND HONEST ABOUT YOUR ANSWERS AS YOU CAN. THANK YOU!

Directions: Carefully read each statement and circle the one answer to the right that best shows how much you agree or disagree with the state­ment, depending on how you feel in each case:

1 — Strongly Agree 2 — Agree 3 — Tend to Agree 1+ — Neutral 5 — Tend to Disagree 6 — Disagree 7 — Strongly Disagree

Ex: "I enjoy helping others through QWL." 1 2j 3 5 6 7

In this example, the person felt good about his progress in QWL, so he circled #2 for "agree."

AGAIN, WE ASK FOR YOUR HONEST COOPERATION, SO PLEASE BE FRANK WITH YOUR ANSWERS.

216

217

1. If I have any say in the matter, my own in­volvement with QWL will probably be low.

2. In our rapidly changing world, we need some program like OWL to teach us about social values and how to face the future.

3. OWL aids the organization in providing more enriching employment0

QWL achieves progress on making the organi­zation more efficient.

5. The OWL committee system is too bulky, with another meeting every time I turn around.

6. OWL is a healthy opportunity through which employees have more say in expressing con­cerns, problems and suggestions.

7- QWL hurts communication by creating splits between pro-QWL and anti-QWL groups.

8. QWL is superficial "wheel-spinning" unless it can deal with budget-related issues like pay, staffing and benefits.

9. The OWL committee system brings too much added bureaucracy into our organization no matter how good its purposes might be.

10. OWL is a worthwhile program that should be pursued all the way.

11. Sure, OWL takes time, but it should be seen as an important part of the way people do their jobs.

12. OWL meetings are long, poorly led B.S. sessions.

13. QWL is right in getting employees' hopes up for change.

l'+o OWL is all talk and no action to improve public services.

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