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THE ROLE OF ALLIANCE MARKET ORIENTATION and ALLIANCE
COMPETENCE IN NEW PRODUCT DEVELOPMENT PERFORMANCE
by
Pelin Bicen, B.S., M.B.A.
Dissertation In
MARKETING
Submitted to the Graduate Faculty of Texas Tech University in
Partial Fulfillment of the Requirements for
the Degree of
DOCTOR OF PHILOSOPHY
Approved
Chair: Dr. Shelby D. Hunt
Committee Member: Dr. Donna F. Davis
Committee Member: Dr. Roy D. Howell
Committee Member: Dr. G. Tyge Payne
Fred Hartmeister Dean of the Graduate School
May, 2009
© Copyright 2009 by Pelin Bicen
All rights reserved.
Dedicated to
my dearest parents, Ali Bicen and Nuray Bicen, my little sister, Tulin, and
my lovely husband, Fatih, for being always there for me.
Texas Tech University, Pelin Bicen, May 2009
ii
ACKNOWLEDGEMENTS
I find myself thinking where to begin. I do know that I began my dissertation with the
intention of crafting something interesting and important, of making a significant
contribution to advancement of marketing knowledge. Such an endeavor is never a one-
person task. I will mention several people in the following paragraphs. These people have
made a considerable difference in my life, and provided boundless support and
encouragement in the realization of this dissertation and getting my degree. For that I am
greatly appreciative.
First, I am very indebted to my chair, Dr. Shelby D. Hunt, for his support and
commitment to ensure that this dissertation has a significant theoretical contribution to
marketing discipline. Dr. Hunt has always been a great mentor, a primary source of
unceasing encouragement, and intellectual motivation without which I could not
complete my dissertation. I find myself very lucky to find the privilege and honor to work
with him. I have also considerably benefited from help, support, and guidance of the rest
of my dissertation committee members. I am very thankful to Dr. Donna Davis, Dr. Roy
Howell, and Dr. Tyge Payne. Their specialized knowledge has guided me to refine and
revise this research tremendously. Dr. Davis is an expert in business-to-business
marketing. She has helped me in finding the most current B-B literature, and having a
strong theoretical foundation in my dissertation. Her positive and constructive attitude
and insightful comments have always encouraged me to look forward. Dr. Howell is a
leading scholar in psychometry and structural equation modeling. His continuous
enthusiasm and insightful questions and comments in measurement issues helped this
dissertation to be rigid and solid. I am very thankful to him motivating me to learn more
Texas Tech University, Pelin Bicen, May 2009
iii
about SEM and psychometry. Dr. Payne has contributed to this dissertation with his
challenging and interesting questions. His thoughtful comments really helped me to think
about my questions from the management perspective which redirected this research
towards a more strategic and managerial focus.
Dr. Debbie Laverie deserves special thanks for her boundless support and
encouragement during my PhD program. I find myself very lucky to have the privilege to
have her as a department chair, mentor, and co-author. Her innovative, professional, and
visionary style has motivated me to become a better marketing scholar. Without her, it
would not be possible for me to gain many skills that are the bread and butter of being a
great scholar. I wish to thank Professors Bob McDonald, James Wilcox, Dennis Arnett,
Dale Duhan, Tillmann Wagner, Shannon Rinaldo, Mayukh Dass, and Gomes-Casseres,
for their help and concern in the different stages of my doctoral program and dissertation.
I would like to thank Ms. Sherry Fowler for her thoughtful help and boundless
encouragement to make me think positively in every challenge.
I also would like to thank wholeheartedly a very special colleague of mine in the
doctoral program, Naveen Gudigantala. His endless support, positive thinking, and
encouragement have motivated me to become a better person. He has assisted me in work
and play, sharing good and bad times together. With his friendship, the PhD did not seem
that difficult. I am very indebted to him for having faith in me.
I also want to acknowledge the financial support from the Society of Marketing
Advances and Texas Tech University; and data support from the Institute for the Study of
Business Markets (ISBM) at Penn State University. Their recognition means a lot for me
and my scholarly career. My special thanks go to Professors Gary Lilien and Ralph Oliva
Texas Tech University, Pelin Bicen, May 2009
iv
at Penn State for their support and encouragement to doctoral students. With their help
and faith in doctoral students, we will keep advancing marketing science and practice.
My special thanks are extended to my lovely husband, Fatih. He has provided endless
sacrifices to help me through the doctoral program. He shared my every struggle and joy
in my PhD program. During the time we were in different countries; he always made me
feel close to him. His unselfish love, trust, and faith in me have given me tremendous
strength and perseverance to overcome the difficulties and challenges. Without him, I
would complete neither this dissertation nor this program.
Finally, I am extremely grateful to my dearest family for their love and endless
support. My parents extended their passion and motivation for education and science to
me. They were the strongest support for my education. They have provided me values
and wisdom about life. They gave me the freedom to be who I am. They have always
trusted me and my choices. This freedom and trust have motivated me to achieve high
standards in my life. My special thanks also go to my little sister, Tulin, for her concern
for my well-being. Her messages and phone calls still warm my heart. Her wishes for me
to succeed and be happy are the most valuable gift of my life.
Looking back over the last five years in Texas Tech, I realize how lucky I am to be a
part of Texas Tech Community. I have a lot of fond memories of my time here and
consider Lubbock my second home. I met the nicest people in Lubbock. I made strong
and sincere friendships. I love beautiful weather of Lubbock. I love Red Raiders. I love
the calm and pleasant atmosphere in here. I consider this dissertation the fruit of my
cherished days at Lubbock, and will proudly wear the Red Raider.
Texas Tech University, Pelin Bicen, May 2009
v
TABLE of CONTENTS
ACKNOWLEDGEMENTS .............................................................................................ĐĐ
ABSTRACT...................................................................................................................VĐĐĐ
LIST OF TABLES ........................................................................................................... X
LIST OF FIGURES .......................................................................................................XĐĐ
CHAPTER 1: INTRODUCTION.................................................................................... 1
1.1. OVERVIEW ...................................................................................................................... 1 1.2. PURPOSE AND THE SCOPE OF THE STUDY....................................................................... 5 1.3. OVERVĐEW OF THE CONCEPTUAL FRAMEWORK............................................................. 6 1.4. OVERVIEW OF THE RESEARCH HYPOTHESES ............................................................... 15 1.5. OVERVIEW OF THE RIVAL MODELS .............................................................................. 25 1.6. OVERVĐEW OF THE RESEARCH DESĐGN ........................................................................ 27 1.7. OVERVIEW OF THE DATA ANALYSIS AND MEASUREMENT .......................................... 28 1.8. OVERVĐEW OF THE THEORETĐCAL AND MANAGERĐAL CONTRĐBUTĐONS ..................... 29 1.9. STUDY OUTLINE .......................................................................................................... 33
CHAPTER 2: LITERATURE REVIEW ..................................................................... 39
2.1. LITERATURE REVIEW ON INTER-ORGANIZATIONAL NEW PRODUCT DEVELOPMENT.. 39 2.1.1. Defining New Product Innovation .........................................................................................40 2.1.2. Measurement of New Product Performance..........................................................................44 2.1.3. Inter-organizational New Product Development...................................................................48
2.2. LITERATURE REVIEW ON ALLIANCE MARKET ORIENTATION...................................... 55 2.2.1. Definition and Measurement of Market Orientation .............................................................56 2.2.2. Alliance Market Orientation..................................................................................................65
2.3. LITERATURE REVIEW ON ALLIANCE COMPETENCE ..................................................... 71
CHAPTER 3: THEORETICAL FRAMEWORK AND HYPOTHESES ................. 78
3.1. THEORETICAL FRAMEWORK......................................................................................... 78 3.1.1. A Resource-Based View of the Firm......................................................................................78 3.1.2. A Competence-Based View of the Firm .................................................................................83 3.1.3. The Resource-Advantage Theory of Competition ......................................................................86
3.1.2.1. R-A Theory and New Product Alliance Performance ................................................................ 94 3.2. HYPOTHESES............................................................................................................... 101 3.2.1. Alliance Market Orientation................................................................................................101 3.2.2. Goal Congruence and Complementary Resources ..............................................................104 3.2.3. Trust and Commitment ........................................................................................................107 3.2.4. Joint Alliance Competence ..................................................................................................110 3.2.5. Joint Top Management Support ..........................................................................................116 3.2.6. New Product Creativity .......................................................................................................117
3.3. SUMMARY OF THE HYPOTHESES....................................................................................... 120
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CHAPTER 4: METHODOLOGY .............................................................................. 121
4.1. SAMPLING ISSUES ............................................................................................................. 121 4.1.1. Sample Frame..........................................................................................................................121 4.1.2. Data Sources............................................................................................................................124 4.1.3. Identification of Key Informants ..............................................................................................126
4.2. DATA COLLECTION METHODS ........................................................................................... 128 4.2.1. Field interviews and pretest.....................................................................................................129 4.2.2. Final field study .......................................................................................................................131 4.2.3. Non-response bias....................................................................................................................136 4.2.4. Common Method Bias..............................................................................................................138 4.2.5. Characteristics of the Key Respondents and Their Firms........................................................139
4.3. QUESTIONNAIRE DESIGN AND MEASUREMENTS .............................................................. 142 4.3.1. Dependent Variable.............................................................................................................142 4.3.2. Independent Variables.........................................................................................................143 4.3.3. Control variables.................................................................................................................152
CHAPTER 5: MEASURE DEVELOPMENT ........................................................... 154
5.1 GENERAL MEASURE DEVELOPMENT PROCEDURES........................................................... 154
5.2. DEVELOPMENT OF ALLIANCE MARKET ORIENTATION MEASURES ................................. 156 5.2.1 Pretest Evaluation of Alliance Market Orientation Measures..................................................156
5.3. FINAL FIELD STUDY VALIDATION OF ALLIANCE MARKET ORIENTATION MEASURE...... 159 5.3.1. Coefficient Alpha and Item-to-total Correlation......................................................................159 5.3.2. Examining Dimensionality of Alliance Market Orientation.....................................................166
5.4. MEASURE DEVELOPMENT FOR OTHER MAJOR CONSTRUCTS .......................................... 170 5.4.1. Testing the Measure Characteristics in the Pretest .................................................................170 5.4.2. Testing the Measure Characteristics in the Final Field Study.................................................171 5.4.3 Confirming the Measurement Properties in the Respecified Model .........................................172
CHAPTER 6: RESULTS OF HYPOTHESIS TESTING ......................................... 185
6.1 REVIEW AND REVISION OF HYPOTHESIZED RELATIONSHIPS ............................................ 185
6.2. EXAMINATION OF CORRELATION MATRIX ....................................................................... 188
6.3. EXAMINATION OF ASSUMPTION VIOLATIONS .................................................................. 190
6.4. FINDING THE BEST MODEL ............................................................................................... 193
6.5. MAIN EFFECTS ESTIMATION RESULTS ............................................................................. 199 6.5.1. Alliance Market Orientation ....................................................................................................199 6.5.2. Goal Congruence and Complementary Resources ..................................................................200 6.5.3 Trust and Commitment..............................................................................................................201 6.5.4 Joint Alliance Competence .......................................................................................................201 6.5.5 Joint Top Management Support................................................................................................202 6.5.6. New Product Novelty and New Product Meaningfulness ........................................................202 6.5.7. Control Variables ....................................................................................................................203 6.5.8. Testing Alliance Market Orientation as a Key Mediator .........................................................203
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vii
CHAPTER 7: CONCLUSION..................................................................................... 208
7.1 EVALUATĐNG ACHĐEVEMENT OF THE RESEACH OBJECTĐVES ............................................ 209
7.2 DĐSCUSSĐON AND THEORETĐCAL CONTRĐBUTĐON .............................................................. 211 7.2.1 Alliance Market Orientation .....................................................................................................212 7.2.2 Joint Alliance Competence .......................................................................................................217 7.2.3 New Product Creativity.............................................................................................................218 7.2.4 Control Variables .....................................................................................................................220 7.2.5 Theoretical Contribution ..........................................................................................................221
7.3 MANAGERĐAL CONTRĐBUTĐON ........................................................................................... 223
7.4 LĐMĐTATĐONS ...................................................................................................................... 225
7.5 FUTURE RESEARCH ISSUES ................................................................................................ 227
REFERENCES.............................................................................................................. 230
APPENDICES ............................................................................................................... 249
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viii
ABSTRACT
This dissertation seeks to enhance understanding of successful inter-organizational
innovation activities by developing and testing a new theory framework for explaining
the role of alliance market orientation and alliance competence in the context of
alliance’s new product development (NPD) processes. Drawing on resource-based
theory, competence-based theory and, particularly, R-A theory, this dissertation
investigates how alliance market orientation and joint alliance competences of partnering
firms help them gain strategic advantages over competing dyads.
The main contribution of this study is to define alliance market orientation, develop a
measure for it, and test its role in the context of inter-organizational NPD performance.
This dissertation defines alliance market orientation as a capability that enables an
alliance (1) to jointly and systematically gather market intelligence (from competitor
analyses, studies of customer needs/preferences, and studies of the factors that influence
competitors’ and customers’ behaviors), (2) to inter-organizationally coordinate and
disseminate the knowledge gleaned from the market intelligence gathered, and (3) to
efficiently and effectively respond to the knowledge that is coordinated and disseminated.
Although the concept of inter-organizational market orientation has been discussed in the
marketing literature previously, it has been the focus of little conceptual development and
no empirical research. Given the increasing number of NPD alliances in recent years and
their high failure rates, it is important that we understand the role of alliance market
orientation in inter-organizational NPD activities.
A conceptual framework involving potential antecedents -- joint alliance competence,
goal congruence, complementary resources, trust and commitment -- is hypothesized to
Texas Tech University, Pelin Bicen, May 2009
ix
lead to alliance market orientation. It is also hypothesized that alliance market orientation
as a key mediating variable lead to new product outcomes. Based on R-A theory, alliance
market orientation is conceptualized as an idiosyncratic resource in this dissertation.
Therefore, it provides a strong ground for alliances’ sustainable competitive advantage in
some market segments and eventually improves their new product performances. As
another central variable in the model, alliance competence is postulated as it is led by top
management support. Alliance competence is also hypothesized to influence goal
congruence and complementary resources of alliances. The process is examined via
cross-sectional online-survey methodology. A total of 253 firms involved in dyadic new
product alliances in various high-tech industries participated in the study. Structural
equation modeling techniques were used to test the proposed model. The empirical
results point to the importance of alliance market orientation as a key mediating variable
to alliances’ new product performance. Joint alliance competence, goal congruence, trust,
and commitment lead to alliance new product outcomes only through alliance market
orientation. This study also found that top management support plays an important role in
building and maintaining firms’ alliance competences. Among the antecedents of alliance
market orientation, joint alliance competence is found to be the most influential one. It
means that in order for alliances to develop market orientation as a relationship property,
joint alliance competence seems to be the prerequisite. Finally, this study found that new
product novelty and new product meaningfulness are equally important in new product
performances of alliances. While the generalization of the empirical results may be
limited for several reasons, they nevertheless yield significant theoretical and managerial
implications for marketing strategy.
Texas Tech University, Pelin Bicen, May 2009
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LIST OF TABLES
Table 1.1 Studies that Investigate Market Orientation from a Relationship Perspective 14
Table 2.2 Market Orientation Scales…………………………………………………….64
Table 4.1 Response Rate Summary ……………………………………………………133
Table 4.2 Reasons for non-participation to the survey ………………………………...134
Table 4.3 Reasons for not providing dyadic partner name……………………………..135
Table 4.4 Comparing Early and Late Respondents for Final Survey ………………….137
Table 4.5 Characteristics of the Final Field Survey ……………………………………141
Table 4.6 Job Titles for the Key Respondents………………………………………….141
Table 4.7 Industry Types for Participating Firms…………………………………. ......141
Table 5.1 Alliance Market Orientation Scale Development Process in the Pretest ........160
Table 5.2 Loadings from Exploratory Factor Analysis for the Final Measure of Creativity
in Pretest ......……………………………………………………………......163
Table 5.3 Confirmatory Factor Analysis on the Components of Alliance Market
Orientation Measures …………………………………………………........164
Table 5.4 Inter-Construct Correlations and Average Variance Extracted Values ……..164
Table 5.5 Alliance Market Orientation Scale Development Process Final Field Study 165
Table 5.6 Confirmatory Factor Analysis for the Final Measure of Alliance Market
Orientation in Final Field Study …..……………………………………….169
Table 5.7 Item and Scale Reliabilities for the Final Survey in Pretest ………………...174
Table 5.8 Descriptive Statistics for Composite Scales ………………………………...177
Table 5.9 Exploratory Factor Analysis for Major Constructs …………………………178
Table 5.10 Confirmatory Factor Analysis: Fit Indices for Measurement Model ...........180
Table 5.11 Confirmatory Factor Analysis for Major Constructs: Measurement Model..181
Table 5.12 Inter-Construct Correlations ……………………………………………….184
Table 6.1 Summary of the Hypothesis Testing ………………………………………...188
Table 6.2 Multiple Regression Results and Collinearity Diagnostics ………………... 192
Table 6.3 Fit indices of the Rival Models ……………………………………………...195
Table 6.4 Estimation Results from the Structural Equation Model of Alliance Market
Orientation Testing Main Effects Model (Model 1) ..……………………...196
Texas Tech University, Pelin Bicen, May 2009
xi
Table 6.5 Estimation Results from the Structural Equation Model of Alliance Market
Orientation Testing Main Effects Model (Model 2)………….. ..………….197
Table 6.6 Estimation Results from the Structural Equation Model of Alliance Market
Orientation Testing Main Effects Model (Model 3)………..........................199
Table 6.7 Test of Mediation, Nested Model Analysis …………………………………199
Table 6.8.Test of Mediation, Sobel Test Results………..... …………………………...206
Texas Tech University, Pelin Bicen, May 2009
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LIST OF FIGURES
Figure 1.1 An Alliance Market Orientation and Alliance Competence Model of New
Product Performance…..…………………………………………..................36
Figure 1.2 Rival Model of Alliance New Product Performance……………….…….......37
Figure 1.3 Rival Model of Alliance New Product Performance (AMO is a Second Order
Construct) …..……………………………………………………………….38
Figure 3.1 A Schematic of Resource-Advantage Theory of Competition………………99
Figure 3.2 Competitive Position Matrix………………………………………………..100
Figure 4.1 Procedure for Empirical Test ………………………………………………130
Figure 5.1 Measurement Model for Alliance Market Orientation ……………………..168
Figure 6.1 Structural Equation Model of Alliance Market Orientation and Alliance
Competence Model for New Product Performance ......…………………... 187
Figure 6.2 Structural Equation Model of Alliance Market Orientation and Alliance
Competence Model for New Product Performance...………………………207
Texas Tech University, Pelin Bicen, May 2009
1
CHAPTER 1: INTRODUCTION
1.1. Overview
New product development (NPD) is an engine of economic growth (Schumpeter
1934). It is frequently articulated in the marketing and management literatures that
product development is critical because new products are becoming the nexus of
competition of many organizations (Brown and Eisenhardt 1995; Clark and Fujimoto
1991; Hunt 2000). Since it is well recognized that new products are the life-blood of an
organization (Perks 2000), scholars have recently turned their attention toward
understanding the success factors of new product development. Researchers have
investigated such issues as the effect of organizations’ information processing activities
on new product development (Moorman 1995; Moorman and Miner 1997), the role of
firm size and incumbency in innovation management (Chandy and Tellis 1998), and the
performance of cross-functional new product development teams (Olson, Walker, and
Ruekert 1995; Song, Montoya-Weiss, and Schmidt 1997). Therefore, academic research
on new product development has largely concentrated on various intra-organizational
aspects of new product innovation (Rindfleisch and Moorman 2001).
One of the fundamental areas of research in the marketing field involves the concept
of exchange. More than two decades ago, Hunt (1983) concluded that “… the primary
focus of marketing is the exchange relationship” (p. 9). Many of the studies have
discussed the nature, antecedents, and consequences of various forms of exchange
relationships (Anderson and Narus 1990; Anderson and Weitz 1992; Bagozzi 1975;
Dwyer, Schuur, and Oh 1987; Frazier 1983). This exchange-based paradigm has
informed many inquiries in the domain of inter-organizational relationships such as the
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2
relations between buyers and suppliers (Cannon and Homburg 2001; Cannon and Perrault
1999; Ganesan 1994; Jap 1999; Jap and Ganesan 2000; Kalwani and Narayandas 1995),
manufacturers and distributors (Anderson and Narus 1990; Anderson and Weitz 1992;
Morgan and Hunt 1994), service providers and clients (Heide and John 1988; Moorman,
Zaltman, and Desphande 1992), and strategic alliances (Kandemir, Yaprak, and Cavusgil
2006; Lambe, Spekman, and Hunt 2002; Luo, Rindfleisch, and Tse 2007; Rindfleisch
2000; Rindfleisch and Moorman 2001, 2003; Sivadas and Dyer 2000). In general terms,
inter-organizational relations are regarded as a basis for success in competitive
environments, and in turn are regarded as major determinants of competitive advantage
(Gulati 1998; Hunt 1997; Hunt and Morgan 1997; Jap 1999). Despite this wealth of inter-
organizational research, several aspects of inter-firm relations have eluded inquiry
(Rindfleisch and Moorman 2001). Three stand out.
First, while intra-organizational aspects of new product development and inter-
organizational relationships certainly warrant research attention, there is also an
important confluence between these two research streams (Rindfleisch 1998). It is known
that many organizations enter into business alliances to quicken the pace of innovation,
share risks, and gain access to resources (Sivadas and Dwyer 2000). A business alliance
is defined as collaborative efforts between two or more firms in which the firms pool
their resources in an effort to achieve mutually compatible goals that they could not
achieve easily alone (Lambe et al. 2002). Although it is well accepted that strategic
business partnerships are essential to being first to market with new products and services
(Hagedoorn 2002), there is a paucity of research on understanding the dynamics for
Texas Tech University, Pelin Bicen, May 2009
3
effective innovation management in an inter-organizational context (Erdem, Calantone,
and Droge 2006).
Second, over the last two decades, a movement toward thinking of marketing as an
organization-wide process rather than a function dominates both the marketing discipline
and the marketing practice (Moorman and Rust 1999). The most profound indication of
this change can be found in the market orientation (MO) literature (Gebhardt, Carpenter,
and Sherry 2006; Kohli and Jaworski 1990; Narver and Slater 1990). For example,
Jaworski and Kohli (1993) modeled market orientation as an organization-wide
generation of market intelligence, dissemination of the intelligence across departments,
and organization-wide responsiveness to it. Narver and Slater (1990) viewed market
orientation as an organizational culture that most effectively and efficiently creates the
behaviors for the creation of superior value for buyers. Day (1994) viewed market
orientation as a dynamic capability of an organization that involves market information
processing activities.
Briefly, market orientation has been discussed as a major prerequisite for being able
to create, measure, and deliver superior customer value, and in turn is regarded as a major
determinant of sustainable competitive advantage (Hunt and Morgan 1995). New product
development efforts have been discussed as the generation, dissemination, and utilization
of information (Moorman and Miner 1997). Therefore, it would seem relevant to consider
the market orientation of organizations as a potential predictor of the performance of their
new product development efforts. Much of the research in market orientation literature
that has focused on the relationship between market orientation and innovation mainly
found support for this relationship (Atuahene-Gima 1995; Atuahene-Gima and Ko 2001;
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4
Han, Kim, and Srivasta 1998; Im and Workman 2004; Lukas and Ferrell 2000; Zhou,
Kim, and Tse 2005). However, academic research on market orientation has largely
concentrated on various intra-organizational aspects (Rindfleisch and Moorman 2001).
As noted by Hunt and Lambe (2000, p. 28, italics added),
Research on MO to date takes a single perspective… Because firms often create superior value for customers by collaborating with other organizations, firms that partner with other firms to compete must develop a strategy of MO that is inter-firm rather than intra-firm in nature. The antecedents, consequences, and measures of a business strategy of inter-firm MO are still lacking.
Third, many firms enter into business alliances and work across organizational
boundaries to co-develop new products and services, and it is steadily becoming a major
business model in a wide range of industries (Deck and Strom 2002). Nevertheless, many
of these alliances fail (Day 1995; Parkhe 1993; Varadarajan and Cunningham 1995).
Therefore, a rich literature has evolved on the question of what makes alliances succeed
(Lambe et al. 2002). One of the possible answers to this question is an alliance
competence, which is an organizational ability for finding, developing, and managing
alliances (Lambe et al. 2002, p. 143). According to Lambe et al. (2002), alliance
competence is a higher-level resource that contributes to competitive advantage in the
marketplace. Alliance competence can be viewed as a firm’s partnering ability.
Therefore, as noted by Sivadas and Dwyer (2000), one of the issues to examine is what
impact the partnering abilities of alliance partners has on cooperative market oriented
behaviors exhibited in the alliance.
In this dissertation, I seek to enhance marketing’s understanding of these issues by
examining the role of interfirm level market orientation in new product development
activities of alliances. For this reason, main objective of this study is to conceptualize a
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5
new constuct, alliance market orientation, and find its possible antecedents and new
product related consequences. In addition to examining the role of alliance market
orientation in new product performance, I also investigate the relationship between joint
alliance competence (alliance competences of both firms) and alliance market orientation,
and their overall roles in an alliance’s new product development activities. Therefore,
this study explores four key issues:
1. What is an alliance market orientation? 2. What are the possible antecedents and new product related consequences of an
alliance market orientation? 3. What is the impact of joint alliance competence on an alliance market orientation? 4. How do an alliance market orientation and joint alliance competence help new
product alliances gain strategic advantages over competitors?
1.2. Purpose and the Scope of the Study
The purpose of this study is to address a gap in our understanding of the development
of market orientation of an alliance and its relationship with the joint alliance competence
of partner firms in new product development context. This study will attempt to replicate
and extend the article written by Lambe et al. (2002). Hubbard and Armstrong (1994)
defined a replication with extension as a duplication of a previously published emprical
research project that serves to investigate the generalizability of earlier research findings.
In an important call by Evanschitzky et al. (2007), authors mentioned that scientific
findings rest upon replication and, therefore, replications are needed especially for
important papers. Since Lambe et al.’s (2002) paper is a compelling paper in the alliance
literature, this study attempts to respond to this call.
In this study, as a first step, alliance market orientation will be conceptualized, and a
conceptual framework involving potential antecedents and new product related
consequences of alliance market orientation will be presented. Moreover, the relationship
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6
between joint alliance competence and alliance market orientation will be discussed.
Although not exhaustive in its consideration of all potential antecedents and
consequences, the framework highlights key constructs from relationship marketing,
alliance, market orientation, and new product development literatures. The unit of
analysis thoughout this study will be a dyad. The focus will be on new product
development alliances, which are defined as formalized inter-organizational
arrangements between partnering firms to jointly generate, exchange, and utilize
information related to the research and development and marketing of new product
innovations (adapted from Rindfleisch and Moorman 2001, p. 1). The context is
relationships between financially independent new product alliance partners. Therefore,
vertically integrated hierarchical relationships will be beyond the scope of this study.
1.3. Overview of the Conceptual Framework
New product development (NPD) is important in society because it is an engine of
economic growth. In order for firms to have sustained competitive advantage in the long
run, firms should continously engage in creating new products and services (Hunt 2000;
Hunt and Morgan 1995; Schumpeter 1934). A recent BusinessWeek-BCG survey shows
that 72 percent of the senior executives in the survey named new product development
(NPD) as one of their top three priorities; however, survey results also show that almost
half of the respondents are dissatisfied with the returns on their investments in that area
(Business Week 2006a). Therefore, many organizations are entering into business
alliances to reduce the inherent risk associated with NPD and to overcome the intensified
competition and the rapid technological change (Doz and Hamel 1998; Heller and
Fujimoto 2004; Sivadas and Dwyer 2000; Varadarajan and Cunnigham 1995).
Texas Tech University, Pelin Bicen, May 2009
7
By entering strategic alliances to develop new products, alliance partners concern
themselves with obtaining information on the environment, engaging in a high degree of
inter-organizational information exchange, and making long-term decisions (Rindfleisch
and Moorman 2001; Sanzo, Santos, Vazquez, and Alvarez 2003). Indeed, market
orientation’s concept of inter-functional coordination in an organizational level appears to
have become a boundary-less activity and to have proliferated between inter-firm inter-
functional activities (Mason, Doyle, and Wong 2006). Therefore, it would seem relevant
to consider the market orientation of an alliance as a predictor of the performance of a
new product development effort. Indeed, research by Littler and Leverick (1995), Littler,
Leverick, and Bruce (1995) and Piercy and Cravens (1995) into collaborative NPD
projects shows that concentrating too much on ensuring inter-organizational harmony and
on preserving inter-relationships at the expense of a market focus may be harmful to new
product performance. Furthermore, Spekman, Isabella, and MacAvoy (1999, p. 26 italics
added) highlight that “there is a notable shift to a more market-focused view of alliance
activity.”
Recently, there has been a rising interest in examining market orientation from a
relationship perspective (Baker, Simpson, and Siguaw 1999; Blesa and Bigne 2005;
Langerak 2001; Leisen, Lilly, and Winsor 2002; Min and Mentzer 2000; Sanzo, Santos,
Vasquez, and Alvarez 2003; Siguaw, Simpson, and Baker 1998; Zhao and Cavusgil
2006). In all these studies, researchers investigate how the degree of market orientation of
one member of a distribution channel member influences the market orientation of
another channel member and/or whole value chain, and how their market orientation is
related to relevant channel characteristics (e.g., trust, commitment, satisfaction,
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8
dependence). However, they do not examine market orientation as a relationship property
that could be developed at an inter-firm level. To my knowledge, there are only two
studies that investigate market orientation at the network level e.g., distribution network
and supply-chain network (Elg 2002; Grunert et al. 2005). However, both of these studies
discuss network level of market orientation only conceptually. Briefly, the marketing
literature has paid little attention to market orientation at an inter-organizational level.
The summaries of studies that investigate market orientation from a relationship
perspective can be found in the Table 1.1.Although anecdotal evidence and qualitative
analyses hint at possible outcomes, the lack of a systematic investigation makes it
difficult to properly assess the concept of alliance market orientation (AMO). Therefore,
main objective of this study is to take an initial step toward a systematic understanding of
the alliance market orientation concept, its antecedents, and its consequences in the new
product development context.
Although business alliances have been formed for distribution, product bundling,
marketing, and assorted other purposes, in this study I am interested in examining the
factors of alliance performance generalized to NPD goals (e.g., NP creativity and NP
performance). Therefore, using the two-firm alliance dyad as the referent unit of analysis,
I conceptualize an alliance market orientation that is an antecedent variable of NPD goals
(e.g., NP creativity and NP performance). I take as point of departures the definition of
market orientation by Kohli, Jaworski, and Kumar (1993) and Narver and Slater (1990).
Three closely related frameworks have been the foundation for much of market
orientation research: the behavioral perspective (Narver and Slater 1990), the process-
driven perspective (Kohli and Jaworski 1990; Kohli et al. 1993), and the systems
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9
perspective (Becker and Homburg 1999). Although these perspectives have remarkable
differences, marketing researchers have noted that there is a fair amount of conceptual
and operational overlaps as well (Avlonitis and Gounaris 1997; Cadogan and
Diamantopoulos 1995; Helfert, Ritter, and Walter 2002). The underlying concepts and
activities that these three frameworks share can be given as the understanding of
customer wants, inter-departmental integration within the firm, and the importance of
decisive action in response to market opportunities (Noble, Sinha, and Kumar 2002). This
study adapts the definitions of Kohli, Jaworski, and Kumar (1993) and Narver and Slater
(1990) for two reasons. First, Kohli, Jaworski, and Kumar’s (1993) conceptualization of
market orientation expands the focus on market (e.g., external stakeholders) rather than
only customers, which is an essential ingredient of cooperative product development
efforts (Littler and Leverick 1995). Second, Narver and Slater’s (1990) conceptualization
of market orientation is based on three behavioral components (customer orientation,
competitor orientation, and inter-functional coordination), and their market orientation
conceptualization captures specific behavioral activities of an alliance (Littler et al. 1995;
Perks 2000; Spekman et al. 1999)
In this study, the conceptualization of an alliance market orientation does not strive to
re-define market orientation, but rather attempts to explicate the understanding of how
cooperative market oriented behavior of an alliance might be used to drive its new
product development strategy. In this study, alliance market orientation is conceptualized
as a collaborative effort. I define an alliance market orientation as a capability that
enables an alliance (1) to jointly and systematically gather market intelligence (from
competitor analyses, studies of customer needs/preferences, and studies of the factors that
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10
influence competitors’ and customers’ behaviors), (2) to inter-organizationally coordinate
and disseminate the knowledge gleaned from the market intelligence gathered, and (3) to
efficiently and effectively respond to the knowledge that is coordinated and disseminated.
Drawing on a resource-based of view of the firm (RBV), the competence-based view of
the firm, and, particularly, the resource-advantage theory of competition (R-A theory), an
alliance market orientation (AMO) is conceptualized as an idiosyncratic resource in this
dissertation.
In their seminal article, Hunt and Morgan (1995, p. 11) defined resources as “any
tangible or intangible entity available to the firm that enables it to produce efficiently
and/or effectively a market offering that has value for some market segment(s).” An RBV
of the firm argues that only resources that are rare, valuable, imperfectly imitable, and
non-substitutable can generate competitive advantage and superior financial performance
(Barney 1991; Day and Wensley 1988; Hunt and Lambe 2000; Wernerfelt 1984).
Research in this area has emphasized that resources and capabilities that lead to
competitive advantage are owned and controlled by a single firm. However, recently,
RBV researchers have recognized that these resources and capabilities may extend
beyond firm boundaries and be sources of inter-organizational competitive advantage
(Asanuma 1989; Bensaou and Anderson 1999; Das and Teng 2000; Day 1995; Dyer
1996; Dyer and Singh 1998; Jap 1999; Jap and Ganesan 2000; Lambe et al. 2002;
Varadarajan and Cunningham 1995). The R-A theory of competition views these
resources as a relational capital (Hunt 2000). Hunt discusses relational resources (capital)
in strategic alliances as they are radically heterogeneous and immobile, which means that
there is no marketplace where such resources can be traded. Marketing and management
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scholars suggest that when partners are willing to make relationship-specific investments
by combining their resources in a unique way, their strategic advantages over competitors
that are unwilling to do so are increased. Therefore, idiosyncratic, inter-organizational
resources lead to competitive advantage (Dyer and Singh 1998). Lambe et al. (2002)
define alliance idiosyncratic resources as those that are (1) developed during the life of
the alliance, (2) unique to the alliance, and (3) facilitate the combining of the distinct
lower-order resources contributed by the partner firms (and, hence, are higher-order
resources).
Hunt and Morgan (1995, p.13) discuss market orientation as a firm resource. They
argue that “a market orientation is intangible, can’t be purchased in the marketplace, is
socially complex in its structure, has components that are highly interconnected, has mass
efficiencies, and is probably increasingly effective the longer it has in the place.”
Therefore, market orientation can be discussed as a source of sustainable competitive
advantage. Drawing on the R-A theory of competition, this study argues that alliance
market orientation is an idiosyncratic resource of an alliance that provides an alliance
comparative advantage in resources that will yield a marketplace position of competitive
advantage and, thereby, superior financial performance. Under compatible marketing
philosophies, alliance partners become more efficient (e.g., they reduce their costs) and
effective (e.g., they increase customer value) in their efforts toward a common goal (e.g.,
competitive advantage). According to the R-A theory of competition, the marketplace
position of a competitive advantage results from an alliance, relative to its competitors,
having a resource assortment that enables it to produce a market offering (in this study,
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12
new product) for some market segment(s) that is perceived to have superior value and/or
is produced at lower costs (Hunt 2000).
Lambe et al. (2002) argue that some organizations are better than others in finding,
developing, and managing alliances. The authors define this organizational ability as
alliance competence. They argue that alliance competence promotes the acquisition and
creation of the complementary and idiosyncratic resources that facilitate competitive
advantage and superior financial performance. In addition, they show that an alliance
competence positively affects idiosyncratic resources because it helps partner firms to
manage an alliance in a way that allows them to combine their complementary resources
over time to create idiosyncratic resources. Since I argue that alliance market orientation
is an idiosyncratic resource, one of the objectives of this proposed study is to examine the
relationship between joint alliance competence and alliance market orientation, and their
overall effect on new product development outcomes. In a recent study, Sivadas and
Dwyer (2000) question the impact the partnering abilities of alliance partners has on
cooperative behaviors exhibited in the alliance. They conjecture that high partnering
capability of alliance partners would foster greater cooperative and coordinative
behavior. In this proposed study, one of the objectives is to test this claim empirically and
take an initial step toward a systematic understanding of the relationship between joint
alliance competence and alliance market oriented behaviors.
Briefly, this study examines the role of alliance market orientation and alliance
competence in the new product development efforts of two-firm alliances. A conceptual
framework (Figure 1.1), involving potential antecedents—relational factors (i.e., trust and
commitment), inter-organizational factors (i.e., goal congruence, and complementary
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13
resources), and joint alliance competence—is hypothesized to lead to an alliance market
orientation that enables an alliance to achieve higher new product creativity, which in
turn leads to higher new product performance than either firm would have been able to
accomplish individually. In addition, since it is hypothesized that relational factors, joint
alliance competence, and inter-organizational factors have indirect effects on new
product outcomes only through alliance market orientation, I argue that an alliance
market orientation acts as a key mediating variable that influences new product
performance of an alliance.
In this study, new product development alliances will be evaluated after the fact by
respondents. The study is based on the assumption that alliance market orientation will
lead to alliance new product performance. It might be the case for the reverse that new
product performance could lead to inferences about an alliance’s market oriented
behaviors and joint alliance competence. I attempt to control for this by trying to
introduce variability in the new product development projects. Respondents will be asked
to think about all the new product development projects in which their alliance has been
involved, not just successful, unsuccessful, or typical projects. Therefore, the proposed
model will be a static model that provides a snap shot perspective of a partnership, in
contrast to a dynamic model or an inter-temporal perspective.
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Table 1.1. Studies that investigate mark et orientation from a relationship
perspective
Authors Primary Focus Empirical/
Conceptual
Sample/unit of
analysis
Siguaw et al. (1998) Impact of supplier’s market orientation on distributor’s market orientation. Its effects on relationship variables from distributor’s perspective. Ramifications of market oriented-behaviors in a dyadic relationship.
Empirical. Supplier-distributor / Dyads
Baker et al. (1999) The effect of a supplier’s perceptions of a reseller’s market orientation on the supplier’s perception of relationship factors.
Empirical. Suppliers/ Dyads
Elg (2002) Discussion about the meaning and content of inter-firm market orientation in a distribution network (supplier, manufacturer, and distributor) and how it is influenced by different network and relationship characteristics.
Conceptual.
Elg (2001)
Inter-firm market orientation of retailer-supplier.
Conceptual
Elg (2005) Inter-firm market orientation in channels
Case Study Manufacturer-Retailer /Dyads
Min and Mentzer (2000)
The role of market orientation in supply chain management
Conceptual
Zhao and Cavusgil (2006)
Effects of Supplier’ market orientation on manufacturers trust and long term relationship orientation
Empirical
Supplier-manufacturer / Dyads
Blesa and Bigne (2005)
Effects of manufacturers’ market orientation on distributors’ dependence and satisfaction.
Empirical
Manufacturer and distributor/ Dyads
Sanzo et al. (2003) Buyers’ degree of market orientation and its effect on buyers’ satisfaction with the supplier.
Empirical
Buyer and Supplier/ single firm
Grunert et al. (2005) Market oriented behaviors of value chain
Qualitative study Food Industry- 5 markets
Mason et al. (2006) The role of market orientation in supply chain configuration
Qualitative study Field interviews with supply chain members
Leisen et al. (2002) The relationships between organizational culture, market orientation, and marketing effectiveness in the context of strategic marketing alliances.
Empirical strategic marketing alliances /single firm
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1.4. Overview of the Research Hypotheses
In this section, the research hypotheses of the study will be discussed briefly. An
overview of the alliance new product development process is depicted in Figure 1.1.
Alliance Market Orientation
Firms engage in inter-organizational agreements in the context and for the purpose of
achieving innovative new products. The basic explanation for innovation collaborations
is that it allows partners to economize their research investment that is often necessary for
radical innovation process (Steinmueller 2002). Although collaborative innovation
activities are of substantial importance to firms who want to remain competitive against
rivals capable of generating and delivering innovative products, few of them are able to
succeed in alliance management and result in successful innovative products. According
to the latest Association of Strategic Alliance Professional’s (ASAP 2007) survey among
alliance managers and business/corporate development executives, the success rate of
alliances in terms of pre-defined alliance financial performance objectives is only 30
percent. When importance of the new product alliances in free market economy is taken
into account, finding an answer for high failure rate among NPD alliances is urgent.
In this study, I argue that what should be central to understanding NPD alliance
management is whatever distinguishes successful and effective NPD alliances from those
that are unsuccessful and ineffective – that is, whatever produces NPD alliance success
instead of failure. Although the alliance management and new product literatures provide
many contextual factors that lead to the success or failure of NPD alliances, this study
argues that the presence of alliance market orientation is central to the high new product
alliance performance. Alliance market orientation is central to the NPD alliance success
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because (1) it encompasses the gathering information on market intelligence, the
dissemination of this intelligence between partner firms, and the response to that
intelligence in a concerted manner which is necessary in delivering creative and
meaningful products close to the customer constellations of attributes, (2) it requires
close customer linkages through which NPD alliances can provide an ability to be more
nimble and more responsive by developing innovative products relative to their non-
market oriented competitors, (3) it demands monitoring close and potential rivals by
which respective alliance can develop innovative products that are dramatically
differentiated from those of competitors, and (4) its basic core component is being inter-
organizationally coordinated which plays a key role in the dissemination of market
intelligence, developing quality of information sharing process, resolution of inter-
organizational problems and disagreements by means of non-routine ways, and
responsiveness to market intelligence in novel and meaningful ways. Therefore, when
alliance market orientation is present, it provides alliances efficiency, effectiveness, and
productivity. In essence, alliance market orientation leads directly to novel and
meaningful new products and high new product performance. Since alliance market
orientation is conceptualized as a key construct in this study, it is hypothesized as the key
mediating variable of the theoretical model. Therefore, this study proposes that
H1: Alliance market orientation has a positive effect on a) new product novelty, b) new
product meaningfulness, and c) new product performance.
Goal Congruence and Complementary Resources
Jap (1999) argued that partner firms are more likely to engage in the development of
strategic advantages when they have congruent goals, because, by definition, congruent
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17
goals refer to the pursuit of similar directions. Heide and John (1988) and Erdem et al.
(2006) indicated that when alliance partners have congruent goals there is a strong
incentive to build close relationships, and develop idiosyncratic resources which are
unique to the alliance, develop during the life of an alliance, and facilitate the combining
of the distinct lower-order resources contributed by the partner firms (Lambe et al. 2002).
In this study, alliance market orientation is conceptualized as an idiosyncratic resource.
Therefore, I argue that congruent goals of an NPD alliance dyad facilitate their market
oriented behaviors.
H2: Goal congruence has a positive effect on alliance market orientation
One of the critical issues in new product development alliances is the identification of
the complementary resources that each partner brings and the synergy that these
complementary resources create (Percy and Cravens 2000). As highlighted by Perk
(2000), complementary resources can influence the partners’ approach towards
integrating market information in the new product co-development process. In addition,
Das and Teng (2000) asserted that partners’ resource alignment influences the alliance
performance through collective strengths and cooperative behavior. Therefore, it can be
argued that successful reception of complementary resources may lead to development of
creative new products through collaborative and cooperative market oriented behaviors of
alliances.
H3: Complementary resources has a positive effect on alliance market orientation.
Trust and Commitment
One of the most widely acknowledged social norms for coordination of inter-
organizational exchange is trust (Donney and Cannon 1997; Jap 1999; Morgan and Hunt
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1994). Anderson and Weitz (1992) argued that when trust exists between partners, they
both believe that long-term idiosyncratic investments can be made with limited risk. Elg
(2002) and Jassawalla and Sashittal (1998) argued that if alliance partners trust each
other, they will be more willing to gather market information together, share this
information with each other, and respond to that information in a concerted manner.
Since alliance market orientation is conceptualized as an idiosyncratic resource in this
study, I argue that trust is a sine qua non of developing and managing market orientation
in NPD alliances. Therefore, this study proposes that
H4: Trust is has a positive effect on alliance market orientation.
Commitment is another cornerstone of strategic alliances (Spekman et al. 1999).
Morgan and Hunt (1994) conceptualized commitment as an exchange partner believing
that an ongoing relationship with another is so important as to warrant maximum efforts
at maintaining it. Grunert et al. (2005) found that balanced relationship which comes with
trust and commitment is an antecedent for market orientation in a value-chain. Likewise,
Erdem et al. (2006) and Perk (2000) indicated that commitment of NPD partners to the
relationship can create a willingness to share market intelligence that they gather jointly,
and to respond to that information in a concerted manner. Anderson and Weitz (1992)
equated commitment with long term orientation and argued that commitment to the
relationship results in partners working together to increase mutual benefits. Therefore,
this study posits that
H5: Commitment has a positive effect on alliance market orientation.
Trust and commitment are the sine qua non of strategic alliances, for, without them,
there can be no alliances (Spekman et al. 1999). In their seminal article, Morgan and
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19
Hunt (1994) defined trust as the confidence of one party in an exchange partner’s
reliability and integrity. Sivadas and Dwyer (2000) argued that lack of trust is inherent
and the primary concern in NPD alliances, thereby, a major cause of alliance failure. The
relationship between trust and commitment has received consistent support from the
literature (e.g., Morgan and Hunt 1994). The social exchange and relationship marketing
literatures indicate that trusting partners will have the desire to commit themselves to
their relationships. In an NPD alliance context, trust promotes commitment because as
trust develops between alliance partners, firms are more willing to sacrifice short-term
advantages and commit to their relationships for the sake of achieving long term
competitive advantage (Jap 1995). Therefore, this study posits that
H6: Trust has a positive effect on commitment.
Joint Alliance Competence
A central question in the alliance literature is why some firms are much more
successful at forming and sustaining alliances that contribute to their long-term
competitive advantage than others (Day 1995; Eisenhardt and Schoonhoven 1996; Gulati
1998; Kandemir et al. 2006; Varadarajan and Cunningham 1995). By adapting some of
the insights and answers from the competitive advantage literature, competence-based
theory is an internal factors theory of business strategy that provides an explanation to
this phenomenon. Numerous scholarly works have been developing competence-based
theory in a systematic manner (Chandler 1990; Prahalad and Hamel 1990; Hunt 2000;
Reed and DeFlippi 1990; Teece and Pisano 1994; Sanchez, Heene, and Thomas 1996).
Based on the findings of this literature, competence has been defined as an organizational
capability to deploy tangible and intangible entities in a way that helps a firm to compete
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in its competitive marketplaces (Sanchez et al. 1996). This study argues that alliance
competence is such an entity that provides firms the ability to find competent alliance
partners, and develop and manage the relationship with them in as efficient a manner as
possible. This study adapts Lambe et al.’s (2002, p. 143) definition of alliance
competence to explain the success factors of alliances in new product development
context. Alliance competence has been defined as an organizational ability for finding,
developing, and managing alliances. Drawing on the R-A theory of competition, alliance
competence is conceptualized as a higher-order resource which is the ability to integrate
lower order resources in a way that can not be duplicated by competitors (Hunt 2000).
Consistent with Lambe et al.’s (2002) conceptualization, alliance competence has three
dimensions: (1) alliance experience, (2) partner identification propensity, and (3) alliance
manager development capability. In this study, joint alliance competence indicates that
both alliance partners have organizational ability for finding, developing, and managing
alliances.
In strategic alliances, goal congruence of the partners enhances the consistency of
expectations and assured mutual gains (Erdem et al. 2006; Jap 1999). Experienced
alliance partners accumulate and leverage alliance management know-how associated
with their prior and ongoing alliance experiences (Anand and Khanna 2000; Kandemir et
al.2006). Such experiences are expected to improve the ability of firms to identify and
select partners that they have similar goals with (Jap 1995). At Cisco, one of the leading
technology companies in the world, the company uses a basic framework for deciding
with whom to embark on significant collaborative effort. Cisco’s one of the criteria for
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21
picking partners is the compatible goals and shared vision of technology and market
development (Deck and Strom 2002).
Firms that are able to proactively scan for competent partners are likely to identify
partners with congruent goals and compatible strategies (Kandemir et al. 2006; Sarkar et
al. 2001; Weitz and Jap 1995). When XM Satellite Radio Holding allied with Samsung
Electronics Co. to develop a new satellite radio, Dan Murphy, senior vice-president for
sales and marketing at XM, mentioned that their good eyes for allies helped them to find
a partner which had similar goals (Business Week 2006b).
Alliances require ongoing management of the relationship within a clear strategic
framework (Doz and Hamel 1998). Since this a complicated process, alliance
management needs multifaceted individuals with characteristics that enhance the
alliance’s mission. One of the role responsibilities of these alliance managers is to
understand the compatibility of possible partners’ strategic intents (Spekman et al. 1999).
Therefore, competent alliance partners develop and train competent alliance managers
that will identify, select, and negotiate with other partners that have congruent goals.
Therefore, this study proposes that
H7: Joint alliance competence has a positive effect on goal congruence of the dyad.
The departure point for all partnerships is the exchange of complementary resources
(Hunt and Morgan 1994), because, no single company has the complete array of
resources to individually develop and deliver projects (Sarkar et al. 2001).
Complementary resources refer to the degree to which the partners are able to complete
each other’s performance by supplying distinct resources (Anderson and Narus 1990;
Dyer and Singh 1998; Jap 1995). Competent alliance partners have an ability to
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22
proactively monitor for partnering opportunities, and therefore, they are able to identify
partners with unique complementary resources.
Experiences with previous alliance partners contribute to knowledge about how to
develop, manage, and use alliances (Lambe et al. 1997; Simonin 1997). Day (1995), and
Varadarajan and Cunningham (1995) argued that accumulated history of collaboration
with previous alliance partners improve firms’ abilities with respect to identification of
potential partners that have the complementary resources.
Alliance managers are the essential part of alliance development and alliance success.
Competent alliance partners assign strong alliance managers in the charge of managing
the relationship with other alliance partners. Firms with competent alliance managers
have the vision to maintain a broad perspective spanning inside and outside the company
and to serve as the driving force behind the alliance’s creation including systematic and
proactive scanning for and identification of potential alliance partners that have the
complementary resources (Lambe et al. 2002; Spekman et al. 1999). Therefore, this study
posits that
H8: Joint alliance competence has a positive effect on complementary resources.
It is widely accepted in the market orientation literature that use of market
information is critical in developing innovative products (Atuahene-Gima and Ko 2001;
Han et al. 1998; Im and Workman 2004; Lukas and Ferrell 2000; Zhou et al. 2005).
Notwithstanding the growth of new product development alliances, the suggested means
to improve the NPD process and more importantly to encompass a market dimension
remains focused on the tasks of management within the context of a single firm (Perk
2000). To my knowledge, this study represents the first attempt to understand the role of
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23
market orientation of alliances in collaborative new product development process. In this
study, alliance market orientation is conceptualized as an idiosyncratic resource. It is
discussed in the NPD alliance literature that alliances risk becoming myopic and obsessed
with the relationship per se rather than needs of customers, competitive actions, and
realities of market environment (Jassawalla and Sashittal 1998; Littler et al. 1995; Perk
2000; Piercy and Cravens 1995; Rindfleich and Moorman 2001; Sivadas and Dwyer
2000; Spekman et al. 1999).
I argue that competent alliance partners having an accumulated history of
collaborative NPD projects, high partner identification propensity, and alliance manager
development capability, may focus on developing market focus. More specifically,
competent alliance partners can identify and select partners to develop mechanisms to
systematically gather information on market intelligence (e.g., customer needs,
competitor analyses, regulations) and coordinate inter-organizational activities to act in
response to that intelligence. In addition, Lambe et al. (2002) empirically showed that
joint alliance competence leads to idiosyncratic resources. Since this study conceptualizes
alliance market orientation as an idiosyncratic resource, consistent with Lambe et al.’s
(2002) findings, this study posits that
H9: Joint alliance competence has a positive effect on alliance market orientation
Joint top management support
Effective alliance management is an integral part of alliance development and,
thereby, alliance success (Spekman et al. 1999). It is maintained in the alliance literature
that effective alliance management demands top management support (Day 1995;
Eisenhardt and Schoonhoven 1996; Hunt and Morgan 1994; Gulati 1998; Mohr and
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24
Spekman 1994; Varadarajan and Cunningham 1995). In addition, the competence
literature argues that since the strategic decisions of organizations are driven by top
management, competences are developed under the control of top management (Hamel
and Prahalad 1994; Lambe et al. 2002; Sanchez et al. 1996). In his seminal article
Gomes-Casseres (1994) mentioned that alliances require their top managements’
attention, especially in the stages of planning, partner search, negotiation, and
appointment and training of alliance and business development managers. Since the
management of an alliance is a challenging process, top management levels of competent
alliance partners have put alliance executives in charge of managing external strategic
relations. In this study, joint top management support indicates that both of the alliance
partners’ top managements invest time and necessary resources in developing and
improving their alliances. Therefore, this study posits that
H10: Joint top management support has a positive effect on joint alliance competence.
New Product Creativity
The Marketing Science Institute (2008-2010) has named innovation a top-tier priority
topic in general, and organizing for effective innovation and creating a culture of
innovation in specific. New product development is the most common form of
innovation. Although scholars and practitioners have been interested in understanding the
meaning of innovation and effective development of innovation management in
organizations, an examination of innovation literature clearly shows that there has not
been a consensus in the definition of innovation. Because of a lack of consistency in the
construct definition and, thereby, a lack of mature measurement for this construct, in this
study I will instead use new product creativity. New product creativity is conceptualized
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25
in this study as the degree to which new products are perceived as representing unique
differences from competitors’ products in ways that are meaningful to target customers
(adapted from Im and Workman 2004, p. 115).
The NPD literature argues that NP creativity enhances competitive advantage of
organizations by providing unique and usefulness of the product (Song and Montoya-
Weiss 2001). Creative firms provide novel and meaningful products. By doing so, these
firms meet the changing needs and preferences of current and potential customers
(Atuahene-Gima and Ko 2001; Lukas and Ferrell 2000). Therefore, as it is argued by the
NPD literature creative products lead to high new product performance. Consistent with
the single firm focus of NP creativity, this study posits that NP alliances that develop
unique and meaningful products will have high new product performance. To my
knowledge, this study represents the first attempt to measure NP creativity-NP
performance relationship in a collaborative NP context. Therefore,
H11: New product novelty has a positive effect on new product performance
H12: New product meaningfulness has a positive effect on new product performance.
1.5. Overview of the Rival Models
Structural Equation Modeling (SEM) is being increasingly used in the social science
research (Bollen 1989; Bollen and Long 1992). Indeed, researchers agree that there are
several issues that must be considered in any SEM analysis. One of these issues is testing
multiple plausible rival models (Thompson 1998), so that stronger evidence supporting
the correct specification of a model can be adduced.
In the current study, I argue that there may be two plausible rival models. Note that
the proposed model posits that alliance market orientation is the key mediating variable
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26
that influences new product outcomes of an alliance. It means that top management
support, goal congruence, complementary resources, trust, commitment, and joint
alliance competence -- all of which have been associated with new product outcomes in
the past research -- influence new product creativity and new product performance only
through the key mediating variable of alliance market orientation. In the original model
both joint alliance competence and alliance market orientation are second-order reflective
constructs. The reasons for this conceptualization are provided in Chapter 2 and 3.
One rival view would be one positing only direct paths from each of these constructs
to the new product outcomes. It is suggested by previous new product development
literature that top management support, goal congruence, complementary resources, trust,
and commitment can act as antecedents of new product outcomes (e.g., new product
creativity and new product performance). Examples include complementary resources
and new product performance (Harrigan and Newman 1990; Littler et al. 1995; Sivadas
and Dwyer 2000), goal congruence and new product performance (Erdem et al. 2006;
Swink 2000), trust and new product performance (Sivadas and Dwyer 2000, Song et al.
1997), commitment and new product performance (Cooper 1994; Cooper
and Kleinschmidt 1995; Littler et al. 1995), and top management support and new
product performance (Brown and Eisenhardt 1995; Cooper 1979; Erdem et al. 2006;
Heller and Fujimoto 2004; Jassawalla and Sashittal 1998; Littler et al. 1995; Swink
2000). This proposed rival model is depicted in Figure 1.2.
Second rival model can be one that conceptualizes alliance market orientation and
alliance competence as having distinct components and, therefore, treats each component
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separately. Second rival model is shown in Figure 1.3. The model comparisons and
process of the selection of the best model are reported in Chapter 6.
1.6. Overview of the Research Design
In this study, the sample frame consists of two-firm alliances. Therefore, the unit of
analysis throughout this study is a dyad. The focus is on the new product development
alliances, and such consideration is expected to control for any extraneous effects due to
variations in alliance type (Eisenhardt and Schoonhoven 1996; Lambe et al. 2002;
Rothaermel and Deeds 2004). The context is relationships between financially
independent new product alliance partners. Therefore, vertically integrated hierarchical
relationships will be beyond the scope of this study. The respondents are the key
informants, who are highly knowledgable about the phenomena under this study (e.g.,
R&D managers, CMOs, COOs, CSOs, CTOs, and alliance/business development
professionals).
The research sample for this study were developed from three sources. First, in
accordance with the National Cooperative Research and Production Act of 1993, new
product alliances are required to file written notification with the Attorney General and
the FTC in order to minimize the threat of antitrust prosecution. These filings are
published in the Federal Register Index, and they provide information about the identity
and location of alliance partners, and formation date and objectives of that alliance. The
index starts from 1998, and it provides the daily news about new product alliances. The
second source is the Thompson Financial Security SDC Platinum Database. The SDC
Platinum Worldwide database provides detailed information on mergers, acquisitions,
joint ventures, and strategic alliances around the globe. Based on the sample requirements
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of the study, only the U.S. base high-tech companies involved in strategic business
alliances were chosen. The joint ventures, mergers, and acquisitions were excluded in the
sample selection. Since these indexes do not include names of individual executives, I
gathered their names, phone numbers and e-mail addresses from company websites and
Lead411.com. The third data source was ISBM (Institute for Study of Business Markets)
at Penn State University. Selected member firms were contacted by ISBM representative
with a cover letter and research synopsis. They were informed about my upcoming phone
call and e-mail. The many of the firms contacted through ISBM are Fortune 500
companies.
Data collection process had three stages: (1) field interviews with three experienced
alliance consultants, (2) pretest and pretest interviews with 22 alliance executives, (3)
final online field survey with 253 business professionals. In the final field survey, I called
1025 executives, among those 326 accepted to participate to the study (32 %). After
outliers and missing data detection, 253 usable surveys left (78 %). The details about the
data collection procedure are provided in Chapter 4. The cover letters and online survey
invitation are shown in Appendices.
1.7. Overview of the Data Analysis and Measurement
In this study, the hypotheses were tested using structural equation modeling (SEM).
Using SEM methodology makes it possible to simultaneously test all the hypothesized
relationships among the constructs. A two-stage approach was employed to analyze the
data and test the hypotheses. This two-stage approach has two advantages (Anderson and
Gerbing 1988): (1) It requires a smaller sample size because of the reduced model at each
stage, and (2) it can avoid the potential confounding effect between the measurement
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model and the structural model (Wei 2006). SEM analysis relies on a sample of at least
100 to be stable, and sample under 150 can have difficulty converging (Bollen 1989).
This dissertation has 253 responses, yielding an adequate sample for testing of
hypotheses and providing stable and reliable results.
To my knowledge, this study is the first attempt to develop a measure for alliance
market orientation. In order to develop better measures, many researchers have followed
the measure development procedure suggested by Churchill (1979). Basically, he
recommends the following sequential steps. (1) Specify the domain of construct based on
literature review, (2) generate a pool of items based on literature review and in-depth
interviews, (3) collect primary data, (4) purify measures, (4) assess reliability and
validity. These steps involve an iterative process. At each stage, the researcher evaluates
the results and decides whether to modify the measure and repeat the same procedure.
This study followed the above iterative steps through pretest and final field survey.
Chapter 5 explains how the alliance market orientation scale is developed. Other major
constructs were borrowed from previous literature. Therefore, their psychometric
properties were intensively investigated. Chapter 5 explains the overall measure
development and measurement model in detail.
1.8. Overview of the Theoretical and Managerial Contributions
A study by Hagedoorn (2002) on 40 years of data shows that there is a growth in the
number of new product development partnerships since 1960. However, the literature
review on new product development alliances includes only a few studies dealing directly
with new product alliance success (for details, see Erdem et al. 2006). Therefore, given
the growing popularity of NPD alliances and the importance of managing the innovation
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process in inter-organizational context, developing an integrative theory addressing key
new product development alliance issues is timely and significant. The main objective of
this study is to identify ways in which NPD alliances can be made more successful.
Therefore, in this dissertation, I seek to enhance marketing’s understanding of these
issues by examining the role of the market orientation at the inter-firm level in new
product development activities of alliances. The main motive is to define alliance market
orientation, develop its measure and determine its possible antecedents and consequences
in new product development context.
Based on the empirical findings, this study shows that joint top management support
has a strong positive influence on joint alliance competence. In addition, firms with
alliance competences are more likely to find partners with complementary resources and
congruent goals. According to the results, goal congruency has a strong positive impact
on alliance market orientation. However, contrary to expectation, complementary
resources do not have a significant effect on alliances’ market oriented behaviors. One
reason for this counter-intuitive finding may be that alliances, no matter what their
purpose is (e.g., market oriented, non-market oriented), should have complementary
resources to initiate the alliances. Complementary resources are the primary motivation to
form all types of alliances. When the average score to this variable is examined in
Chapter 5, it is seen that it has the highest value with minimum variance among other
variables.
It is shown that joint alliance competence leads to the alliances’ market oriented
behaviors. In essence, when a firm with alliance competence partners with another firm
with alliance competence, it is highly likely that they will develop bifocal vision and be
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more market focused than their rivals who do not have joint alliance competence. This
study argues and shows that in order for alliances to be successful, internal focus in terms
of developing trust and commitment is a necessary but not sufficient criteria. They also
need to develop a market focus which will help them to understand what customer wants
and what their competitors are doing. Empirical results show that relational factors lead
to alliances’ market oriented behaviors which will eventually boost new product
outcomes.
This study is first to posit alliance market orientation as a key inter-organizational
construct in alliance NPD performance. Although a number of researchers point to the
importance of market orientation in inter-organizational relationships (see Table 1.1),
there is no systematic work to date on market orientation and its role in “expanding the
size of the pie” between partner firms (Jap 1995). By conceptualizing alliance market
orientation as an idiosyncratic resource, this study also contributes to the knowledge of
the role of idiosyncratic resources in alliances. As a nonfungible resource, alliance market
orientation is an incentive and motivation to develop and maintain the relationships
between partner firms (Williamson 1985).
In terms of marketing practice, this dissertation should be of considerable interest to
practitioners involved in inter-organizational new product development activities.
Although it is well-known that many organizations enter into business alliances to hasten
the pace of innovation, overcome budgetary constraints, spread out risks, and gain access
to resources (Sivadas and Dwyer 2000), there is a paucity of research in this area. Many
alliance executives have noted that their alliances are tended to be unstable, and a large
number of them fail. Therefore, this study suggests a number of implications which
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enable alliance participants to both increase the efficacy of their collaborative new
product development efforts and reduce their level of frustration. Three stand out.
First, it is well-known that NPD is a knowledge-based asset strategy. Therefore, it
includes knowing the market (e.g., customers, competitors, and regulations), sharing the
market-related information both intra- and inter-organization wide, and acting on it in a
collaborative manner. This study concludes that innovations developed in alliances
should have some commonalities with the innovations that are developed internally.
Having a market focus is one of these commonalities. Based on the results, some NPD
alliances fail because managerial efforts in alliance context are directed towards making
the relationship work at the expense of a market focus. As Perks (2000) claims, NPD
alliances risk becoming myopic and obsessed with the inter-organizational relationships
per se, rather than the realities of the markets, which are the bread and butter of an NPD
process. This study recommends that alliances should integrate their internal processes
(e.g., being in contact with alliance partner, coordinating NPD activities, regular reviews
of alliance’s pipeline products) with their external factors (e.g., customer needs/wants,
competitors’ actions, market regulations). As Day (1994) points out, new product
development is a spanning process should be informed by both external and internal
activities. Consistent with Day, this study shows that new product alliances should not
only incorporate inter-organizational factors to their new product development processes,
but also, more importantly, the realities of market.
Second, this study posits that alliances should focus on ways to improve their market
focus in their innovation projects, and consequently, to enhance their project
performance. Engaging in relationship-based governance structures (e.g., trust and
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commitment), adequate top management support, working with competent alliance
partners, and having congruent goals and complementary resources are some mechanisms
that organizations should pursue to enhance their market orientation to achieve high co-
development performance.
Finally, this study further recommends that, although congruent goals,
complementary resources, top managerial support, alliance competence and relationship
factors directly influence alliance market orientation, these factors by themselves do not
have a direct effect on NPD related outcomes. Rather, the key/central to unique and
meaningful products and eventually high new product performance seems to be to have
market-orientation in an inter-organizational context. Briefly, this study suggests that
market-oriented alliances that generate, disseminate, and utilize market information faster
and better than their competitors will have a greater competitive advantage.
1.9. Study Outline
This dissertation is organized into seven chapters. A brief description of each chapter
follows. Chapter 1, the current chapter, notes the importance of inter-organizational new
product development activities in providing sustainable competitive advantage to partner
firms. As seen in this chapter, there is a need for understanding several aspects of inter-
organizational relations. This chapter summarizes these aspects and provides general
overview of the study, including research background, research questions, scope of the
study, conceptual framework, research hypotheses, rival models, research design and
sampling issues, data analysis, and theoretical and managerial contributions.
Chapter 2 is a review of the most relevant literature to the proposed research
questions which are provided in Chapter 1. Specifically, the background literature review
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discusses certain aspects of inter-organizational new product development; introduce the
concept of alliance market orientation based on the recent intra- and inter-organizational
market orientation studies; and finally, examine the concept of alliance competence and
discuss each dimension of this construct. This discussion aims to provide the backdrop
upon which the theoretical framework of the study is structured.
Chapter 3 presents the theoretical framework of the study. In this chapter, first,
resource-based view of the firm (RBV), competence-based view of the firm (CBV) and
as an integrative theory of competition, the resource-advantage theory (R-A theory) of
competition is reviewed. In the second section of this chapter, I provide the research
hypotheses to be tested in an empirical study. The theoretical rationale for specific
relationships between selected variables is articulated in detail.
Chapter 4 describes the research methodology, which focuses on the empirical
validation of the hypothesized relationships in the model. This chapter begins by
discussing sampling issues related to sampling frame, identification of key respondents,
unit of analysis, data collection methods, characteristics of firms and key respondents,
and questionnaire design and measurement.
Chapter 5 details the procedures and results used for development of the alliance
market orientation measure. It explains how the initial measures are tested for their
validity and reliability based on the iterative procedure recommended by Churchill
(1979). Then the chapter describes the procedures and results from testing the respecified
measurement model in order to develop the final measures.
Chapter 6 provides the results from hypotheses testing. It begins by reviewing the
hypotheses. After explaining the issues related to assumption violation, it reveals
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methods and results of testing main effects in a structural equation model. It concludes
with mediation tests of alliance market orientation. According to the mediation analyses,
alliance market orientation is, indeed, the key mediator in alliance new product
performance model.
The final chapter, Chapter 7, presents a discussion of the results and implications of
this study. It reviews and evaluates the original objectives of this study, and it provides
the details of theoretical and managerial implications to be drawn from the empirical
results. It is followed by study limitations. The dissertation ends with suggestions for
future research.
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CHAPTER 2: LITERATURE REVIEW
This chapter aims to provide a theoretical justification for the selection of the
variables applied in this study. Therefore, its development is geared to present and
discuss the most relevant literature to the proposed research questions highlighted in the
first chapter. Briefly, the background literature review (1) discusses certain aspects of
inter-organizational new product development, then (2) provides an overview of alliance
market orientation, before (3) discussing the concept of alliance competence.
2.1. Literature Review on Inter-Organizational New Product Development
The Marketing Science Institute (MSI) (2008-2010) has named innovation a top-tier
priority topic. New product development has been considered as the most common form
of innovation (Hlavacek and Thompson 1973; Wei 2006).
Littler and Leverick (1995) have pointed to the growing complexity and costliness of
developing new products; the shortening product life cycles; the uncertainty in research
and development; the internationalization of industries; the increasingly rapid pace of
technological change; and the apparent convergence of markets and technologies.
Therefore, working across corporate boundaries to co-develop products has been
promoted as a means by which some of these problematic aspects of the new product
development process can be lessened (Deck and Strom 2002; Littler et al. 1995).
Nevertheless, many of these collaborative new product development projects fail. Some
statistics put the failure1 rate of NP alliances as high as 70 percent (Parkhe 1993).
Therefore, the attempt to identify ways in which inter-organizational NPD can be made
1 In this study, new product alliance failure has been conceptualized as an inter-organizational product development project that does not meet an NPD alliance’s financial and overall performance objectives.
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more successful is timely and significant. As a testimony of the importance of innovation
management in an inter-organizational context, Institute for the Study of Business
Markets (ISBM) has named “managing product development in the context of complex
product development alliances” as a research priority.
Since the main concern in this study is to understand the high performance factors in
NPD alliances’ innovation projects, I, first, review the different definitions of innovation.
Following this, in the second part I will review the inter-organizational NPD literature.
2.1.1. Defining New Product Innovation
Academics and practitioners believe that they have begun to understand the
management of innovations in organizations. However, an examination of the literature
in innovation management shows that there has been a lack of consistency in defining
innovation (Garcia and Calantone 2002). This lack of consistency in defining and
operationalizing innovation has resulted in interchangeable use of the construct
“innovation” to define innovation types. Some of the innovation types that have been
used in the innovation literature can be identified as radical, incremental, really new,
discontinuous, and imitative innovations, as well as for architectural, modular,
improving, and evolutionary innovations (for detailed review, Garcia and Calantone
2002). The following review of different definitions of innovation and innovation types
by different groups of researchers will demonstrate this view.
Utterback (1971) mentions that the definition of innovation should be distinct from
invention. Therefore, first, he defines invention as an original solution resulting from the
synthesis of information about a need or want and information about the technical means
with which the need or want may be met. He adds that an invention should be followed
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by entrepreneurial action before it has significance in economic terms. Therefore, he
defines innovation as an invention which has reached the market introduction in the case
of a new product, or first use in a production process, in the case of a process innovation.
Booz, Allen, and Hamilton (1982) define innovation as a product and/or process
which is new to both the market and the firm. In their six dimensional scale, they view
interaction between the firm and the marketplace as a dynamic process. The basic
dimensions include: (1) cost reductions i.e., new products that provide a similar
performance at lower cost, (2) re-positioning i.e., new products that are targeted to new
market segments, (3) improvements in/revisions to existing products such as new
products that improve performance and replace existing products, (4) additions to
existing product lines i.e., new products that complement a firm’s existing product line,
(5) new product line i.e., new products that allow a firm to enter an established market for
the first time, and (6) new to the world product i.e., new products that create an entirely
new market.
Ettlie, Bridges, and O’Keefe (1984, p.683) assert that “one of the theoretical
typologies that have emerged in the literature on organizational innovation is the
dichotomy of radical versus incremental innovation.” Authors mention that these two
types of innovation differ in “whether or not the innovation incorporates technology that
is clear, risky departure from existing practice.” In addition, they suggest that if a
technology is new to the markets and new to the organizations, or if it needs both
“process” and “output change”, “the magnitude or cost of change required by the
organization may be sufficient to warrant the designation of a rare and radical, as
opposed to incremental innovation.”
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Van de Ven (1986, p.590) refers innovation as “the development and implementation
of new ideas by people who over time engage in transactions with others within an
institutional context.” As it is clear from the definition, the term “innovation” consists of
four major factors: ideas, people, transactions, and institutional context. The author also
mentions that this definition is sufficiently general to apply to a wide variety of technical,
product, process, and administrative kinds of innovations.
Henderson and Clark (1990) demonstrate that incremental and radical innovation
typologies have become a tradition in categorization of innovation. Authors have pointed
to this “incomplete and potentially misleading” categorization of innovation by
explicating that sometimes a minor product improvement can cause disastrous effects on
industry incumbents. Therefore, they view the product as a system and a set of
components. They classify innovation into two dimensions: (1) components and (2)
linkage among components. Based on these two dimensions, authors define four types of
innovation: radical, incremental, modular, and architectural. Radical innovation is
defined as “a new dominant design and a new set of design concepts embodied in
components that are linked together in a new architecture” (p. 11). Incremental
innovation is defined as the product “improvement that occurs in individual components,
but the underlying core design concepts, and the links, between them remain same” (p.
11). A modular innovation is defined as the “innovation that changes only the core design
concepts of a technology and innovation that changes only the relationships between
them,” (p. 12). Finally, architectural innovation is the “innovation that changes a
product’s architecture but leaves the components, and the core design concepts that they
embody, unchanged” (p. 12).
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Chandy and Tellis (1998, p.475) define innovation as “the propensity of a firm to
introduce new products that (1) incorporate substantially different technology from
existing products and (2) can fulfill key customer needs better than existing products.”
This definition focuses on two basic factors: technology and key customer needs. Authors
identify two levels (low and high) for each factor and mention that these levels for each
factor lead to four types of product innovations: incremental innovations, market
breakthroughs, technological breakthroughs, and radical innovations. Briefly,
incremental innovations refer relatively minor changes in technology and provide
relatively low incremental customer benefits per dollar. Market breakthroughs focus on
core technology that is similar to existing products but provide substantially higher
customer benefits per dollar; whereas, technological breakthroughs adopt a substantially
different technology than existing products but do not provide superior customer benefits
per dollar. In contrast to the previous three types of innovation, radical innovations
involve substantially new technology and provide substantially greater customer benefits
per dollar, relative to existing products.
McDermott and O’Connor (2001, p. 424) define innovation as “a new technology or
combination of technologies that offer worthwhile benefits.” According to authors major
innovations need new skills, levels of market understanding, leaps in new processing
abilities, and systems throughout the organization. They assert that “the newly developed
product or process is distinct from current and existing activities within the firm that the
process of bringing the product to market may not be closely parallel that of any existing
products within the firm” (p. 424-425). Consistent with Green and Aiman-Smith (1995),
the authors used four basic dimensions in the operationalization of innovation: (1)
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technological uncertainty, (2) technical inexperience, (3) business inexperience, and (4)
technology cost.
In this study, consistent with Garcia and Calantone (2002), I will use the innovation
definition of 1991 OECD study. Garcia and Calantone (2002) have reviewed the
innovation literature and concluded that OECD definition of innovation best captures the
essence of innovation from overall perspective. OECD (p.305) defines innovation as “an
iterative process initiated by the perception of a new market and/or new service
opportunity for a technology-based invention which leads to development, production,
and marketing tasks striving for the commercial success of the invention.” Therefore, this
definition has two basic factors: (1) innovation process includes both the technological
development of an invention and its market introduction to end-users through adoption
and diffusion, and (2) the innovation process is iterative meaning that it includes both the
first introduction and the re-introduction of an improved innovation.
2.1.2. Measurement of New Product Performance
In this study, proposed model examines the antecedents and consequences of new
product creativity. Previous studies have examined the creativity in new products
including its significant antecedents; however, they overlook its effect on new product
performance (e.g., Moorman 1995; Moorman and Miner 1997; Rindfleisch and Moorman
2001; Sethi et al. 2001). Investigating the effects of new product creativity on new
product performance is crucial because, the ability to transform the positional advantages
of new product creativity into new product performance determines a firm’s competitive
advantage, thereby, survival and growth in rapidly changing competitive markets (Day
and Wensley 1988; Hunt 2000; Im 1998). Since new product performance has been
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measured in many ways, I will briefly review the literature on new product performance
and its measurement in this section of the study. Then, I will discuss which measure I will
use in this study to measure new product performance.
Although new product performance has been discussed as a determinant of a firm’s
competitive position, new product development researchers have indicated that literature
has been using different performance measures to measure the new product development
activities (e.g., Griffin and Page 1993; Song and Parry 1997; Wind and Mahajan 1997).
According to these researchers, using different measures make it difficult to draw
generalizations across investigations, to compare findings across researchers and research
projects, and to more effectively benchmark the performance of organizations.
Previous new product development studies measure performance by using a single
measure which is the financial profitability of a firm (e.g., Cooper 1979). As Narver and
Slater (1990) mentioned, for businesses the overriding objective is profitability.
However, many researcher have highlighted that new product performance should be
measured by using multiple measures (e.g., Griffin and Page 1993).
Cooper (1984) discussed that new product performance measure can have three
dimensions: the impact on or importance of the program to sales and profits, the success
rate of the programs that the firm develops, and the performance of the program relative
to competitor’s in terms of profits and costs. Deshpande et al. (1993) used four different
dimensions to measure new product performance which are relative profits, relative firm
size, relative market share, and relative firm growth. Kleinschmidt and Cooper (1991)
suggested that new product performance can be measured by using five dimensions that
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include overall success, market share, met performance objectives, return on investment,
and new opportunities.
In their comprehensive study, Griffin and Page (1993) concluded that the concept of
new product development performance has many dimensions and each may be measured
in a variety of ways. Generally, authors compared and contrasted the measures used by
academics and companies to evaluate new product development performance.
Furthermore, they indicated that managers and academics tend to focus on rather
different sets of new product development performance measures. Academics tend to
focus on product development performance at the firm level; whereas, managers tend to
measure performance in terms of individual product performance. Specifically, authors
report that there are five dimensions of new product performance: measures of firm
benefits, firm-level measures (e.g., percentage of sales by new products), product-level
measures (e.g., development cost, launched on time, product performance level, met
quality guidelines, spend to market), financial performance measures (e.g., break-even
time, attain margin goals, attain profitability goals, IRR/ROI), and customer acceptance
measures (e.g., customer acceptance, customer satisfaction, met revenue goals, revenue
growth, met market share goals, and met unit sales goals). Griffin and Page (1996)
iterated their previous study and concluded that there are three dimensions in new
product performance measure: customer-based, financial-based, and technical-based.
In their meta-analysis study, Montoya-Weiss and Calantone (1994) articulated that
new product development performance can be measured by three criteria: financial
performance (e.g., profit, sales, payback period, and costs), market share performance,
and technical performance (e.g., meeting the firm-based objectives set up for technical
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advancement). Furthermore, Gatignon and Xuereb (1997) used several criteria to measure
new product performance including relative ROI (e.g., firm’s other products,
competitor’s products), product advantage (e.g., overall advantage, design, and quality),
radicalness of the product, innovation relative cost (e. g., marketing costs,
manufacturing/operations, research and development, and overall costs), and innovation
similarity with other firms’ products. Derozier (2003) measured performance which is the
consequent of new product creativity based on several dimensions: customer-based (e.g.,
customer attraction, customer satisfaction, value for customers), growth, market share,
new product success rate, and financial-based (e.g., ROA, ROS). Song and Parry (1997)
used four criteria to measure new product performance: overall profitability, relative sales
volume, relative to firm’s other products new product profitability, relative to firm’s
objectives new product profitability. Han et al. (1998) investigated the effect of market
orientation on performance. Furthermore, they use both objective and subjective
measures to evaluate performance. Objective measures include income growth and ROA,
and subjective measures include relative growth and profitability. In their inter-
organizational new product development study, Sivadas and Dwyer (2000) measured
performance by using a five item scale that evaluates the new product quality, time taken,
market share, speed to market, and meeting of target costs. They also used additional
items to measure the financial performance and market share for the respective new
product.
Consistent with the previous study, I tend to use multiple measures to evaluate inter-
organizational new product performance. I adopted Im and Workman’s (2004) new
product performance scale to identify the dimensions. I use three dimensions to measure
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new product performance including customer and market measure (e.g., sales and market
share), financial measures (e.g., ROI and profitability), and overall measure (e.g.,
customer satisfaction and overall performance). Since Im and Workman’s study is in
firm-level, I modified their scale for alliance context (e.g., dyadic level). This study use
subjective measures of new product performance. In their comprehensive analysis, Song
and Parry (1997) concluded that there is a high correlation between subjective measures
of product performance and objective measures of product performance (e.g., perceived
level of success achieved by the new product in the marketplace in terms of relative
profitability and sales volume). New product development researchers have further
indicated that due to inaccurate and rarely available financial data, subjective
performance measures are preferred (e.g., Gatignon and Xuereb 1997; Han et al. 1998;
Olson et al. 1995; Song and Parry 1997).
2.1.3. Inter-organizational New Product Development
In the Schumpeterian world of innovation, it is widely accepted that new product
development provides firms with sustainable competitive advantage (Day 1994; Sorescu,
Prabhu, and Chandy 2003). Therefore, marketing and management scholars have turned
their attention to understand the success factors in developing new products. Many of
these studies have examined the new product development process of an organization that
generates product and process innovations via in-house R&D department (Rindfleisch
2000). However, as recently noted by Hagedoorn (2002), there has been a growth in the
number of inter-organizational R&D partnerships since 1960. Although the inter-firm
partnerships seem to flourish, a literature review in co-development alliances identifies
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few scholarly studies dealing directly with inter-organizational new product development
activities (Erdem et al. 2006). In this section, I will review these scholarly studies.
Kotabe and Swan (1995) focused on the role of strategic alliances in high technology
new product development activities. The authors examined 905 new product innovations
to understand the strategic alliance factors on new product innovativeness. Their findings
showed that intra-organizational rather than inter-organizational new product
development activities, horizontal alliances rather than vertical alliances, small-sized
firms rather than large-sized firms, biochemical industries, inter-industrial co-operations,
and European firms are the strongest contributors to the level of product innovativeness.
Littler and Leverick’s (1995) study focused on collaborative product development
activities. The authors’ objective was to understand the factors that affect the outcomes of
inter-organizational co-development activities. Authors’ findings showed that there are
six groups of factors that determine the successful outcomes of co-development
activities: (1) selecting a partner, (2) establishing the formal ground rules, (3) setting up a
task force, (4) managing the new product development process, (5) ensuring mutual
understanding and equality, and (6) maintaining a market focus such as market trends,
competitors’ actions, and environmental factors.
Littler et al. (1995) conducted a study to identify the risks and benefits of
collaborative new product development projects. They also identified the key success
factors for collaborative new product activities. They argued that main benefits for
collaborating on product development projects include satisfying customer needs, taking
advantage of market opportunities for which the firm lacks necessary skills and technical
expertise, and responding to changes in technology. However, authors also asserted that
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there are several challenges that partner firms face during the collaboration process such
as gaining inside knowledge of its partner’s unique skills and expertise, less direct control
over product development, divergent management styles, and budgeting processes of the
collaborating firms. Finally, authors discussed the factors that enhance the performance
of the collaborative activities such as (1) the presence of a product or collaboration
champion, (2) creating an equal benefit, (3) trust between partners, (4) flexibility in
alliance management, (5) fit with existing businesses, and (6) selection of a partner.
Millson, Raj, and Wilerman (1996) agreed that partnering arrangements in new
product development enable organizations to accomplish their innovative objectives.
According to them, collaborative new product development is not a discrete event but a
maturation process that involves several phases including awareness, exploration,
commitment, and dissolution. They also discussed that there are some issues that need
consideration during the partnering process including identifying both the originating
firm’s needs and the partner’s needs, understanding the likely consequences of the
relative size and capabilities of partners, and selecting the appropriate alliance strategy.
Jassawalla and Sashittal (1998) compared integration with collaboration in new
product development process. Authors argued that compared the integration collaboration
is described as a more complex and higher intensity cross-functional linkage. Their
conceptualization of collaboration included informal, cooperative relationships that build
a shared vision and mutual understanding among participants in the NPD process. They
also noted that successful collaboration requires participants who contribute an openness
to change, a willingness to cooperate, a high level of trust, a priority that senior
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51
management gives to NPD and the level of autonomy afforded to participants in the NPD
process.
Perks (2000) suggested that in order for inter-organizational co-development
activities to have successful performance results, market information such as customer,
competitor, and other macro-scale variables should be integrated into the inter-firm NPD
processes. She claimed that this is a critical determinant of NPD success. In her study,
she investigated processes to integrate market information in the context of NPD
collaboration in inter-organizational context.
Rindfleisch (2000) discussed the role of trust in horizontal and vertical new product
alliances. He examined the effect of relationship form on organizational trust by
comparing to horizontal with vertical alliances. The results of his study showed that
participants in vertical NP alliances display higher levels of inter-organizational trust than
participants in horizontal NP alliances. In addition, the findings also indicated that while
organizational trust enhances cooperative activities in vertical alliances, it does not have
an enhancing effect on cooperation in horizontal NP alliances.
Sivadas and Dwyer (2000) developed a new concept called cooperative competency
which has three dimensions: (1) trust, (2) cooperation, and (3) communication. They
drew on and adapted key issues from the concepts of mutual adjustment, absorptive
capacity, and relational capability. Their empirical results indicated that cooperative
competency is a key mediating factor which leads to new product performance,
regardless of whether it is an intra- or inter-firm new product development activity.
Furthermore, the findings also showed that formalized and clannish administration,
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52
mutual dependence, and institutional support are important factors in developing
cooperative competency in inter-organizational context.
Rindfleisch and Moorman (2001) examined how organizations acquire and utilize
information in inter-organizational new product development context. They suggested
that horizontal alliances have lower levels of relational embeddedness and higher levels
of knowledge redundancy than vertical alliances. Their findings indicated that while
embeddedness enhances both the acquisition and utilization of information in NP
alliances, redundancy diminishes information acquisition but enhances information
utilization. Overall, their findings challenged with the strength-of-ties literature.
Deck and Strom (2002) argued that working across corporate boundaries to co-
develop products and services is becoming the operative model for R&D in a wide range
of industries. However, they also claimed that companies rarely consider making co-
development as an integral part of their business models. In that manner, authors
suggested a three level co-development model including: (1) a strategy for development
chain design, (2) process and governance structures that define how partners should work
together, and (3) information technology that effectively supports collaborative product
development.
Hagedoorn (2002) examined 40 years of data on strategic new product development
alliances. His findings indicated that there is a clear pattern of growth in the newly made
R&D partnerships since 1960; and this growth is largely caused by an overwhelming
increase in the absolute numbers of contractual partnerships. In addition, the findings also
showed that partnering in NPD is dominated by companies from the world’s most
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53
developed economies, and most interestingly, there is a trend towards the domesticized
nature of NPD partnering by US companies.
Rindfleisch and Moorman (2003) examined the longitudinal effect of co-development
activities on a firm’s level customer orientation. Their findings showed that firms
engaged in cooperative alliances with competitors will become less customer-oriented
over time. In contrast, findings do not indicate the same type of decrease for firms
engaged in channel-dominated NPD alliances. Moreover, authors observed that firms in
competitor-dominated alliances with weak relational ties with their collaborators exhibit a
greater decrease in customer orientation compared with firms with strong ties with their
collaborators. Finally, authors concluded that firms that collaborate with competitors in
alliances with a third party monitor experience a smaller decrease in customer orientation
than firms in alliances without such a monitor.
Heller and Fujimoto (2004, p.35) examined the horizontal NP alliances and suggest
that “ongoing close interaction of horizontal alliance partners at multiple hierarchical
levels can be used to facilitate the mutual accumulation of superior organizational
capabilities within the alliance firms.” They argued that in order for this pattern of
cooperation to function effectively three conditions should me met: Alliance partners
must (1) co-exist as separate learning organizations, (2) be able to evaluate accurately a
partner’s relative organizational capability strengths and weaknesses, and (3) have the
motivation and ability to facilitate a partner’s inter-firm learning.
Cloodt, Hagedoorn, and Roijakkers (2006) demonstrated the growing interest in
strategic new product development alliances in international computer industry. Their
focus was on major structural transformations in the computer industry, the role of
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54
leading companies and changing patterns in inter-firm R&D networks. Their findings
presented that during the 1980s and 1990s the computer industry shifted from vertical to
horizontal integration, causing inter-firm collaboration to become more important than
the system of control through integrated production. They argued that during those years
new product alliances increased computer companies’ access to new technologies and
enable them to exploit these technologies more efficiently.
Erdem et al. (2006) investigated the partner selection processes in new product
development alliances. They asserted that co-development activities enhance competitive
advantage of partner firms. Their findings suggest that there are three aspects of partner
selection in co-development alliances: (1) Technological alignment, (2) strategic
alignment, and (3) relational alignment. They argued that the later phases are as
important as the initial phase in ensuring the transfer and integration of critical know-how
and in creating product value through collaboration.
Knudsen (2007) investigated the role of different types of inter-organizational
relationships in NPD performance. The underlying premise in his study was that not only
the type of inter-firm relationships but also the combination of the relationships are
important for NPD performance. The findings indicated that varying needs for external
knowledge, and thus types of relationships, are observed depending on the particular
stages in the NPD process, the character of the knowledge base of the firm, and industrial
conditions.
Luo et al. (2007) examined the impact of competitor-based alliances on partner firms’
financial performance. Their findings indicated that intensity of a firm’s alliances with its
competitors has an inverted U-shaped influence on return on equity. The authors also find
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that a firm’s competitor orientation can have such a moderating effect on this curvilinear
relationship. Specifically, authors’ findings indicated that competitor-oriented strategies
of firms strengthen the curvilinear effect; whereas competitor-oriented objectives of firms
weaken this relationship.
In the current study, by adapting from Rindfleisch and Moorman (2001), new product
alliances are defined as formalized inter-organizational arrangements between partnering
firms to jointly generate, exchange, and utilize information related to the research and
development, and marketing of new product innovations.
2.2. Literature Review on Alliance Market Orientation
The marketing concept is a cornerstone of modern marketing thought. It articulates
that to achieve a sustained competitive advantage, firms should identify and satisfy
customer needs more efficiently and effectively than their competitors (Day 1994; Kirca
et al. 2005). Market orientation is a central component of the marketing concept
(Deshpande and Farley 1998), and it has become increasingly important to the study and
practice of marketing and management (Gebhardt et al. 2006). Previous research has
studied market orientation in two distinct research streams: (1) Defining and developing
measures of a firm’s market orientation and (2) identifying antecedents and consequences
of a firm’s greater market orientation (Gebhardt et al. 2006; Kirca et al. 2005). Thus, I
can argue that the dominant paradigm of market orientation is of a firm generating
market intelligence to meet its customer needs. However, to a large extent, competition
takes place increasingly between networks of firms (Achrol and Kotler 1999; Morgan and
Hunt 1994; Thorelli 1986). As it is mentioned by Morgan and Hunt (1994, p.20), “to be
an effective competitor (in the global economy) requires one to be a trusted cooperator
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(in some network).” Therefore, it can be argued that to effectively and efficiently
compete with other networks, involved firms in a network should develop a superior
capability to understand and meet their customer needs. This would, in turn, make it
relevant to study market orientation at an inter-organizational level (Elg 2002). Indeed,
there has been a rising interest in examining market orientation from a relationship
perspective (see Table 1.1 for details).
The main objective of this study is to develop a concept of market orientation at an
inter-organizational level, in general, and examine this concept in a dyadic new product
alliance context, in specific. Therefore, in the following sections, first, I review the
market orientation literature relating to assessment of different definitions and
measurement of market orientation. Second, I will introduce the concept of alliance
market orientation.
2.2.1. Definition and Measurement of Market Orientation
Definition of Market Orientation
Studies that define market orientation include those of Kohli and Jaworski (1990),
Narver and Slater (1990), Jaworski and Kohli (1993), Kohli et al. (1993), Day (1994),
Hunt and Morgan (1995), Siguaw, Brown, and Widing (1997), Wrenn (1997), Deshpande
and Farley (1998), Becker and Homburg (1999), and Narver, Slater, and MacLahlan
(2004). In this section, I review some of the widely used market orientation definitions
and measurements.
Narver and Slater (1990) conceptualized market orientation as a business culture that
most efficiently and effectively creates superior value for its customers and, thus,
continuous superior business performance for the business. They argued that this business
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culture will produce the necessary behaviors. Three behavioral components of market
orientation include: (1) Customer orientation, (2) competitor orientation, and (3) inter-
functional coordination. Customer orientation means that a firm has a sufficient
understanding of its target market to be able to create superior value for them
continuously. Competitor orientation is that a firm understands the short-term strengths
and weaknesses and long-term capabilities and strategies of both the key current and key
potential competitors. Finally, inter-functional coordination is the coordinated utilization
of company resources in creating superior value for target customers. Authors argued that
effective inter-functional coordination requires, among other things, an alignment of the
functional areas’ incentives and the creation of interdependency among business
functions so that each function perceives its own advantage in cooperating closely with
the others. In addition, authors mentioned that market orientation should have a long-term
focus. Authors suggested that profitability is an overriding objective in a market
orientation. Therefore, they separated long term focus perspective of market orientation
and profitability objective from three behavioral components of market orientation.
Jaworski and Kohli (1993) defined market orientation as a composed set of three
activities: (1) Organization-wide generation of market intelligence pertaining to current
and future customer needs, (2) dissemination of the intelligence across departments, and
(3) organization-wide responsiveness to it. Authors’ conceptualization of market
orientation has a process-driven perspective. Their definition focused on specific
behaviors. Briefly, intelligence generation pertains to customer needs/preferences and it
includes an analysis of how those needs and preferences may be affected by exogenous
factors such as government regulation, technology, competitors, and other environmental
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forces. Intelligence dissemination is the communication and dissemination of market
information to relevant departments and individuals in the organization. Responsiveness
is the action taken in response to intelligence that is generated and disseminated.
Becker and Homburg (1999) introduced a new perspective of market orientation.
They referred to this perspective as systems-based perspective. They conceptualized
systems-based perspective of market orientation as market-oriented management in terms
of the degree to which management systems are designed in such a way as to promote a
business organization’s orientation towards its customers and competitors. They argued
that management systems here refer to systems which support the performance of basic
management functions such as planning, organizing, and controlling.
Day (1994) proposed that market orientation represents superior skills in
understanding and satisfying customers. Indeed, he argued that market orientation has
three principal features: (1) Market orientation is a set of beliefs that puts customer’s
interest first, (2) market orientation is the ability of organizations to generate,
disseminate, and use superior information about customers and competitors, and (3)
market orientation is the coordinated application of inter-functional resources to the
creation of superior customer value. Moreover, he asserted that market-driven
organizations are superior in their market-sensing and customer linking capabilities. He
further argued that when these two capabilities are deeply embedded within routine
organizational processes, all functional activities and organizational processes will be
better directed toward anticipating and responding to changing market requirements
ahead of competitors.
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Hunt and Morgan (1995) argued that market orientation can be a resource. They
conceptualized market orientation as (1) the systematic gathering of information on
customers and competitors, both present and potential, (2) the systematic analysis of
information for the purpose of developing market knowledge, and (3) the systematic use
of such knowledge to guide strategy recognition, understanding, creation, selection,
implementation, and modification.
Deshpande and Farley (1998) compared three market orientation scales including
Narver and Slater (1990), Kohli and Jaworski (1990), and Deshpande, Farley, and
Webster (1993). Their findings showed that these three scales are syntactically similar,
reliable, and valid. Moreover, they argued that they are not only numerous but rather
redundant which makes the task of using all three scales somewhat tedious to the
respondent. Therefore, they suggested that an attempt to synthesize the scales themselves
could be useful. In their final analysis, they conceptualized market orientation as the set
of cross-functional processes and activities directed at creating and satisfying customers
through continuous needs-assessment.
Slater et al. (2004) discussed the current use of market orientation and indicated that
the disagreement about the relationship between market orientation and marketplace
innovation is due to a too narrow understanding of market orientation. They argued that
market orientation conceives this concept as only responsive market orientation.
Therefore, the authors proposed a second dimension of market orientation and name it as
proactive market orientation which is a business attempt to discover, to understand, and
to satisfy the latent needs of customers.
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In summary, marketing and management literatures use two conceptualizations of
market orientation extensively. Kohli and Jaworski (1990) emphasized the process-driven
perspective; whereas Narver and Slater (1990) focused on behavioral perspective.
Although these two perspectives have remarkable differences, scholars agree that there is
a fair amount of overlap as well. For instance, Narver and Slater (1990) are consistent
with Kohli and Jaworski (1990) in that they define customer and competitor orientation
as information acquisition and dissemination behaviors that are required to understand
what existing and potential customers’ value and what the current and potential
competitors’ strategies are (Deshpande and Farley 1998). Since both conceptualizations’
main aim is to capture the creating and delivering superior value to customers, both of
them emphasize the role of coordination across departments (i.e., inter-functional
coordination vs. organization-wide responsiveness). Moreover, Cadogan and
Diamantopoulos (1995) argued that the process-driven and behavioral perspectives have
conceptual and operational overlaps in nearly all dimensions. Avlonitis and Gounaris
(1997) argued that discussing these two perspectives as they are conceptually different
from each other should be avoided. Consistent with the literature, I argue in this study
that both definitions are very useful in studying market orientation from different angles.
Therefore, in this dissertation I adapted both definitions to study market orientation in
inter-firm level. I can provide two reasons for this selection: (1) Different from Narver
and Slater’s (1990) conceptualization, Kohli and Jaworki’s (1990) definition captures not
only current and potential customers’ needs/preferences, but also an analysis of these
needs and preferences that may be affected by exogenous factors such as government
regulations, technology, competitors, and other environmental factors. Since one of the
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reasons of strategic alliance formation is environmental uncertainty and turbulence, I
argue that macro perspective should be included in the conceptualization of market
orientation in inter-firm level, and (2) Narver and Slater’s (1990) definition and
measurement base on three behavioral components. When NPD alliances’ specific
activities are taken into account, it can be observed that behavioral perspective fits to
their strategies better than process-driven perspective. Therefore, in this study,
conceptualization and operationalization of AMO includes both perspectives.
Measurement of Alliance Market Orientation
Besides the debate concerning the definition of market orientation, another debate has
devoted considerable attention to the development of a valid and reliable measurement
scale for market orientation. Some of the developed scales that measure market
orientation include those Narver and Slater (1990), Jaworski and Kohli (1993), Kohli et
al. (1993), Matsuno, Mentzer, and Rentz (2000), Deshpande and Farley (1998), Deng and
Dart (1994), Harris (2002), Becker and Homburg (1999), and Grewal and Tansujah
(2001). The details about these market orientation scales can be found in the Table 2.2.
Another question regarding a market orientation scale is whether it should be treated
as first or second order construct. Several studies in the market orientation literature use
different representations. Consistent with Matsuno, Mentzer, and Rentz (2000), Matsuno,
Mentzer, and Ozsomer (2002) treated market orientation as a second order construct.
They aggregated the scale to have three indicators (e.g., information generation,
information dissemination, and information responsiveness). In their rationalization this
aggregation is justified because (1) the validity of the second order market orientation
scale has been established (e.g., Matsuno et al. 2000), (2) given the sample size, it
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maximizes the degrees of freedom in estimating the path coefficients between market
orientation and its outcomes, and (3) it reduces levels of random error while accounting
for measurement error and retaining three dimensional scale of market orientation.
Furthermore, Zhou, Yim, and Tse (2005) treated market orientation as a second order
construct. They reported that because of the complexity of the causal model, it is better to
represent market orientation as second order latent factor. They also indicated that given
the measurement validity of the overall market orientation scale, this technique could
reduce model the complexity and be used for SEM and hypotheses testing.
Although many studies have represented market orientation scale as a second order
construct such as presented as above, some of the studies have used market orientation as
a first order construct. For example, in their conceptualization, Narver and Slater (1990)
treated market orientation as a first order construct which has three dimensions: customer
orientation, competitor orientation, and inter-functional coordination. Lukas and Ferrell
(2000) used Narver and Slater (1990) scale and concluded that each dimension has
different effects on proposed outcomes (e.g., number of line extensions, number of me-
too products, and number of new to the world products). Consistently, Han et al. (1998)
adapted Narver and Slater’d (1990) scale and found that each of these three dimensions
has different effects on the consequences (e.g., organizational innovation). Im and
Workman (2004) used Narver and Slater’s (1990) scale and concluded that customer
orientation, competitor orientation, and inter-functional coordination have different
effects on new product and marketing program creativity. Specifically, they found that
although customer orientation enhances new product and marketing program
meaningfulness, it does negatively affect the novelty dimension of creativity.
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Current study follows the former tradition where market orientation is conceptualized
as a second-order reflective construct. In essence, alliance market orientation is
conceptualized as it is having three dimensions -- inter-organizational customer
orientation, inter-organizational competitor orientation, and inter-organizational
coordination -- and the correlation between these dimensions can be explained by the
higher order latent construct called alliance market orientation. I compare the original
model, where alliance market orientation is a second order reflective construct, with a
rival model, where each dimension of alliance market orientation is treated separately, in
Chapter 6. Consistent with the expectation, higher order model is a better model both
conceptually and empirically.
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Table 2.2 Market Orientation Scales
Authors
Objective of the study
Definition of market orientation
Number of
scale items
Kohli and
Jaworski (199
3)
To investigate the antecedents and consequences of
market orientation and to develop
a valid m
easure of
market orientation.
Organization-wide generation of market intelligence pertaining to current
and future needs of custom
ers, dissemination of intelligence within the
organization
, and respo
nsiveness to it.
32 items
Narver and
Slater (199
0)
To develop a valid measure of market orientation and
test the impact of market orientation on business
performance.
Organization culture that m
ost effectively and efficiently creates the
necessary behaviors for the creation of superior value for buyers and, thus,
continuous superior performance for the business. It consists three
behavioral com
ponents (customer orientation, com
petitor orientation and
inter-functional coo
rdination) and two decision
criteria (long tern focus and
profitability)
15 items
Matsuno,
Mentzer, and
Rentz (20
00)
Develop
ing an improved m
arket orientation scale bu
ilt
on M
ARKOR.
Kohli and Jaw
orski’s (199
0) definition of m
arket orientation
22 items
Kohli,
Jaworski, and
Kum
ar (19
93)
Develop
ing a valid measure of market orientation
Kohli and Jaw
orski’s (199
0) definition of m
arket orientation
20 items
Deshpande and
Farley (199
8)
To synthesize and retest the market orientation scales
of Narver and Slater (199
0), D
eshpande, F
arley, and
Webster (1990
), and Kohli et al. (19
93)
The set of cross functional processes and activities directed at creating and
satisfying customers through continuous needs-assessm
ent.
10 items
Deng and
Dart (1994)
Develop
ing a valid measure of market orientation
The generation of app
ropriate m
arket intelligence pertaining to current and
future customer needs and the relative abilities of com
petitive entities to
satisfy these needs; the integration and dissemination of such intelligence
across departm
ents; and the coordinated design and execution of the
organization
's strategic respo
nse to m
arket op
portunities
33 items
Harris (200
2)
Generating a multi-perspective, m
ulti-informant
approach for m
easuring m
arket orientation.
Extent to which an organization
is perceived to act in a coordinated,
custom
er, and com
petitor oriented fashion
. 46
items
Becker and
Hom
burg (19
99)
Develop
a scale m
easuring the extent of m
arket
orientation an organization’s managem
ent system
. The degree to which the different m
anagem
ent system
s of an organization
are designed in a market oriented way. T
hey subsum
e custom
er and
competitor orientation under the construct of m
arket orientation.
60 items
Grewal and
Tansujah (200
1)
To investigate the role of market orientation and
strategic flexibility in helping Thai firm
s manage the
recent Asian crisis.
Kohli and Jaw
orski’s (199
0) definition of m
arket orientation
18 items
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65
2.2.2. Alliance Market Orientation
Market orientation is discussed as a major prerequisite for being able to create
superior customer value, which in turn is regarded as a major determinant of competitive
advantage (Grunert et al. 2005). Notwithstanding the importance of competitive
advantage for a firm’s survival, suggested means to improve the firm’s competitiveness
and more particularly to encompass a market orientation dimension remain focused
primarily on the tasks and quality of management within the context of a single firm
(Perks 2000). Therefore, it can be argued that the dominant paradigm in the market
orientation literature has been intra-organizational.
However, recently there has been a rising interest in looking at market orientation
from a relationship perspective. As recently noted by Rindfleisch and Moorman (2001, p.
14), “…researchers could explore the relationship among alliance participation,
information exchange, and market orientation…” Likewise, Hunt and Lambe (2000, p.
28) suggested that “…firms that partner with other firms to compete must develop a
strategy of MO that is inter-firm rather than intra-firm in nature. The antecedents,
consequences, and measures of a business strategy of inter-firm MO are still lacking.”
In this study, the main objective is to attempt to develop a new concept --alliance
market orientation (AMO) -- and examine its meaning, antecedents, and consequences in
the context of dyadic new product alliances. In this section of the study, first, I review
some of the scholarly studies that examine market orientation from a relationship
perspective. Then, I position the current study in this literature. For that purpose, I define
alliance market orientation and discuss its importance in new product development
alliances’ performances.
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66
To my knowledge, Siguaw et al. (1998) are the first to recognize the significance of
market orientation in inter-organizational settings. They suggested that a strategy for
easing the tensions facing suppliers and distributors in their channel relationships may be
the adoption of market oriented behaviors. Therefore, they developed a causal model
indicating that a supplier’s market orientation has a likely effect on both the distributor’s
market orientation and other channel relationship factors. Their main findings indicated
that, from a distributor’s perspective, a supplier’s market oriented behaviors directly or
indirectly influence all the channel relationship factors including the distributor’s market
orientation, trust, cooperative norms, commitment, and satisfaction with financial
performance.
Baker et al. (1999) investigated the effects of market orientation in a channel context.
They proposed that there is a relationship between a supplier’s perception of a reseller’s
market orientation and the supplier’s perceptions of certain key relationship marketing
constructs including commitment, trust, cooperative norms, and satisfaction. They
provided support for each of their proposed relationships.
Helfert et al. (2002) explored the notion of market orientation with a focus on inter-
organizational relationships. They argued that overall market orientation of firms needs to
be translated into a relationship level in order to be effective. Therefore, they identified
four main relationship management task bundles that have to be performed by the
companies: Inter-organizational exchange, inter-organizational coordination, conflict
resolution, and adaptation. Inter-organizational exchange activities serve to settle needs
and requirements of the partners in a relationship. Inter-organizational coordination refers
to the synchronization of the relationship partners’ actions. Conflict resolution extends
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the notion of coordination and it requires a timely action to the conflict as well as the
readiness for compromises and a sense of justice. Finally, adaptation activities are the
ones which are necessary in customer relationships in order to meet the special needs or
capabilities of a partner. They suggested that in addition to a translation of market
orientation into a relationship management, informational, physical, human, and financial
resources should be present in market-oriented firms.
Elg (2002) focused on the importance of recognizing market orientation on a network
level and as an inter-firm phenomenon. He defined inter-firm market orientation as “the
activities that two or more independent companies carry out together to make a network
or an individual relationship more sensitive to the demands of the market” (p. 634).
Furthermore, he limited the focus of his study to distribution systems. The reason behind
it is that, he argued, a distribution system usually has an identifiable set of customers in
common that the channel members cooperate in order to serve as effectively as possible.
In his conceptual framework, he discussed the inter-organizational antecedents that
influence the degree of inter-firm market orientation. Three broad sets of antecedents are:
(1) Network structure-- relationship pattern, the power and influence structure, and the
division of labor, (2) relationship characteristics-- trust, cooperation, and conflicts, and
(3) individual firm characteristics-- firm level market orientation.
Leisen et al. (2002) explored the relationships between organizational culture, market
orientation, and marketing effectiveness in the context of strategic marketing alliances.
Their findings suggested that organizational culture influences marketing effectiveness.
They also found that increased internal culture enhances an internal market effectiveness
dimensions; whereas increased external culture enhances an external market effectiveness
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dimension. They further found the same internal/external alignment when examining the
relationship between market orientation and market effectiveness.
Sanzo et al. (2003) examined the effect of a firm level market orientation on its
relational characteristics. Therefore, they attempted to verify a model in which a firm’s
cultural market orientation serves as an antecedent for its degree of satisfaction with its
main supplier. The main findings of their study indicated there is an indirect influence
that the buyer firm’s cultural market orientation exerts on the level of satisfaction with its
main supplier through effective communication, trust, and perceived conflict.
Blesa and Bigne (2005) investigated the relationship between a manufacturer’s
market orientation and a distributor’s dependence and satisfaction with the relationship.
The main findings claimed that all aspects of manufacturers’ market orientation have a
positive effect on distributor’s satisfaction, except response implementation and the
influence of distributor dependence; therefore, their primary result was that adoption of
market orientation is justified in practice by increased dependence and satisfaction among
distributors.
Grunert et al. (2005) examined the concept of value chain market orientation. They
defined it as “chain members’ generation intelligence pertaining to current and future
end-user needs, dissemination of this intelligence across chain members, chain wide
responsiveness to it” (p. 430). Intelligence generation refers to the sum of activities of all
chain members pertaining to information on end-users. Dissemination includes all
exchanges of information on end-users between chain members. Finally, responsiveness
refers to the actions of the chain members toward the creation of superior value for the
end-users. They also noted that these market oriented activities need not be evenly
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distributed across the chain. According to their findings, degree of market orientation of
value chains found to be related to (1) degree of heterogeneity and dynamism of end-
users served, (2) nature of chain relationships, and (3) regulations and prevailing mental
models of decision makers.
Mason et al. (2006) explored and described the market oriented supply chain. They
defined market oriented supply chain as the demand-driven supply chain which places
consumer demand at the center of supply chain strategy. They focused on the need to
gather, distribute, and utilize market information throughout an organization and with
strategic partnering firms. Their main objective was to develop a conceptual framework
through generating insights into how and why market oriented firms are able to organize
their supply chain configuration.
Zhao and Cavusgil (2006) explored the role of market orientation in inter-firm
relationships. The main objective of their study was to examine the impact of supplier’s
market orientation on supplier-manufacturer relationships. Therefore, they developed a
model for the study of the impact that supplier’s market orientation has on
manufacturer’s trust in the supplier. Their findings provided empirical evidence that
supplier’s market orientation positively influences manufacturer’s trust in supplier, which
in turn leads to manufacturer’s long term orientation toward the supplier.
In summary, the literature about the role of market orientation in inter-organizational
relationships regards inter-firm market orientation as the sum of the market orientation of
each of the collaborating companies; therefore, it can be argued that they do not consider
market orientation as a relationship property that could be developed and examined at an
inter-organizational level.
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In this study, the main objective is to explore the marketing understanding of these
issues by examining market orientation at an inter-firm level. The scope of this study is
limited to new product alliances. One reason for this selection is the importance of
market orientation in firms’ innovation activities. It has been suggested that market
orientation is a mechanism for providing innovative ideas and motivation to respond the
environment (Hurley and Hult 1998). The incorporation of a customer focus into the
NPD process is a key determinant in successful new product introductions (Cooper and
Klenschmidt 1995). However, it is also well known that collaboration in innovation
activities with firms from similar or competing product sectors may offer significant
advantages over intra-firm new product development. Therefore, it would be relevant to
examine the role of inter-firm level market orientation in predicting the performance of
collaborative new product development efforts. Indeed, some of the scholarly studies
pointed to the danger of managerial effort being directed towards making the relationship
work at the expense of a market focus (Littler and Leverick 1995 ; Littler et al. 1995, p.
31; Luo et al. 2007; Perks 2000, p. 180.; Piercy and Cravens 1995; Rindfleisch and
Moorman 2001, 2003; Spekman et al. 1999). These studies claimed that new product
alliances risk becoming short-sighted with the relationships per se rather than the realities
of market (Perks 2000, p. 180). As Spekman et al. (1999, p.29) highlighted, “there is a
notable shift to a more market-focused view of alliance activity…moving into the twenty-
first century these businesses can not afford such singular focus.” Therefore, the main
objective of this study is to improve the marketing understanding of the role of inter-firm
level market orientation in new product alliances’ new product development
performance.
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In this study, alliance market orientation refers to a capability that enables an alliance
(1) to jointly and systematically gather market intelligence (from competitor analyses,
studies of customer needs/preferences, and studies of the factors that influence
competitors’ and customers’ behaviors), (2) to inter-organizationally coordinate and
disseminate the knowledge gleaned from the market intelligence gathered, and (3) to
efficiently and effectively respond to the knowledge coordinated and disseminated. It is
proposed in this study that a new product development alliance that embraces joint and
concerted market oriented behaviors will be more likely to have higher new product
performance relative to other strategic alliances which do not show this joint behavior.
2.3. Literature Review on Alliance Competence
Competence-based theory focuses on firms’ internal factors to explain their
successful business strategies (Hunt and Lambe 2000). The importance of internal factors
is underlined by Penrose (1959, p. 24-25; italics in original) as “it is never resources
themselves that are the inputs to the production process, but only the services that the
resources can render.” Resources are defined by Hunt (2000, p.34) as “any tangible or
intangible entity available to the firm that enables it to produce efficiently and/or
effectively market offering that has value for some market segments.” Specifically,
competence-based theory explains how firms develop business strategies to effectively
and efficiently use their resources (Rumelt 1984), thereby, what they could do
particularly well relative to their competitors. The details about the competence-based
theory will be provided in Chapter 3. In this section, first, I will review various
definitions of “competence” in competence-based theory literature. Following this, I will
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define alliance competence, explore its dimensions, and investigate its role in alliance
performance.
Sanchez et al. (1996) defined competence as a firm capability to deploy tangible and
intangible entities in a way that helps a firm compete in its marketplace. For Prahalad and
Hamel (1990), a firm should be viewed as a collection of various competences because
sustainable competitive advantage derives from an ability to build the core competences
that drives innovative products more efficiently and effectively than competitors. They
argued that for a competence to be core, it should (1) provide access to a wide variety of
markets, (2) make a significant contribution to customers’ perceptions of benefits, and (3)
be difficult for rivals to imitate. Likewise, Day (1994) defined core competences as
distinctive capabilities of a firm that span and support multiple lines of business. He
further highlighted that these competences must be managed with special care through
the focused commitment of resources, assignment of dedicated people, and continued
efforts to learn, supported by dramatic goals for improvement.
Hamel and Prahalad (1994b, p.124) asserted that any company which does not adjust
its business strategies to “the future will watch its skills, capabilities, and resources
become progressively less attuned to industry realities.” The gap between the pace of
industry change and the pace of company change gives rise to the need for organizational
transformation. They further reported that this organizational transformation must be
driven by a point of view about the future of the industry, and to create this future
perspective requires industry foresight. Briefly, industry foresight involves “anticipating
the future by asking what types of benefits firms should provide their customers in the
next five to fifteen years and what new competences should be acquired or built to offer
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such benefits” (Hunt 2000 p. 83). Therefore, industry foresight is “based on deep insights
into trends in technology, demographics, regulations, and lifestyles which can be
harnessed to re-write industry rules and create new competitive spaces” (Hamel and
Prahalad 1994b, p. 128). As Hunt (2000) argued, without resource leveraging which
focuses on resource effectiveness, industry foresight will not enable a company to
increase its competitive advantage.
Proactive innovation is the bread and butter of sustainable competitive advantage.
Hunt (2000, p.87) defined proactive innovation as innovation by firms that “…is not
prompted by specific pressures from specific competitors.” Indeed, it is genuinely
entrepreneurial in the sense of targeting new opportunities and subsequently developing
new market offerings. Accelerated pace of proactive innovation requires firms to be
driven by this environmental change and also to drive this change. Teece and Pisano
(1994) claimed that driving the environment and being driven by it stresses the
importance of dynamic capabilities. They defined dynamic capabilities as the subset of
the competences which allow firms to develop new products and/or processes and
respond to changing markets. Similarly, Hunt (2000, p.87) defined these capabilities as
renewal competences. He asserted that renewal competences prompt proactive innovation
by enabling firms to (1) anticipate potential market segments (unmet; changing; and/or
new needs, wants, and desires); (2) envision market offerings that might be attractive to
such segments; (3) foresee the need to acquire, develop, or create the required resources,
including competences, to produce the envisioned market offerings.”
As mentioned earlier, competent firms could run their business particularly well,
relative to their competitors (Selznick 1957). By the same token, it can be argued that
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there are some firms that enable to use their alliances to achieve their strategic goals
better than their competitors do. Furthermore, as Day (1995, p.299) noted a recurring
finding from alliance performance analyses is that some firms consistently have much
higher success rates than others. Lambe et al. (2002) named this concept as alliance
competence. They defined it as an organizational ability for finding, developing, and
managing alliances. They further argued that alliance competence should enhance the
ability of firms to use alliances as a strategic option for pooling and deploying partner
firms’ basic resources to compete in their marketplace. They proposed that there are three
dimensions of alliance competence: (1) Alliance experience, (2) alliance manager
development capability, and (3) partner identification propensity. In the rest of this
section, I will briefly examine these three dimensions.
Alliance experience
DuPont is a well-known company for its ability to collaborate with other firms to
innovate and commercialize new products that have unique properties. As Day (1995,
p.299) argued, “they …have a deep base of experience in partnership that is woven into a
core competency that enables them to outperform rivals in many aspects of alliance
management.”
Firms like DuPont seek more alliance partners and learn from their own mistakes. We
argue that firms with alliance competence have more tendencies to go out and seek more
alliance partners, because they are aware of the value of partnering in the highly
competitive business environment. As Spekman et al. (1999) noted firms with alliance
competence will invest in their people by training them and developing alliance
management programs to motivate them to engage more in future alliance initiatives.
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Kandemir et al. (2006) also highlighted that since alliance management is a complex
process and the detailed interactions between partners can not be completely expressed in
a formal contract, it is important for partnering firms to have prior alliance experience. In
a survey done by Littler et al. (1995), the findings suggested that firms with partnering
abilities and skills are more likely to engage in new initiatives and have tendencies to
build more experience out of it. Alliance experience enables partnering firms to build
distinctive capabilities by motivating them to pursue activities to accumulate and
leverage alliance management know-how associated with its prior and ongoing
experiences (Anand and Khanna 2000). Therefore, we argue that alliance competence is a
higher order resource which motivates companies to seek for new alliance partners and
engage in more alliance activities and gain more experience out of it.
Partner identification propensity
In a survey done by Littler et al. (1995) with firms involved in new product
development alliances, the first factor revealed as a basis for success is the partner
selection. Having good eyes for allies can reposition firms in competitive markets and
maintain their competitive advantages (Kandemir et al. 2006; Gulati 1999). In other
saying, sustainability and viability of a strategic business alliance is to a great extent,
determined by partner selection process (Erdem et al. 2006; Gleister 1996). In a study
done by Dev, Klein, and Fisher (1996), a number one failure is attributed to inappropriate
partner selection. Erdem et al. (2006) stated that choosing the right partner may reduce
the clash between the logic of alliances and logic of new product development. Kandemir
et al. (2006) defined the term alliance scanning as the extent to which a firm proactively
monitors for and identifies partnering opportunities. Day (1995) argued that a firm that is
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adept at identifying, consummating, and managing strategic alliances probably has a first
mover advantage in bringing the best candidate into a relationship. Many scholars have
noted that firms that can scan, monitor, and partner with competent firms enhance their
chances of alliance success (Dyer and Singh 1998; Hunt 1997; Lambe et al. 2002;
Sivadas and Dwyer 2000). Therefore, this study proposes that firms with alliance
competence will have more tendencies to recognize the best partner for the possible
alliance relationship, thereby, have partner identification propensity.
Alliance manager development capability
Alliance management requires constant attention, because it is a complicated and
complex process. Several Fortune 100 companies which have strategic alliances with
other firms have created a position called Director of Strategic Alliances whose job is to
identify and evaluate alliance potentials and possibilities (Dyer and Singh 1998; Sivadas
and Dwyer 2000). Spekman et al. (1999) argued that alliance managers are an integral
part of an alliance development and alliance performance. However, these alliance
managers’ development in part depends on their company seeing and valuing strategic
alliance activities and the related skills and competences. Spekman et al. (1999) argued
that firms with alliance competence train and develop alliance managers who will
negotiate, structure, and run alliances in ways that allow such firms to (1) secure
attractive alliance partners, (2) minimize the chances of such alliance mismanagement as
poor conflict resolution, and (3) work with their partner firms to successfully combine
and synthesize their complementary resources over time into idiosyncratic resources that
lead to competitive advantage. Therefore, as an evidence of the importance of alliance
managers in strategic alliance management, this study proposes that more of alliance
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competence of a firm will motivate them to invest in alliance management position, train
alliance managers, and empower them.
In summary, though alliance competence has been conceptualized as a second order
formative construct by Lambe et al. (2002), this study examines alliance competence as a
second order reflective construct. The reasoning is that alliance competence has three
dimensions: alliance experience, partner identification propensity, and alliance manager
development capability. In our view, these dimensions are conceptually related, likely to
have same antecedents and consequences, and interchangeable. Indeed, it is not difficult
to think of a firm with long years of alliance experience, knows whom to partner with,
and understand the value of alliance manager position and provide the necessary
resources to its people for the effective and efficient alliance management. Clearly,
alliance competence act as if it is the cause of these three dimensions rather then the
result of them. Therefore, we argue that strong positive inter-correlation between these
dimensions can be explained by a second order construct called alliance competence. In
addition to conceptual reasoning, the empirical investigation of alliance competence as a
second order reflective construct is provided in Chapter 6.
In summary, this chapter discusses the relevant literature on inter-organizational new
product development, alliance market orientation, and alliance competence. The next
chapter provides the theoretical framework which will be studied and tested in this study.
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CHAPTER 3: THEORETICAL FRAMEWORK and HYPOTHESES
Figure 1.1 depicts the theoretical framework that will be studied and tested in this
study. The theoretical framework for this study draws on resource-based view (RBV),
competence-based view, and as an integrative theory, the resource-advantage (R-A)
theory of competition. The first section briefly discusses these three theories. Since a
comprehensive review of each theory is beyond the scope of this study, I discuss only the
portions that aim to explain and elaborate the relationships in the proposed model.
Following this, the second section focuses on developing an alliance market orientation
and alliance competence model of alliance new product performance, and it proposes
several research hypotheses to test the theory of alliance new product performance
suggested by the model. In this section, first, I examine the antecedents of alliance market
orientation (e.g., alliance competence, goal congruence, complementary resources, trust
and commitment) and the role of alliance market orientation as an antecedent to new
product related outcomes. In specific, I focus on two outcomes which have received
considerable amount of attention in the marketing literature: (1) new product creativity
(e.g., new product novelty and new product meaningfulness) and (2) new product
performance. Then, the role of top management support in alliance competence will be
discussed. Finally, I will investigate new product creativity as a force which drives an
alliance to have high new product performance.
3.1.Theoretical Framework
3.1.1. A Resource-Based View of the Firm
What are the sources of a firm’s sustained competitive advantage? This question has
motivated many scholars in the field of strategic management and marketing to find out
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the factors that lead firms to have high returns over a long period of time. The SWOT
framework has been used to structure this research stream since 1960s (Andrews 1971;
Ansoff 1965; Barney 1991). This framework suggests that firms strive to match between
their internal resources with environmental opportunities, while decreasing the risk
created by external environment and avoiding their internal weaknesses (Barney 1991 p.
99; Hunt 2000). Therefore, one group of research is representing the industry-based view
of the firm, has suggested that firms can have a sustained competitive advantage as long
as they focus on the external environment by changing the structure of the chosen
industry (e.g., exit/entry barriers and relative bargaining power) (Montgomery and Porter
1991; Porter 1980). According to Porter (1980, 1985), a firm’s internal factors come into
play only after it implements the strategies that exploit external opportunities, while
neutralizing external threats. The basic logic in the industry-based view of the firm
dictates that firms have similar resources (resource homogeneity) to implement their
strategies; or otherwise, should the heterogeneity of resources exist among firms, these
resources can be easily bought and sold in the marketplace (Barney 1991). However, the
assumptions of industry-based view of the firm have been questioned by many business
strategy scholars (for a review, see Hunt 2000, p. 74-75). These scholars have rather
argued that there is a link between firms’ internal characteristics and their performance;
and they further discuss the role of resource-heterogeneity and resource immobility as
possible sources of sustained competitive advantage (Barney 1991; Conner 1991; Penrose
1959; Rumelt 1984; Wernerfelt 1984).
Analyzing firms in terms of their resource endowments has a long tradition in
marketing and management (Barney 1991; Conner 1991; Day and Wensley 1988; Day
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and Netungandi 1992; Rumelt 1984; Wernerfelt 1984). The idea of analyzing firms as
bundles of resources goes back to the seminal work of Penrose (1959). Works drawing on
Penrose (1959) to develop a resource-based perspective have concluded that a firm’s
ability to attain high performance and competitive advantage depends on its ability to
deploy and combine resources that are important to the production process. As
Wernerfelt (1984, p.171) argues “[f]or the firm, resources and products are the two sides
of the same coin.”
Consistent with evolutionary theory in economics, the resource-based view of the
firm argues that a firm’s above normal returns “…can not be assessed by employing a
static view of competition, in which the focus is on how price is determined for products
and processes that are unchanging” (Conner 1991, p. 127). Likewise, adapting key
concepts from Schumpeterian’s vision of the dynamics of competition, resource-based
view asserts that if firms do not have heterogeneity in resources, they will have little
incentive for investing in exploration activities (Rumelt 1984). However, unlike
Schumpeter (1950), resource-based view ejects the necessity of pre-existing monopolistic
earnings to support such initiatives and does not find inconsistent with the view that less
than revolutionary innovations, well protected by ‘resource barriers’ (Wernerfelt 1974)
can yield above-normal returns (Conner 1991). Furthermore, the resource-based view
agrees with Chicago view, and disagrees with Bain-type industrial organization
economics view, that a firm’s above normal returns result from acquiring, integrating,
and deploying valuable (Barney 1991; Conner 1991), unique (Barney 1991), non-
tradable, inimitable (Barney 1991; Dierickx and Cool 1989), and causally ambiguous
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(Lippman and Rumelt 1982; Reed and DeFillippi 1990) resources, rather than the
industry structure.
Briefly, two prominent research streams have different perspectives regarding the
sources of sustainable competitive advantage. The first research stream, the industry-
based view of the firm, has focused on the industry as the relevant unit of analysis;
whereas, in the second research stream, the resource-based view of the firm, the relevant
unit of analysis has been viewed as a single firm. As mentioned by Hunt (2000, p.85),
“Idiosyncratic firm factors, not industry factors, explain most of the variance in the firm
performance. Industry is the ‘tail’ of competition; the firm is the ‘dog’.” Dyer and Singh
(1998, p.660) argued that both of these research streams overlook the competition among
networks in their calculation of sustainable competitive advantage, “the (dis)advantages
of an individual firm are often linked to the (dis)advantages of the network of
relationships in which the firm is embedded.” They further assert that inter-organizational
relationships can be a source of competitive advantage which would make the dyad as a
relevant unit of analysis. They concluded their analysis with
A firm’s critical resources may extend beyond firm boundaries…firms who combine resources in unique ways may realize an advantage over competing firms who are unable or unwilling to do so. Thus, idiosyncratic inter-firm linkages may be a source of relational rents and competitive advantage…Indeed, the ‘explosion in alliances’ during the past decade suggests that a pair or network of firms is an increasingly important unit of analysis and, therefore, deserves more study. (p. 660-661; italics in original).
In their seminal article, Dyer and Singh (1998) argued that partner firms can
develop sustainable competitive advantages only by moving away from arm’s-length
exchanges and specializing their relationships through investments in idiosyncratic
resources, substantial knowledge exchange, combination of scarce complementary
resources, and more effective governance mechanisms. They further asserted that since
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idiosyncratic resources generated by partner firms have causal ambiguities, time
compression diseconomies, interconnectedness, scarcity, and indivisibility, they are
difficult to duplicate precisely. Although they explicated what the isolating mechanisms
that intend to preserve the inimitability of these partnering behaviors are, they did not
provide a systematic framework that explains how the dynamic aspects of inter-
organizational resource bundles interrelate to one another so as to develop competitive
advantage (Jap 1995). This study aims to respond to that call.
In this study, I am interested in examining how collaborative and coordinated
processes between new product development alliance partners can generate competitive
advantages. When the failure rate of co-development alliances is taken into account,
understanding the factors that lead to alliance new product performance is timely and
significant. Therefore, I argue that market-focused new product development alliances
will have greater potential to develop creative products which would turn into high new
product performance than their non-market oriented competitors. In this study, I propose
that alliance market orientation is an idiosyncratic resource. I argue that alliance market
orientation as an idiosyncratic resource is inimitable in its nature, valuable, rare, socially
complex, non-tradable, and causally ambiguous. Jap (1995) discussed the ultimate form
of inimitability in which partner firms themselves may not completely know how they
manage the collaborative process to achieve strategic outcomes successfully. However, I
also argue that partner firms can still form similar arrangements with alternative firms,
meaning that the general co-development process should not change significantly from
one partner to the other (Day 1995; Jap 1995). However, the specifics of inter-
organizational structures, relational factors, each partner’s goals, complementary skills,
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capabilities, and top management supportive mechanisms will vary, making the alliance
market orientation rare, valuable, non-substitutable, and most importantly, difficult to
imitate precisely. Therefore, I propose in this study that successful NPD alliances are
distinguished from unsuccessful ones by their customer and competitor oriented
behaviors, and inter-organizational coordination efforts. Alliance market orientation as a
working across organizational boundaries activity, I argue, is an idiosyncratic resource of
an alliance that leads to the development of creative new products which lead to
differential new product performance for the partner firms.
3.1.2. A Competence-Based View of the Firm
Why do some companies start with comparable resource bundles, but perform so
differently? As mentioned before, the resource-based view (RBV) of the firm asserts that
resource immobility and heterogeneity explains the performance differences. According
to RBV scholars, resource heterogeneity, which is the uniqueness of a firm’s resource
assortment, generates high performance only if the firm’s resources are rare, durable,
non-tradable, valuable, and inimitable (Barney 1991; Conner 1991; Lippman and Rumelt
1982; Peteraf 1993; Reed and De Fillippi 1990; Rumelt 1984; Wernerfelt 1984).
Although the resource-based view provides an explanation and understanding for
differential firm performances, many questions remain. For example, how do firms
decide how to use their resources? How do firms determine their business strategies
based on the existing resources that enable them to compete in the marketplace more
effectively and efficiently than their competitors?
Another “internal factors” theory of business strategy provides a map that explains
and enhances our understanding in a firm’s sustainable competitive advantage (Hunt
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2000). This view of business strategy is called a competence-based view of the firm. A
competence has been defined by Sanchez et al. (1996) as an organizational ability to
deploy tangible and intangible entities in a way that helps a firm compete in the
marketplace. Day (1994) referred competences as the glue that brings the resource
endowments together and enables them to be deployed advantageously.
Briefly, although RBV has been used frequently in the business strategy literature as
an explanation for a firm’s high performance in the marketplace, competence-based view
“provides a complementary explanation” of high firm performance because it explains
how firms develop strategies to effectively and efficiently deploy resources (Lambe et al.
2002). In other words, this view provides the bridge between resources and strategy
(Lewis and Gregory 1996). Although firms may have many competences to perform their
value chain activities, some of them support a market position that is valuable and
difficult to match (Day 1994). These competences are called distinctive competences of
a firm, and they enable it to coordinate diverse production skills and integrate multiple
streams of technologies (Prahalad and Hamel 1990). Prahalad (1993) suggested that
distinctive competences have basically three features: (1) they are a significant source of
competitive differentiation, (2) they cover both current and future range of business, and
(3) they are socially complex and ambiguous, therefore, they are hard to duplicate by
competitors. He further asserts that since competence permeates the whole organization
(Prahalad 1993), it is tacit which means that they are uncodified and involve learning by
doing that is accumulated by experience (Hunt 2000). Furthermore, the role of top-
management in developing and managing a firm’s distinctive competences has also been
discussed in the competence-based view strategy literature (Day 1994; Hamel and
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Prahalad 1991, 1995, Prahalad and Hamel 1990; Prahalad 1993). It has been argued that
“the role of top management…is essentially one of energizing the whole organization…it
involves developing a shared mindset and shared goals, and developing strategies for
acquiring competency” (Prahalad 1993, p. 42).
Distinctive competences can explain why some firms are simply better than their
competitors at doing things (Sanchez et al. 1996). Firms can have many competences
some of which have been discussed in the business strategy literature, such as
entrepreneurial competence (Foss 1993), R&D and production competences (Prahalad
and Hamel 1990), marketing competence (Day 1992; Day and Nedungandi 1992),
customer linking and channel bonding competences (Day 1994), and learning
competences (Dickson 1996). Competences can be considered as resources because, they
are socially complex, inter-connected, “tangible and/or intangible entities”, are “available
to the firm” and, most importantly, they “enable a firm to produce efficiently and/or
effectively a market offering that has value for some market segment(s)” (Hunt 2000, p.
34). Day (1994, p.39) further supported this claim that “[e]very business acquires
capabilities that enable it to carry out the activities necessary to move its products or
services through the value chain.” In their article, Hunt and Morgan (1995) argued that
competences are higher-order resources. Furthermore, Hunt (2000) recognizeed that the
firm’s ability to combine lower order resources in a way that is difficult to duplicate
precisely by competitors is called a higher-order resource.
In this study, I am interested in examining why some alliances are better than their
competitors at developing new products. Adapting a key concept from Lambe et al.
(2002), I argue that since these alliances are more competent, they are better at partnering
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and, therefore, able to invest in idiosyncratic resources which will be difficult to imitate
by competitors. Lambe et al. define alliance competence as an organizational ability for
finding, developing, and managing alliances. As mentioned by Spekman et al. (1999), an
alliance competence increases customer benefits, and its advantages are based on an
ability to leverage both the firm’s and its partners’ resources. Consistent with Hunt’s
(2000) conceptualization of competence, I agree with Lambe et al. that alliance
competence is a higher-order resource, and it has three dimensions: alliance experience,
partner identification propensity, and alliance manager development capability. I propose
that the specifics of alliance competence will vary making it difficult to imitate precisely
and, therefore, it will facilitate idiosyncratic resources which will eventually contribute to
alliances’ competitive advantage.
3.1.3. The Resource-Advantage Theory of Competition
Firms compete. And, in today’s complex business environment, firms collaborate to
compete. Some of these collaborations are able to survive in this competitive
environment, some of them are not. Why? Why is there performance diversity among
alliances? Why only some alliances are able to develop creative new products, why not
others? These business phenomena call for an explanation.
As Hunt (2002, p.195) articulated, “Any construction that purports to be theory must
be capable of explaining and predicting real-world phenomena.” Therefore, when the
above questions are taken into account, one should expect that a theory of competition
should satisfactorily explain the phenomenon of alliance performance diversity. As an
interdisciplinary theory of competition, resource-advantage theory (R-A theory)
developed by Hunt (2000) and Hunt and Morgan (1995, 1996, 1997) responds to this call.
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The R-A theory of competition “draws on – shares affinities with – diverse theories,
research programs, and traditions” (Hunt 2000, p. 17). Since a comprehensive review of
each theory is beyond the scope of this study, I will briefly discuss the theories and their
affinities with R-A theory.
First, in the neo-classical tradition, economies are viewed through the lens of
mechanistic Newtonian physics. In this tradition, firms are conceptualized as profit
maximizing entities in static equilibrium. The principles of classical Newtonian physics
(e.g., determinism, equilibrium, static linear relationships) have influenced the way that
traditional economists model the economy. However, this tradition has been challenged
by evolutionary economics based on the fact that the premises of the neo-classical
economics are not able to explain and predict well enough the real world economic
conditions (Hunt 2000). Indeed, evolutionary economics models the economy on
Darwinian evolution theory. When the complex environment of organizations -- channel
partners, competitors, customers, government, and other macro environmental variables -
- is taken into account, it would be relevant to consider a firm’s environment as its
“ecosystem” (Moore 1993). In contrast with neo-classical tradition, evolutionary
economics view economies through the lens of biological metaphors (Hodgson 1993;
Hunt 2000). Therefore, competition is not consummatory and equilibrium provoking,
rather it is disequilibrium provoking and process oriented (Dosi and Nelson 1994).
Hodgson (1993, p.201) recognized that for a theory of competition to reflect the process
of natural selection, it must have durable and heritable units of selection and,
furthermore, this process should involve “a variety of forms from which to select.” In
other words, a selection process should involve “the struggle results in the survival of the
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‘fitter,’ not necessarily the ‘fittest’” (Hunt 2000, p. 21). R-A theory shares affinities with
evolutionary economics: (1) R-A theory is argued to be an evolutionary, phylogenetic,
non-consummatory, disequilibrium provoking, theory of competition, and (2) R-A theory
accommodates, complements, and incorporates the evolutionary, competence perspective
of he firm.
Second, R-A theory draws on and shares many affinities with Austrian economics.
Four of them are: (1) “R-A theory views competition as a process, not a state”, this stems
from the premise that firms’ primary objective is to seek superior financial performance.
Since all firms can not be simultaneously superior and rivals have an urge to achieve
better financial results than an existing firm, any temporary equilibrium has always a
tendency to be unstable, (2) “R-A theory views competition as a knowledge discovery
process” which means that firms learn through competition as a result of feedback from
their financial performances, (3) “R-A theory does hold that the value of market offering
as perceived by a market segment is central to understanding how the process of
competition actually works”, and finally, (4) R-A theory does not restrict resources to a
firm’s tangible factors of production, rather it defines resources as “the tangible and
intangible entities available to the firm that enable it to produce efficiently and/or
effectively a market offering that has value for some market segment(s)” (Hunt 2000, p.
30-34).
Third, R-A theory draws on and shares affinities with heterogeneous demand theory.
Three of them are: (1) “R-A theory agrees that demand in the overwhelming majority of
industries is substantially heterogeneous”, (2) “R-A theory agrees that…a market
offering is a distinct entity that is composed of a bundle of attributes, which maybe
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tangible or intangible, objective or subjective, and which may be viewed by some
potential buyer(s) as a want satisfier”, and (3) “R-A theory attributes heterogeneous
supply to the fact that many intra-industry firm resources are heterogeneous and
imperfectly mobile,” here heterogeneity means each firm in the marketplace has at least
some resources that are unique to it, and immobility refers that some of these resources
can not be acquired and duplicated precisely. R-A theory argues that heterogeneous
resources are valuable and, thereby, lead to competitive advantage in the marketplace
only if these resources are immobile (Hunt, p. 52-54).
Fourth, R-A theory draws more on and shares more affinities with differential
advantage theory than any other research tradition. I will attempt to summarize four of
them which are related to the subject of matter of this study. (1) R-A theory maintains
that competition is a dynamic process, and the propulsion mechanism is the urge to
achieve superior financial performance. It also believes that firms have known resources
in an unknown environment which makes the profit maximization is a utopian objective,
(2) R-A theory denies that perfect competition of neo-classical economy does represent
the appropriate welfare ideal. Instead, the appropriate welfare ideal must accommodate
competition-induced innovation which is the engine of economic growth, (3) R-A theory
agrees that competition involves both proactive and reactive actions, (4) R-A theory
believes that dynamic process of competition involves the struggle among competitors
for advantages. It further asserts that firms struggle with each other for comparative
advantage in resources which will yield marketplace positions of competitive advantage,
and thereby, superior financial performance.
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Fifth, when the affinities that R-A theory shares with resource-based theory taken into
account, R-A theory especially agrees with a resource-based view (RBV) of the firm.
Some of the affinities that R-A theory shares with an RBV of the firm can be summarized
as followings: (1) R-A theory adapts the view that firms are combiners of heterogeneous,
imperfectly mobile resources that are historically situated in space and time. By
heterogeneity, R-A theory means that some of the resources that a firm has are unique to
that firm and this explains why only some firms are profitable, not others. But, why only
some of the profitable firms are able to sustain their success in the long term? Consistent
with an RBV of the firm, R-A theory asserts that the successful firms that are able to
sustain their performance have not only heterogeneous resources, but also these resources
are not able to be duplicated precisely by competitor firms, (2) both an RBV of the firm
and R-A theory agree that firms and their resources are historically situated entities. In
other words, these two theories question whether the firm is a production function,
thereby, should be represented as a mathematical abstraction. Indeed, R-A theory, as a
general theory of competition, incorporates the production function, mathematical
abstraction of the firm in neo-classical theory as a special case.
Sixth, R-A theory agrees with competence based theory from many perspectives.
However, I will discuss only some of them that explain and elaborate the relationships in
the proposed model of this study. They can be articulated as followings: (1) Consistent
with competence based theory, R-A theory agrees that competition is an ongoing and
dynamic process. Urge to achieve superior financial performance is the major driver of
the dynamic nature of competition. Since simultaneous firm superiority in financial
performance is not likely, for R-A theory, competition among firms stimulates the
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proactive and reactive innovations. In other words, R-A theory agrees that firms are not
only respond to their environments in the sense that they are striving for finding the best
“fit” between their existing resources and market opportunities, but they are also
changing the environment in the Schumpeterian sense, (2) both R-A theory and
competence based theory argue that organizational learning is endogenous to the process
of competition. Specifically, R-A theory emphasizes the contribution of competition to
organizational learning. R-A theory asserts that “firms learn by competing as a result of
feedback from relative financial performance signaling relative marketplace position,
which in turn signals relative resources” (p. 89), and (3) R-A theory and competence
based theory, both, agree that firms and firm behaviors should be investigated in macro
organizational system context. Briefly, R-A theory posits that “societal resources, societal
institutions, competitors, suppliers, consumers, and public policy shape – but do not
determine—firms and firm actions, and thereby, influence how well the process of
competition works” (p. 89).
Finally, R-A theory draws on and shares affinities with different forms of institutional
theory. In this section, I will briefly discuss R-A theory’s affinities with institutional
economics, transaction cost economics, and economic sociology: (1) As to the
institutional economics, both theories share the view that competition is a disequilibrium
provoking and dynamic process. Furthermore, both theories oppose with the neo-classical
view that resources can be only tangible and physical (e.g., labor, capital, land). Rather,
specific competences of specific firms and organizational capabilities should also be
counted as resources. Indeed, R-A theory agrees that both resource allocation and
resource creation are important factors in economic growth. (2) As to the transactional
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cost economics, both theories agree that “many resources are firm specific and that such
firm-specific resources are important for explaining economic phenomena” (p. 100).
Specifically, R-A theory emphasizes the importance of firm-specific assets in
competition process. However, apart from transaction-cost economics, R-A theory agrees
that imperfect information makes the maximizing orientation of organizations impossible.
Rather, it is the quest for superior performance, that is, more than, better than, that
ensures that R-A competition is dynamic. Finally, (3) as to the economic sociology, both
theories explain, predict, and enhance our understanding in how societal institutions that
promote trust contribute to wealth creation. Furthermore, both theories share the view
that embedded social relations constitute a resource only contingently. Indeed, for R-A
theory, all entities constitute resources only contingently. R-A theory is moderately
socialized (for review see Hunt 2000, p. 102), therefore, it agrees that changing
environments shape the firms, firms shape the environments in a proactive or reactive
way, and firms reshape themselves through their renewal competences.
In summary, R-A theory is disequilibrium provoking, evolutionary, never-ending,
process theory of competition. It views (1) innovation and organizational learning as
natural outcomes of the process of competition, (2) firms and consumers as having costly
and imperfect information, and (3) macro-environmental factors (e.g., institutions, public
policy, customers, suppliers, competitors) as affecting economic performance. As
discussed above, R-A theory draws from and shares affinities with several research
traditions and theories. However, it is not a composite of these theories. Rather, it draws
only on those perspectives of the traditions that fit. In R-A theory, firms and their
resources are hereditary units of selection, and it is the competition process which selects
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firms and resources. R-A theory defines competition as the constant struggle among firms
for comparative advantage in resources that will yield marketplace positions of
competitive advantage for some market segment(s) and, thereby, superior financial
performance. R-A theory emphasizes the importance of market segments due to
differential consumers’ tastes and preferences. It also stresses the importance of
comparative (dis)advantage in resources, and respective marketplace positions of
competitive (dis)advantage. Figure 3.1 displays the dynamic nature of R-A competition;
whereas, Figure 3.2 shows the competitive position matrix. R-A theory views firm as
combiners of heterogeneous and imperfectly mobile resources, under conditions of
imperfect and costly information, toward the primary objective superior financial
performance. Due to the heterogeneity and immobility of the resources, R-A theory
focuses on comparative advantage in resources among organizations. Some firms will
have comparative advantage in resources that are available to them and lead them to
effectively and efficiently produce particular market offering(s) that have value for
particular market segment(s). As shown in Figure 3.1 and Figure 3.2., when firms have
comparative (dis)advantage in resources, they will occupy marketplace positions of
competitive (dis)advantage that will result superior (inferior) financial performance.
Furthermore, how well the process of competition fosters the firm productivity and
economic growth is significantly influenced by various environmental factors (e.g., the
societal resources, the societal institutions, competitors and suppliers, consumers, and
public policy decisions). Specifically, the concept of marketplace positional advantage
means that some firms are occupying one of three cells (cell 2, 3, and 6). Briefly, Figure
3.2 displays nine possible competitive marketplace positions based on two dimensions
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and three levels for each dimension. According to the figure, one can say that depends on
the level of a firm’s relative resource-produced value for some segments and its level in
relative resource costs for producing such value, it will either occupy advantageous,
disadvantageous, or indeterminate position, which would in turn affect its financial
position (e.g., superior, inferior, parity). In the following section, I use R-A theory to
provide a theoretical foundation for the proposed model of new product alliance
performance.
3.1.2.1. R-A Theory and New Product Alliance Performance
Innovative products are an important engine of economic growth (Sorescu, Chandy,
and Prabhu 2003). However, there are inherent risks associated with firm-level
innovation activities (e.g., expensive R&D activities, resource constraints). Therefore,
firms consider entering into strategic business alliances to develop new products.
Interestingly, only some of these collaborative new product development activities are
able to be successful in the sense that they are able to meet the overall performance
objectives of the respective NPD alliance. But, why? Why are only some of the alliances
able to develop creative products that meet consumer needs and preferences? Why is
there financial performance diversity among NPD alliances? Why are only few NPD
alliances able to sustain their performances in the long term? This study attempts to
answer these questions by conceptualizing a new construct called alliance market
orientation. I argue that market oriented alliances that focus on market factors (e.g.,
consumers, competitors, regulations) as well as internal processes of inter-organizational
collaboration (e.g., building interpersonal relationships, ensuring good communications)
are more likely to develop creative new products and, therefore, have greater new product
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performance than their competitors who do not have such a market focus. In this study, I
propose a model of NPD alliance performance which incorporates alliance market
orientation as a key mediating variable. I argue that as an interdisciplinary, integrative
theory of competition, R-A theory can provide a theoretical foundation for this theoretical
model. Reasoning follows.
First, consistent with a resource-based view of the firm, R-A theory broadens the
concept of resources. Resources are defined as “the tangible and intangible entities
available to the firm that enable it to produce efficiently and/or effectively a market
offering that has value for some market segment(s)” (Hunt 2000, p. 128). In R-A theory,
resources are categorized as financial (e.g., cash reserves and access to financial
markets), physical (e.g., plant, raw materials, and equipment), legal (e.g., trademarks and
licenses), human (e.g., the skills and knowledge of individual employees), organizational
(e.g., controls, routines, cultures, and competences), informational (e.g., knowledge about
market segments, competitors, and technology), and relational (e.g., relationships with
competitors, suppliers, and customers).
In this study, I propose that alliance market orientation is both an informational and
relational resource of an alliance: (1) It is an informational resource, because alliance
market orientation is conceptualized in this study as an alliance’s knowledge based-asset
strategy. Indeed, it is about gathering market intelligence, disseminating this intelligence
through inter-organizational coordination, and efficiently and effectively responding to
the intelligence coordinated and disseminated. R-A theory posits that investment on
informational resources will be undertaken by firms when they expect that they will
contribute to their competitive advantage. In the market orientation literature, it is
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articulated that “companies that are better equipped to respond to market requirements
and anticipate changing conditions are expected to enjoy long-run competitive advantage
and superior profitability” (Day 1994, p. 37). Briefly, alliances that focus on markets will
be investing on their informational resources. Since there are differences in the history of
alliances with respect to the investments in market related informational resources, it is
expected that these alliance resources will be some way unique to them (Hunt 2000).
Furthermore, since these informational resources are tacit, complex, socially created,
embedded so deeply into the nature of alliances, they can not be directly observed,
thereby, sold and/or bought in the marketplace. (2) R-A theory asserts that “the stock of
relational resources of a firm…includes its stock of relationships with…customers,
suppliers, competitors, governmental agencies, and unions” (Hunt 2000, p. 188). I argue
that alliance market orientation is a relational resource because the process of
collaboration across organizational boundaries can contribute to alliance partners’ ability
to efficiently and/or effectively produce a market offering (e.g., creative new product)
that has value for some market segment(s). Briefly, alliance market orientation as a
relational resource is heterogeneous and immobile. “There is no—can be no—central
marketplace where such entities…are traded” (p. 188). Briefly, since alliance market
orientation is argued to be a relational and informational resource, it will yield a
marketplace position of competitive advantage, and thereby, superior financial
performance in the long run.
Second, alliance market orientation is conceptualized in this study as an idiosyncratic
resource. Idiosyncratic, inter-firm relationships specific, resources uniquely support the
alliance partners’ relationships (Teece 1987; Williamson 1985). These resources are
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discussed as tangible (e.g., joint manufacturing facility) or intangible (e.g., efficient
collaboration process), and nonfungible. Nonfungible nature of alliance market
orientation means that it is not “easily transferable to other relationships; therefore [it]
lose[s] [its] value in the event that the relationship is terminated” (Jap 1999, p. 464).
Lambe et al. (2002) define idiosyncratic resources as those that are (1) developed during
the life of the alliance, (2) unique to the alliance, and (3) higher-order resources. R-A
theory supports the view that alliance market orientation is a collaborative effort, and
therefore, “makes possible the integration of the partner firms’ individual resources, that
is, allow alliances to extract the competitive advantage potential from the combination of
the partner firms’ respective resources” (Hunt 2000, p. 144; italics in original). Due to
unique, rare, causally ambiguous, highly interconnected, tacit, and time compressed
nature of alliance market orientation, I argue, competitors will fail to acquire, duplicate,
or find its substitutes in the marketplace. Therefore, sustainable competitive advantage is
expected to be the direct payoff of an alliance’s market orientation efforts.
Third, I argue in this study that alliance competence is a renewal competence.
Renewal competences are viewed by R-A theory as abilities that enable
firms to (1) anticipate potential market segments (unmet; changing; and/or new needs; wants; and desires); (2) envision market offerings that might be attractive to such segments; and (3) foresee the need to acquire, develop, or create the required resources, including competences, to produce the envisioned market offerings” (Hunt 2000, p. 87-88).
As it is argued by R-A theory, renewal competences are expected to enable firms to
improve their industry foresight and, thereby, anticipate market requirements ahead of
competitors. Therefore, as it continues, competent firms foresee the need to acquire,
develop, or create the required resources to produce the envisioned market offerings. By
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the same token, an alliance competence as a renewal competence enables partner firms in
an alliance to understand the evolving needs/preferences of customers before competitors
and energize their alliance to respond them. Furthermore, an alliance competence enables
partner firms to connect their inter-organizational processes to the external environment.
In other words, since an alliance competence can be a renewal competence in R-A
competition, it can enable alliance partners to focus on markets in efficient and/or
effective a manner to produce market offerings that have value for some market
segment(s). Therefore, I argue that an alliance competence not only leads partner firms to
acquire complementary resource from firms that have congruent goals but also enables
them to develop idiosyncratic resources such as alliance market orientation to have a
marketplace of competitive advantage and, thereby superior financial performance in the
long term. In summary, the theoretical framework in this study draws on a resource-based
view of the firm, a competence-based view of the firm, and as an integrative theory of
competition, the R-A theory. My main objective in this section is to provide a brief
summary of each theory and explain how they provide a theoretical foundation to the
relationships that are examined in this study. In the following section, I will elaborate the
relationships between variables. I further provide the research hypotheses and rationales
behind them.
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Figure 3.1. A Schematic of Resource-Advantage Theory of Competition
Read: Competition is the disequilibrating, ongoing process that consists of the constant struggle among firms for a comparative advantage in resources that will yield a marketplace position of competitive advantage . and, thereby, superior financial performance Firms learn through competition as a result of feedback from relative financial performance “signaling” relative market position, which, in turn signals relative resources.
Source: Hunt and Morgan (1997)
Societal Resources Societal Institutions
Competitors - Suppliers
Consumers
Public Policy
Resources
Market Position
Fina ncial Performance
• Comparative Advantage • Parity
• Comparative Disadvantage
• Competitive Advanta ge • Parity
• Competitive Disadvantage
• Superior • Parity
• Inferior
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Read: The marketplace position of competitive advantage identified as Cell 3A in each segment results from the firm, relative to its competitors, having a resource assortment that enables it to produce an offering that (a) is perceived to be of superior value by consumers in that segment and (b) is produced at lower costs than rivals. * Each competitive position matrix constitutes a different market segment (denoted as segment A, segment B, …). Source: Adapted from Hunt and Morgan (1997).
Figure 3.2. Competitive Position Matrix
Segment DSegment DSegment DSegment DSegment DSegment DSegment C
Segment BIntermediatePosition
1D 2D 3D
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4D
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7D
CompetitiveDisadvantage
IntermediatePosition
8A 9A
IntermediatePosition
1C 2C 3C
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4C
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7C
CompetitiveDisadvantage
IntermediatePosition
8A 9A
IntermediatePosition
1B 2B 3B
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4B
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7B
CompetitiveDisadvantage
IntermediatePosition
8A 9A
IndeterminatePosition
1A 2A 3A
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4A
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7A
CompetitiveDisadvantage
IndeterminatePosition
8A 9A
Lower Parity Superior
Relative Resource-Produced Value(Effectiveness)
Lower
Parity
Higher
RelativeResourceCost(Efficiency)
Segment A
Segment DSegment DSegment DSegment DSegment DSegment DSegment C
Segment BIntermediatePosition
1D 2D 3D
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4D
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7D
CompetitiveDisadvantage
IntermediatePosition
8A 9A
IntermediatePosition
1C 2C 3C
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4C
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7C
CompetitiveDisadvantage
IntermediatePosition
8A 9A
IntermediatePosition
1B 2B 3B
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4B
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7B
CompetitiveDisadvantage
IntermediatePosition
8A 9A
IndeterminatePosition
1A 2A 3A
CompetitiveAdvantage
CompetitiveAdvantage
CompetitiveAdvantage
6A5A4A
ParityPosition
CompetitiveDisadvantage
CompetitiveDisadvantage
7A
CompetitiveDisadvantage
IndeterminatePosition
8A 9A
Lower Parity Superior
Relative Resource-Produced Value(Effectiveness)
Lower
Parity
Higher
RelativeResourceCost(Efficiency)
Segment A
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3.2. Hypotheses
3.2.1. Alliance Market Orientation
More than half a century ago, Drucker (1954) articulated that organizations have two
main responsibilities: marketing and innovation. In other words, market information (e.g.,
customers, competitors, and regulations) enables firms to perform better through the
development of new products which are perceived as unique and meaningful by some
market segment(s). Similarly, Cooper (1979) posited that in order for firms to develop
new creative products and, consequently have high new product performance, they have
to understand the needs and wants of current and potential customers and satisfy them
faster and better than their competitors. By using Day and Wensley’s (1988) source-
position-performance (SPS) framework, it can be argued that market orientation as an
organizational resource enables firms to enhance their positional advantage through the
development of creative new products, which would in turn result in improving new
product performance. Slater and Narver (1995) and Gatignon and Xuereb (1997) agreed
that since market oriented firms focus on gathering market intelligence, they can position
themselves to respond to continually evolving customer needs through the addition of
unique and meaningful products. Market oriented firms not only listen to their current
and potential customers’ expressed needs but also commit to understand their latent needs
(Slater and Narver 1999; Von Hippel 1988). With a strong commitment to serving its
customers, a market oriented firm is willing to satisfy customers’ expressed and latent
needs through developing creative products.
Although new product innovations are important for a firm’s survival, “one of the
most important lessons executives have learned about innovation in the past few years is
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that companies should not go it alone…companies are drawing business partners…into
innovation networks” (BusinessWeek 2007, p. 58). More than a decade ago, Powell
(1996) pointed out that the locus of innovation is not the individual firms; it is rather the
network of firms. Consistently, Dyer and Singh (1998) suggested that a firm’s alliance
partners are the most important source of new and creative ideas which result in
innovations. However, Perk (2000) and Piercy and Cravens (1995) noted that although
many firms ally with other firms to engage in new product development projects, many
of them fail. According to Lerner et al.’s (2003) study, only seven percent of innovation
alliances in biotech-biopharma alliances result in an approved drug by FDA. When
considering only alliances that progressed through the phase I and phase II of clinical
trials, the reported alliance success rate is about 26 percent. In essence, these reports
indicate that the majority of alliances will not result in commercialized products. As
reasoning, Perk (2000) and Piercy and Cravens (1995) proposed that failed alliances do
not have a mind set for effective integration of market information into their NPD
processes which is seen as a critical determinant of high NPD performance. Similarly,
Spekman et al. (1999) argued that there should be a shift to a more market-focused view
of alliance activity. Littler et al. (1995) claimed that NPD alliances should respond to key
customer needs and take advantage of market opportunities. Indeed, they found in their
empirical study that the effect of focusing on the internal processes of collaboration at the
expense of market factors may have a bearing on the eventual performance of the product
being developed. Market focus view perspective of innovation alliances is also
emphasized by Steinmueller (2002, p.30) by “…a new theory about the relation between
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knowledge generation and its use in the innovation process has emerged that stresses the
systemic nature of innovation processes.”
Consistent with Spekman et al. (1999), I argue in this study that firms who ally with
other firms to develop creative products may not accomplish their objectives without
integrating market information into their processes. Indeed, “these businesses can not
afford such a singular focus” (p. 26). In this study, I argue that there is an entity called
“alliance market orientation” which leads new product alliances to develop and maintain
market oriented behaviors to increase the likelihood of their high new product
performance.
Alliance market orientation has been conceptualized in this study as an idiosyncratic
resource, and defined as a capability that enables an alliance (1) to jointly and
systematically gather market intelligence (from competitor analyses, studies of customer
needs/preferences, and studies of the factors that influence competitors’ and customers’
behaviors), (2) to inter-organizationally coordinate and disseminate the knowledge
gleaned from the market intelligence gathered, and (3) to efficiently and effectively
respond to the knowledge that is coordinated and disseminated. In this study, alliance
market orientation is conceptualized as a higher-order construct having three dimensions:
inter-organizational customer orientation, inter-organizational competitor orientation, and
inter-organizational coordination. Inter-organizational customer orientation is
conceptualized as an alliance partner firms’ joint efforts to understand its target market to
be able to create superior value for them. Inter-organizational competitor orientation is
conceptualized as an alliance partner firms’ concerted actions to understand the strengths
and strategies of current and potential key competitors and respond to them. Finally,
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inter-organizational coordination is conceptualized as the extent to which alliance
partners share market intelligence, synchronize their NPD activities, conduct joint NPD
tasks, and respond to each other’s needs and requests to create superior customer value.
According to the R-A theory of competition, alliance market orientation’s value is
derived from its being unique, rare, causally ambiguous, highly interconnected, and tacit.
This does not mean that members of the dyad can not form similar inter-organizational
arrangements with other firms. However, the specifics of each firm’s alliance
competence, top management support, complementary resources, congruent goals, and
relational factors will vary, making this idiosyncratic resource virtually impossible to
duplicate precisely. Therefore, sustainable competitive advantage is expected to be the
direct payoff of an idiosyncratic nature of alliance’s market orientation efforts. Briefly,
alliance market orientation enables partner firms to understand the market factors that
may affect collaborative new product development process, to achieve high new product
performance through unique and meaningful products. Thus, this study hypothesizes that
H1: Alliance market orientation has a positive effect on a) new product novelty, b)
new product meaningfulness, and c) new product performance.
3.2.2. Goal Congruence and Complementary Resources
Goal congruence is the extent to which partner firms perceive the possibility of
simultaneous goal achievement (Jap 1999; John and Reve 1982). As Spekman et al.
(1999) suggested, alliance partners must share mutually achievable goals. One of the
most important goals is to meet the needs of the consumers better than competitors. They
further highlight that problems and conflicts will arise between partner firms when their
goals are misaligned. Hamel et al. (2002) stressed that for a successful relationship; the
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partners’ strategic goals should converge while their competitive goals diverge. In their
empirical study, Littler et al. (1995) found that goal congruence and mutual benefit are
the one of the main factors for success in new product collaborations. Likewise, Day
(1995) questioned why so many alliances have disappointment and frustration in their
collaborations. He figures out that one of the main reasons for alliance failure is the
conflict in partners’ objectives. Erdem et al. (2006, p. 337) highlighted that “high goal
correspondence enhance(s) the consistency of expectations and assured mutual gains.”
Similarly, Perks (2000) suggested that goal correspondence plays an important role in
NPD alliances in determining the approach towards integrating market information in the
collaborative new product development process. In her compelling piece, Jap (1999, p.
465) found an empirical support for her claim that as goals between partner firms become
increasingly aligned, “there is a strong incentive to form a close relationship that exploits
the distinctive aspects of the dyad’s environment… as well as to make the necessary
investments to exploit this joint potential.” She further argues that goal congruence
between partner firms motivate them to develop and maintain idiosyncratic resources. In
the current study, alliance market orientation is conceptualized and discussed as a
nonfungible and idiosyncratic resource. Therefore, this study hypothesizes that
H2: Goal congruence has a positive effect on alliance market orientation.
One of the main motives of a firm entering into a strategic business alliance is to
collaborate with partners whose resources enable it to accomplish what it can not do
alone (Day 1995). Varadarajan and Cunnigham (1995) defined complementary resources
as nonredundant distinctive competences brought by each member to the partnership.
They highlight that an alliance can achieve a competitive advantage by pooling their
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complementary resources. However, Asanuma (1989) claimed that complementary
resources by themselves are not sufficient to achieve competitive advantage; rather they
should be combined in a unique way. Similarly, Das and Teng (2000) suggested that
complementary alignments are the most widely acknowledged type of alignment in
alliances. Consistent with Asanuma (1989), authors argued that complementary resources
have a positive effect on alliance success only though creating valuable idiosyncratic
resources. Perk (2000) suggested that complementary resources of alliance partners can
influence their approach towards generating, integrating, and acting on market
information in the collaborative new product development. She also proposes that having
complementarities in resources can enable partner firms to focus on the realities of
markets. Knudsen (2007) pointed out that complementary resources foster learning from
partners through the combination of different and complementary skills. He also argues
that complementary resources are likely to trigger new ideas that challenge existing
knowledge and understanding. Therefore, as he claims, a successful combination of
complementary resources may lead to creation of new products through collaboration and
cooperation. Jap (1999, p. 465) posited that complementary resources, “the degree to
which the firms are able to fill out, or complete, each other’s performance by supplying
distinctive capabilities, knowledge, and resources,” are essential to successful
collaboration and cooperation process. She found an empirical support that
complementary resources lead to competitive advantage of the dyad only through
idiosyncratic resources. Alliance market orientation has been conceptualized in this study
as an idiosyncratic resource. Therefore, consistent with the previous findings,
H3: Complementary resources have a positive effect on alliance market orientation
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3.2.3. Trust and Commitment
In order to increase their competitiveness in the marketplace, strategic business
alliances may prefer to have a market focus. Indeed, Littler et al. (1995) pointed to the
danger of alliance management being directed toward making the relationship work at the
expense of a market focus. Perk (2002) also highlighted the importance of being market
oriented in an alliance context. In their comprehensive study, Gebhardt et al. (2006)
found that there are five core values that drive market orientation in organizations:
market as the raison d’etre, collaboration, respect, keeping promises, openness, and trust.
They suggest that combination of these values creates an environment that is supportive
of collaboration, leveraging the capabilities of all members, creating a shared
understanding of the problems, allowing for the creation of more effective solutions to
problems, and assisting in effective implementation of solutions through tighter
collaboration. By the same token, I argue that trust is an important value that can foster
market oriented behaviors of an alliance. Sivadas and Dwyer (2000) developed a
construct, “cooperative competency”, and test it into an NPD alliance context. They
conceptualize it as having three dimensions: trust, coordination, and communication.
They argue that trust provides a support to collaborative activities of an alliance. Elg
(2002) proposed that alliance partners who have previously demonstrated reliability and
integrity, thereby, commitment in to the relationship will be less hesitant to share
information. He further argues that these alliance partners will be more willing to
generate market intelligence together and act on the gathered and shared intelligence in a
concerted manner. Briefly, he posits that high degree of trust and commitment will make
the alliance partners more willing to engage in joint activities that will eventually
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increase the level of respective alliance’s market orientation. Similarly, Bensaou and
Anderson (1999) asserted that when partner firms trust in each other, and, are thereby
committed to the relationship, they are more willing to risk making idiosyncratic
investments. Jap (1999) also discussed the role of trust in inter-firm cooperation. She
argues that when trust exists between partners, they are more willing to share
information, and tend to approach the relationship with a problem solving orientation.
Furthermore, she discusses that idiosyncratic investments are nonfungible, meaning that
they lose their value in the event that the relationship is terminated. In her empirical
findings, trust facilitates these idiosyncratic investments and provides assurance of
reduced opportunistic behavior and competitive advantage from the joint efforts. Grunert
et al. (2006) found that trust and commitment provide a balanced relationship among
partner firms and lead to market orientated behaviors of a value chain. Likewise, Erdem
et al. (2006) and Perk (2000) stated that commitment of alliance partners into the
relationship can foster their willingness to gather market information, share this
information in order to increase the common understanding, and respond to that
information in a concerted manner. Morgan and Hunt (1994, p. 26) concluded that
“cooperative behaviors is the only outcome posited to be influenced directly by both
relationship commitment and trust.” Alliance market orientation is conceptualized in this
study as a cooperative market focused behaviors of an alliance. Therefore, consistent with
the previous literature, this study posits that
H4: Trust has a positive effect on alliance market orientation.
H5: Commitment has a positive effect on alliance market orientation.
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Rapid and radical technological developments in the competitive markets,
globalization of business, and the shortening product life cycles are forcing firms to seek
more creative and flexible means for meeting competition (Donney and Cannon 1997;
Wind and Mahajan 1997). Many firms have responded to these challenges by entering
into alliances. As pointed out by Donney and Cannon (1997, p. 35), “such collaborative
relationships rely on relational forms of exchange characterized by high levels of trust.”
Trust is the “the firm’s belief that another company will perform actions that will result in
positive outcomes for the firm, as well as not to take unexpected actions that would result
in negative outcomes for the firm” (Anderson and Narus 1990, p. 45). Donney and
Cannon (1997) conceptualized trust based on two dimensions: credibility of exchange
partner and benevolence. First dimension refers as an expectancy that the partner’s word
or written statement can be relied on; whereas, second dimension refers to the extent to
which one partner is genuinely interested in the other partner’s welfare and motivated to
seek joint gain. Morgan and Hunt (1994) pointed out that trust is central to all relational
exchanges (e.g., relationship with the customers, competitors, and suppliers). This study
adapts Morgan and Hunt’s (1994, p. 23) definition of trust “which exists when one party
has confidence in an exchange partner’s reliability and integrity.”
Commitment is another sine qua non of collaborative relationships for without it there
can be no exchange relationships. Dwyer et al. (1987) discussed about commitment as it
happens at the most advanced phase of the exchange relationships. They define
commitment as it refers to an implicit or explicit pledge of relational continuity between
exchange partners. By taking the vagueness of the notion of commitment, the authors
consider three measurable criteria of commitment: inputs, durability, and consistency.
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Morgan and Hunt (1994) posited that commitment, like trust, is central to all relational
exchanges. The current study adapts Morgan and Hunt’s (1994) conceptualization of
commitment. Drawing on the conceptualizations of commitment in social exchange, they
define commitment as “an exchange partner believing that the ongoing relationship with
another is so important as to warrant maximum efforts at maintaining it” (p. 23).
Dwyer et al. (1987, p. 19) reported that commitment occurs only after “the exchange
partners have achieved a level of satisfaction from the exchange process.” In other words,
since “commitment entails vulnerability, parties will seek only trustworthy partners”
(Morgan and Hunt 1994, p. 24). Spekman et al. (1999) suggested that commitment to an
exchange relationship draws from both a sense of trust and a belief that the exchange
relationship has merit and warrants support. Therefore, consistent with the previous
findings, this study posits that
H6: Trust has a positive effect on commitment.
3.2.4. Joint Alliance Competence
Some firms, like Eli Lilly., are better at finding partners that have congruent goals
and complementary resources, developing and managing relationships with them than
other firms. Drawing on the competence-based literature and the R-A theory of
competition, Lambe et al. (2002) proposed that there is such an entity called alliance
competence which explains why some alliances are simply better than others. In their
conceptualization, they posit that alliance competence has three dimensions: (1) alliance
experience, (2) partner identification propensity, and (3) alliance manager development
capability.
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In alliance formation, one of the main concerns is partner firms’ goal convergence
(Hamel, Doz, and Prahalad 2002). Goal convergence/congruence is defined by Jap (1995,
p. 38) as “the extent to which firms perceive the possibility of simultaneous goal
accomplishments.” Millson et al. (1996) pointed out that before firms consider allying
with other firms, they need to be keenly aware of prospective partners’ resources, goals,
and motives. Similarly, Littler and Leverick (1995) stressed that goal congruence
assessment of collaborating organizations has been frequently discussed as an issue
meriting significant consideration at the outset of any collaboration. I argue in this study
that firms with alliance competence are able to identify, select, and negotiate with other
firms that have compatible goals. Reasoning follows.
First, experiences with alliances provide firms a guide about how to successfully form
and manage alliances (Day 1995; Lambe et al. 2002; Spekman et al. 1999). In the
formation stage, due to accumulated alliance-related knowledge, firms are able to find
partners with high goal correspondence which enhances the consistency of expectations
and assure mutual gains (Erdem et al. 2006). Second, firms that have an ability to
proactively scan for, and identify, promising alliances may be able to find partners that
have congruent and compatible goals (Kandemir et al. 2006; Sarkar et al. 2001). Third,
alliances require constant attention (Doz and Hamel 1998, p. 261). Competent firms give
their alliances plenty of attention by appointing competent alliance managers. To
effectively and/ or efficiently monitor and manage the relationships with alliance
partners, many Fortune 100 companies assign a “Strategic Alliance Manager” position
(Sivadas and Dwyer 2000). One of the role and responsibilities of alliance manager is
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being visionary. In other words, alliance managers are responsible for understanding the
partner firms’ compatibility of goals and strategic intents (Spekman et al. 1999). Thus,
H7: Joint alliance competence has a positive effect on goal congruence.
Complementary resources are the raison d’etre of strategic alliances and the resultant
interdependence is the foundation for alliance development and high performance
(Spekman et al. 1999). Drawing on Anderson and Narus’s (1990) conceptualization, Jap
(1995, p. 39) defined complementary resources as “the degree to which the firms are able
to ‘fill out or complete’ each other’s performance by supplying distinct capabilities,
knowledge, and resources that enhance the likelihood of goal achievement.” Dyer and
Singh (1998) pointed out that there are several challenges faced by firms attempting to
have competitive advantages through complementary resources. Some firms are able to
overcome these difficulties, some of them are not. This study posits that firms with
alliance competence tend to recognize the valuable complementary resources in potential
alliance partners. The reasoning follows.
First, it is articulated by Dyer and Singh (1998) that firms that have alliance
management experience have a tendency to find potential partners and value their
complementary resources. Previous research indicates that firms that have prior alliance
experience results in more opportunities to find partners that have complementary
resource endowments (Day 1995; Gulati 1995; Spekman et al. 1999). Second, a major
criterion for partner selection in alliance formation is to select a partner who has
complementary skills (Spekman et al. 1999). By definition, competent alliance firms have
outstanding partner identification skills, which means that these firms proactively scan
for, and identify, promising alliance partners (Lambe et al. 2002). Since this ability
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implies proactiveness, the alliance partners can achieve the first mover advantages in
bringing the best possible candidates into their relationships (Day 1995; Kandemir et al.
2006; Sarkar et al. 2001; Varadarajan and Cunnigham 1995; Weitz and Jap 1995).
Therefore, “firms that are able to proactively scan for partnering opportunities may be
able to identify partners with complementary resources and strategic compatibilities”
(Kandemir et al. 2006, p. 327). Third, the role of alliance managers in alliance
management is central. Firms such as Boeing, Hewlett Packard, Xerox, and Microsoft
have appointed a Director of Strategic Alliances. The role of these individuals is to
identify, select, and evaluate potential alliance partners as well as monitor and coordinate
the alliance activities (Dyer and Singh 1998). Alliance managers have the responsibility
of enhancing the alliance’s mission (Spekman et al. 190). One of the main missions is to
find compatible alliance partners that have complementary resources.
Briefly, alliance competence has been conceptualized in this study as a renewal
competence .Hunt (2000) discussed renewal competences as resources that enable firms
to foresee the need to acquire, develop, and create the required resources to produce the
envisioned market offering. By the same logic, alliance competence enables partner firms
to acquire required resources (e.g., complementary resources) by allying with other
competent firms. Thus, this study posits that alliance competence provides firms to
identify and access benefits of strategic resource complementary.
H8: Joint alliance competence has a positive effect on complementary resources.
This study posits that joint alliance competence should have a direct, positive effect
on the dimensions of alliance market orientation. Several reasons of this direct
relationship have eluded inquiry. Two stand out.
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First, alliance competence has been discussed in this study as a distinct competence.
Day (1994, p. 39) argued that distinct competences enable firms to “support a market
position that is valuable and difficult to match.” He further explores that distinct
competences should be managed through training and giving empowerment to competent
managers, learning from past mistakes, and striving for the resources that enable them to
improve their abilities. According to the R-A theory of competition, distinct resources
have a potential to contribute to firms’ ability to produce market offerings that are close
to consumers’ constellations of attributes as efficient and/or effective a manner as
possible (Hunt 2000; Hunt and Morgan 1995). Market orientation is such an
organizational ability which enables firms to maintain superior customer value through
generating, disseminating, and responding to market intelligence. With a strong
commitment to serving its customers, market orientation enables firms to direct their
resources necessary to fulfill their customer needs through developing new creative
products (Slater and Narver 1995; Zhou, Yim, and Tse 2005). By definition, distinct
resources can contribute to this organizational ability to produce unique and meaningful
products that meet customer needs. By the same token, alliance competence as a distinct
resource can contribute to an alliance ability to serve its customers better than the
competitors by enabling them to develop creative new products which eventually lead to
high new product performance.
Second, alliance competence has been conceptualized in this study as a renewal
competence which enables firms to have strong market sensing, to envision market
offerings that might be perceived as unique and meaningful by customers, and to foresee
the need to acquire, develop, or create the required resources to produce the envisioned
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market offerings (Hunt 2000). Today, many firms realize that due to the global scope of
competition, rapid pace of technological change, and pressure for shortening product
development periods, they are likely to find themselves in lacking in resources to
efficiently and/or effectively compete in multiple national markets (Varadarajan and
Cunnigham 1995). For example, Boeing realized that real technological innovation would
be only possible if it shared the risk with partners (BusinessWeek 2007). Competent
firms, like Boeing, will see where the market leads. Therefore, they will be willing to
acquire complementary resources from their alliance partners and/or create (in)tangible
idiosyncratic resources with them to produce meaningful and unique new products.
Alliance market orientation is proposed as an idiosyncratic resource. Because it is
developed during the life of an alliance, unique to the alliance, and higher order resource
(Lambe et al. 2002). Therefore, alliance competence, as a renewal competence, can
motivate alliance partners to know their markets, share the information gathered from
these markets, and act on it through joint development of market offerings that might be
perceived as unique and meaningful by some market segment(s) (Jap 1999). Eventually,
alliance market orientation as an intangible resource can lead an alliance to have a
marketplace position of competitive advantage relative to its competitors and thereby,
superior financial performance. Spekman et al. (1999) identified that the underlying
premise of competent alliances is value creation and providing unique valuable solutions
to the marketplace which, I argue, can be achieved through joint market oriented
behaviors of an alliance. In their study, Sivadas and Dwyer (2000) suggested that there is
an issue in alliance studies to be examined which is what impact the partnering
capabilities of the alliance partners has on their cooperation abilities. They conjecture that
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high partnering capability (e.g., selecting the right kind of partners and providing
appropriate managerial support) would foster greater cooperation competence. To my
knowledge, this is the first study to empirically test this claim. Therefore, this study
hypothesizes the following
H9: Joint alliance competence has a positive effect on alliance market orientation.
3.2.5. Joint Top Management Support
Cisco consistently has much higher success in collaborating with other firms than
their competitors. Indeed, strategic business alliances are central to the Cisco’s business
strategy. Firms, like Cisco, “see and value alliance activities and the related skills and
competences” (Spekman et al. 1999, p. 207). They develop an organizational culture that
supports alliance activities and allying behavior.
Essentially, senior management is the one who is in control and must have accurate
foresight, and, a clear cut and compelling view of the company’s future. They must
manage their firms’ alliance activities with special care through the focused commitment
of resources, assignment of dedicated alliance managers, continued efforts to work with
partners that have congruent goals and complementary resources (Day 1994; Deck and
Strom 2002; Dyer and Singh 1998; Eisenhardt and Schoonhoven 1996; Hamel and
Prahalad 1994; Lambe et al. 2002; Parkhe 1993; Spekman et al. 1998). As Sivadas and
Dwyer (2000) mentioned, several Fortune 100 companies’ top managements create a
position called “Director of Strategic Alliances” whose job is to scan and identify
potential alliance partners, negotiate with them, and manage the alliance activities. A
recurring finding from analyses of alliance performance further shows that successful
alliances are managed by senior managers who create a climate by clarifying the
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responsibilities and contribution of the partners involved in the alliance (Day 1995;
Sivadas and Dwyer 2000).
Finding, developing and managing alliances can be a firm’s core competence.
Because it (1) provides access to a wide variety of markets through allying with different
firms, (2) makes a significant contribution to customers’ perceptions of benefits by
enabling firms to develop valuable market offerings, and (3) be difficult for competitors
to duplicate. As highlighted by Lambe et al. (2002, p.147), since “the strategic direction
of organizations is driven by senior management, competences are developed or
maintained only under the urging of senior management.” For example, Toshiba Corp.
has over the years made strategic business alliances a cornerstone of its corporate
strategy. As Fumio Sato, the President and CEO of Toshiba Corporation, articulated,
having a strategic business alliance is the only viable strategy for companies with global
ambitions (Varadarajan and Cunnigham 1995). Since the scope of this study is dyadic
new product development alliances, I am actually interested in two-firm alliances.
Therefore, joint top management support indicates that both of the alliance partners’ top
managements support the alliance’s new product activities. Therefore, I have the
following,
H10: Joint top management has a positive effect on joint alliance competence.
3.2.6. New Product Creativity
Why do so many of the new products fail? Marketing researchers have dedicated
considerable efforts to understand the main factors that drive successful new products.
One of the possible answers for this question has been found as creative ideas and their
manifestations as products and processes (Cooper 1979; Kleinschmidt and Cooper 1991;
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Montoya-Weisss and Calantone 1994; Im and Workman 2004; Sethi and Smith 2001).
Sethi and Smith (2001, p. 74) defined new product creativity as “the extent to which the
product is different from competing alternatives in a way that is valued by customers.”
As the authors point out, “meaningful uniqueness” provides the foundation for new
product creativity. They further assert that new product creativity is the main determinant
of high new product performance. Similarly, Cooper (1979) probed the question of what
makes a successful new product. In his empirical study, the findings showed that one of
the major factors which differentiate successful products from unsuccessful ones is
product uniqueness and superiority. He also highlighted that new creative products
should not only have unique features, but also be meaningful to customers by meeting
their needs. Kotabe and Swan (1995, p. 622) defined creative new products as “the extent
to which the new product changes the customer’s habits or usage patterns.” And, they
discussed the role of new product creativity in alliance performance. This study adapts Im
and Workman’s (2004) definition of new product creativity. They defined it as the degree
to which new products are perceived to represent unique differences from competitors’
products in ways meaningful to target customers. New product creativity enables a firm
to differentiate its products (Cooper 1979; Im 1999; Kleinschmidt and Cooper 1991;
Song and Parry 1997). Gatignon and Xuereb (1997) indicated that product differentiation
through new product creativity and the ability to meet customer needs lead to high new
product performance. Brown and Eisenhardt (1995) argued that unique benefits of
products facilitate their financial performance.
In the R-A theory of competition, new product creativity can be considered as a
resource (Hunt 2000; Hunt and Morgan 1995, 1997). Because new product creativity is
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an intangible entity available to the firm that enables it to efficiently and/or effectively
produce a market offering that has value for some market segments. Therefore, the
comparative advantage in unique and meaningful resources will provide a firm to hold a
marketplace of competitive advantage which in turn leads to a superior financial
performance. Since the combination of uniqueness and meaningfulness in resources can’t
be sold and/or bought in the marketplace, is complex, has interconnectedness and mass
efficiencies, it can not be duplicated precisely by competitors, therefore it can be an
important source of sustainable competitive advantage, thereby, superior financial
performance. New product performance has been conceptualized in this study as the
extent to which a new product alliance meets market (e.g., sales, market share), financial
(e.g., return on investment, profits) and overall new product development (customer
satisfaction, overall performance) objectives. Therefore, this study postulates that new
product creativity is a major determinant of a firm’s high new product performance.
H11: New product novelty has a positive effect on new product performance.
H12: New product meaningfulness has a positive effect on new product performance.
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3.3. Summary of the Hypotheses
H1: Alliance market has a positive effect on a) new product novelty b) new product
meaningfulness c) new product performance.
H2: Goal congruence has a positive effect on alliance market orientation.
H3: Complementary resources have a positive effect on alliance market orientation.
H4: Trust has a positive effect on alliance market orientation.
H5: Commitment has a positive effect on alliance market orientation.
H6: Trust has a positive effect on commitment.
H7: Joint alliance competence has a positive effect on goal congruence.
H8: Joint alliance competence has a positive effect on complementary resources.
H9: Joint alliance competence has a positive effect on alliance market orientation.
H10: Joint top management support has a positive effect on joint alliance competence.
H11: New product novelty has a positive effect on new product performance.
H12: New product meaningfulness has a positive effect on new product performance.
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CHAPTER 4: METHODOLOGY
The main objective of this study is to identify ways in which new product
development alliances can be made more successful. Therefore, this study aims to model
the effects of alliance market orientation and joint alliance competence of partner firms
on alliance new product performance. Based on my research objectives, I selected the
survey method to collect data, because this approach may enhance the external validity,
reliability, and applicability of results from empirical studies (Cook and Campbell 1979;
Lyon, Lumpkin, and Dess 2000).
This chapter first explicates the issues related to methodology that have the potential
to influence the empirical results. It begins with a discussion of sampling issues, followed
by a discussion of the data collection process that includes a series of pretests and final
field survey. In the final section, I briefly discuss the questionnaire design and outline the
key constructs.
4.1. Sampling Issues
I considered three basic issues in the sampling process. The first issue is the
description of the research setting and the sample frame. The second sampling issue is
about the data sources from which dyadic new product development alliances can be
developed. The final issue concerns the identification of key informants within the
participating firms to report on inter-organizational dynamics and new product
development process.
4.1.1. Sample Frame
Alliances can be formed for various reasons such as exploring a new market,
developing a new product and/or service, co-production, strategic purchasing, joint
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marketing, exchange of know-how/technology, and, a burgeoning channel of distribution
(Lambe et al. 2002; Spekman et al. 1999; Varadarajan and Cunningham 1995). In this
study, the focus will be on developing a new product in an inter-organizational context,
and such consideration is expected to control for any error variance arising from the
different alliance types (Eisenhardt and Schoonhoven 1996; Lambe et al. 2002). New
product alliances are defined as “formalized inter-organizational arrangements between
partnering firms to jointly generate, exchange, and utilize information related to the
research and development and marketing of new product innovations” (adapted from
Rindfleisch and Moorman 2001, p.1). The scope of the study includes relationships
between financially independent new product alliance partners. Thus, vertically
integrated hierarchical relationships will not be considered in the scope of this study.
The unit of analysis throughout the study will be dyadic new product alliances. There
are two reasons for this unit of analysis selection: (1) The main goal of this study is to
understand inter-organizational relationship dynamics in new product alliances; and a
relationship requires at least two parties (Jap 1995) and (2) this study aims to develop a
concept called alliance market orientation which is the joint and concerted market
oriented behaviors of an alliance, and it further strives for exploring the effect of alliance
market orientation and joint alliance competence on joint new product development
performance. Therefore, the focus of the conceptul model is on joint, mutually shared
new product related activities and outcomes. Since alliance market orientation as a
relational property is mutually determined by each partner’s behavior in the relationship,
dyadic approach represents more complete picture than a focal firm approach (Anderson
et al. 2006). Although the unit of analysis is dyad and measures are based on mutual and
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joint understanding of the inter-organizational relationship between partners, due to
logistical challenges, most of the data is collected from one partner in the respective
alliances. Since the number of matched data was not sufficient for the analysis, one side’s
responses regarding the relationship were taken in to account. The details about the data
collection process will be provided in the next section.
The final data for the study is collected through a large scale cross-sectional survey of
U.S. base alliances who have previously participated in joint new product development
activities. There are two reasons for selecting U.S. base new product development
alliances: (1) Previous research suggests that international alliances may be
systematically different than domestic alliances (e.g., Harrigan 1985; Kogut and Singh
1988; Parkhe 1993; Rindfleisch 1995; Saxton 1997). Therefore, consistent with
Rindfleisch (1995), I included firms that are either US companies or a domestic division
of a multinational organization, (2) as Saxton (1997) mentions, finding contact
information of foreign firms represents a barrier to participation in the study.
Furthermore, cross-sectional data collection approach is chosen for the current study.
Although the effectiveness of the static model regarding the causality may be challenged,
it is adopted due to the exploratory nature of the current study (Wei, 2006). In addition,
Rindfleisch, Malter, Ganesan, and Moorman (2007) study show that benefits of
longitudinal data collection appear to be considerably overstated.
New products have been discussed in many different contexts, such as new services,
new processes, new business models, new applications, and new physical products. A
study of new products would ideally need broad sample to provide generalizable results.
However, broad sampling for generalizability demands an enormous amount of research
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and labor work, making it favorable to use smaller and limited sample (Im 1999). In this
research, in order to control the error variance arising from different contexts of new
products, sample frame is limited to high-tech firms. The main reason for high-tech firm-
based alliances was to be chosen is that because they have exhibited a tendency to engage
more in research and development activities and, thus, develop creative and meaningful
products. According to 2007 Technology barometer study from Price Water House
Coopers and BSI Global research Inc., high tech companies truly believe in the concept
of partnership and, they also think that co-development alliances will be one of the prime
drivers of future growth for their organizations. According to the study, more than 70
percent of high-tech companies are involved in new product alliances. The high-tech
firms surveyed include following fields: biosciences (biotechnology, biopharma,
pharmaceuticals), semiconductors, medical equipments, electronics, software and
hardware, and energy. This sample frame that limits the sample based the firm types is
consistent with other NPD research (Im 1999; Noordweir et al. 1990).
4.1.2. Data Sources
The second sampling issue is the data sources. The list of contacts for the research
sample are developed from three sources: First, pursuant to Section 6(a) of the National
Cooperative Research and Production Act of 1993, new product alliances are required to
file written notification simultaneously with the Attorney General and the Federal Trade
Commission in order to minimize the threat of antitrust prosecution. These filings are
published in the Federal Register Index, and they provide information about the identity
and location of alliance partners, and formation date and objectives of that alliance. The
index starts from 1998, and under the “anti-trust divison” section of Federal Register
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Content, it provides the daily news about new product alliances. For this study, I
examined all of the new product alliances filed during the period January 2, 1998 to
December 30, 2006. Consistent with Rindfleisch (1998), the reason for the time period
selection is that there is generally a two year gap between new product alliance formation
and tangible product development outcomes (Peck 1986; Rosenfeld 1996).
The second source was the Thompson Financial Security SDC Platinum Database.
The SDC Platinum Worldwide database provides detailed information on mergers,
acquisitions, joint ventures, and strategic alliances around the globe. Based on the sample
requirements of the study, only the U.S. base high tech companies who are involved in
strategic business alliances were chosen. The joint ventures, mergers, and acquisitions
were excluded in the sample selection. Since both Federal Register Index and SDC
Platinum databases do not include names of individual executives, I checked each firm’s
website thoroughly to find the key respondent’s contact information. Since the survey
was conducted electronically, the link to the online survey and the cover letter were sent
to executives’ e-mail addresses. Lead411.com was the main source for the executives’ e-
mail and phone numbers. Cover letter and questionnaire can be found in the Appendices.
The third data source was ISBM (Institute for Study of Business Markets) at Penn
State University. Selected member firms were contacted by ISBM representative with a
cover letter and research synopsis. Executives were informed about my upcoming phone
call and e-mail. The many of the firms contacted through ISBM are Fortune 500
companies.
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4.1.3. Identification of Key Informants
The third sampling issue is the identification of key informants. Key informant
approach enables researchers to gather information about a firm by collecting data from
executives within that firm who are highly knowledgeable about the phenomenon under
investigation (Campbell 1955; Philips 1981). This study focuses on inter-organizational
dynamics and joint new product development process. Therefore, finding key informants
who are involved in inter-organizational new product development activities and know
inter-organizational dynamics is of primary importance. The key informant approach was
tested by John and Reve (1982), and their results validate the approach and demonstrate
the utility of key informants in inter-organizational studies. Consistently, after John and
Reeve (1982), many inter-organizational studies have used the key informant approach
successfully (Anderson and Narus 1990; Anderson et al. 2006; Im and Workman 2004;
Kandemir et al. 2006; Lambe et al. 2002; Littler et al. 1995; Lusch and Brown 1996;
Morgan and Hunt 1994; Rinsfleisch and Moorman 2001; Sivadas and Dwyer 2000). As
suggested by Campbell (1955), key informants should meet two criteria: (1) they should
occupy roles that make them knowledgeable about the related phenomena, and (2) they
should be capable of communicating with researchers.
As a first criterion, consistent with the other inter-organizational new product
development studies (e.g., Link and Bauer 1989; Rindfliech and Moorman 2001; Sivadas
and Dwyer 2000), I choose executives who are involved in the new product alliance
formation and management as key informants. The reason for this selection is that these
executives have high levels of knowledge about their firms, inter-organizational new
product development activities, and inter-organizational dynamics (Kotabe and Swan
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1995; Link and Bauer 1989; Rindfleisch and Moorman 2001; Sivadas and Dwyer 2000).
Similarly, these professionals are critical in building inter-organizational relationships,
solving alliance related problems, and managing the alliance development (Lambe et al.
2002; Spekman et al. 1999; Wittman 2001). As suggested by Rindfleisch (1998), in order
to minimize the concerns about the quality of key informant data, partner firms in each
alliance were pre-contacted by phone to verify the name, position, e-mail address of the
key informants, and to obtain cooperation by stressing the importance of the study.
The field and pilot interviews suggest that R&D managers, business/corporate
development executives, marketing managers, alliance managers, CEOs, CSOs, and
CTOs are suitable for sources of inter-organizational new product development
information. The pretest reveals that these executives are highly involved in co-
development projects – providing mean score of 5.22 for involvement and 6.12 for
knowledge on a seven point scale. The final field study supports these results – providing
mean score of 5.31 for involvement and 6.35 for knowledge on a seven point scale. In
both pretest and final field study, executives have at least 16 years of work experience in
co-development projects.
As a second criterion, key informants should be able to communicate with
researchers. It means that informants should be able to understand the wordings and
meanings of the questions in the questionnaire. Therefore, I interviewed with three highly
knowledgeable alliance consultants in the field study to collect verbal protocols to
confirm that key informants in the main study will not have difficulties in understanding
the language of the questionnaire. After their suggestions, some questions are made more
clear and precise. In addition, in order to lessen the confusion, executives were provided
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with definitions of some concepts (e.g., alliance, customers, alliance types, new product,
and market) based on the suggestions. The second wave interviews with 16 pretest survey
respondents confirmed that questions and items were clear to the respondents, and survey
was in a language they understood. This study uses a single key informant from each
firm. Although some researchers have raised concerns about the reliability of the single
informants, other researchers support the view that careful selection of single informants
along with the use of consistent scales provides reliable and valid results (John and Reeve
1982; Im and Workman 2004; Im 1999). In this study, each key informant in the final
study was called and interviewed with about the study, when they are not reached they
were sent an e-mail about the details of the study and purpose of the research. When they
thought that they were not right for the study, they forwarded me to an executive who can
be helpful and responsive.
Collecting data from new product alliance partner firms can be considered as a
lengthy and labor intensive process. As an incentive to participate, each firm was offered
an executive summary, customized summary report of the results, and a detailed
comparison of their respective alliance’s new product development data benchmarked
against all other alliances in the study.
4.2. Data collection methods
This section provides an overview of the data collection method used in this study.
The first part reviews the field interviews and pretest, while the second part details the
final field survey administration. Figure 4.1 provides the flow of the data collection.
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4.2.1. Field interviews and pretest
A series of field interviews, pretest, and pretest interviews were conducted in order to
develop reliable and valid measures and ensure that the survey administration is
appropriate for the key informants. Field interviews were conducted in February 2008.
Specifically, I contacted with three executives involved in alliance consulting for over 15
years each. During the interviews, alliance consultants were asked to provide comments
about the measure items, survey instructions, and survey format to help refining the
questionnaire. Their comments were evaluated to assess adequacy of each question’s
wording, clarity, scope, and relevance. Since alliance market orientation, main
contribution of the study, is a newly developed concept, they were also asked to comment
on the concept and its role in inter-organizational new product development activities of
firms. They also suggested that due to the heavy travel schedule of executives,
conducting an online survey would be a better idea to increase the response rate. Based
on field interviews, survey items were modified and survey format was refined.
One of the field interviewees offered to provide his help to gather pretest contacts. He
contacted some of his colleagues, who are eligible for this study, through LinkedIn.
Pretest and pretest interviews were performed during the months of March and April.
Among 40 managers contacted, 16 of them were willing to provide their thoughts to the
survey (40% response rate). Since the unit of analysis in the survey is dyad, each of these
16 respondents was called and asked whether they can provide their alliance partner’s
name. Among 16 respondents, 10 of them provided their partner name. 10 partners were
contacted via phone and told that we were forwarded to them by their R&D partner. After
the phone conversation, 6 of the partners were willing to help in the survey (60 %
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partner-base dyadic response rate, 15 % overall dyadic response rate, 44 % -- (22/ 40+10)
overall response rate). Based on the suggestion of field interviewees, pretest was
conducted via online survey. After pretest respondents completed the survey, I conducted
telephone interviews with each of the 22 (16+6) executives to discuss their experiences
with the questionnaire. The interviewees were asked about the inappropriate wordings,
suggestions for instructions as well as the format and layout of the survey. In addition to
finalizing the measures and determining their level of detail, relevance, and clarity, the
pretest served to test the process to be used in contacting prospective respondents. All the
respondents were interested in and supportive of the research. Based on their feedback,
clear definition of the key terms, such as alliance, customer, competitor, market, new
product, and environment, were provided in the survey.
Figure 4.1 Procedure for Empirical Test
Final Field Study (N= 1015 -- database)
(N= 726 -- effective sample size)
Field Interviews (N=3)
Pretest (N= 22)
Response rate 44 %
Response rate 35.1 % -- overall 78.2 % -- potential
Follow-up Interviews (N=22)
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4.2.2. Final field study
Based on the feedback from field interviews and pretest, surveys were sent to a large
sample via e-mail. I obtained the names of the firms to make up the sample from the
Thompson Financial Security SDC Platinum Alliance Database and Federal Register
Index. After careful search about each firm (e.g., active, still an independent firm),
database included 962 firms who have been a part of dyadic new product alliance. The
names of the executives and their contact information were generated from firms’
websites and Lead411.com.
In order to increase the response rate, I called each executive to ask for cooperation.
To those who are being reached, the purpose of the dissertation and the nature of the
request was explained in detail. Their questions about the study were answered on the
phone and later on. Executives who thought that they are not eligible for the study
forwarded me to another executive who is more knowledgable about the phenomenon. I
left a voicemail to each executive who were not able to be reached. In the voicemail, the
purpose of the study, how their contact info was generated, my contact information, and
details about the request were provided. They were also notified about the forthcoming
personalized e-mail. After each call, an e-mail was sent to each executive’s e-mail. A
detailed cover letter was attached to the e-mail. In order to increase the response rate,
follow-up reminder e-mails were sent to the non-respondents two weeks after the initial
e-mail. I then called and sent e-mails to each remaining non-respondent twice to
maximize the response rate. Appendices include the cover letter, initial message text,
questionnaire, and the follow-up message text.
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Though those phone calls and sending each executive a personalized message were
labor intensive and expensive to administer, since each executive was personally
contacted and given the freedom to contact me about any issue, they contributed
significantly to the enhanced response rate and also increased the quality of the sample.
Response rates for the pretest and final field study are provided in Table 4.1.
Field survey was conducted between May 2008 and November 2008. Among 962
companies, 289 executives called me or sent me an e-mail by saying that they were not
right for the study. The general reasons for rejection are provided in the Table 4.2.
Among the rest of the 673 executives, 284 accepted to participate to the study. Among
those, 41 respondents dropped out from the study due to unexpected reasons, yielding a
sample size of 243. Among these executives, 20 of them were unusable for the final
analysis due to severe incomplete information and misunderstanding of the survey
questions, yielding a usable sample size of 223. Since the unit of analysis is dyad in this
study, each executive who completed the survey was requested to provide their NPD
alliance partner’s contact info. Among 223 executives, 53 accepted our request and
provided their partner’s name. The reasons for not providing partner name can be found
at Table 4.3. 53 partner companies were contacted via phone and e-mail and told that we
were forwarded to them by their NPD partner. 42 partner firms accepted to provide their
insights to the study, and 34 out of 42 completed the survey. Due to severe incomplete
information, 4 of the executives’ insights were deleted, yielding a sample size of 30
matched dyad. Since 30 is a very small sample size for SEM analysis, we decided to
include these 30 executives’ insights to the initial 223 firms, yielding a final usable
sample size of 253 (223+30) (see Table 4.1. for the response rate summary).
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Response rates are compared favorably with those reported in other studies (e.g.,
Littler et al. 1995; Park 1993; Rindfleisch and Moorman 2001; Sivadas and Dwyer 2000).
Though response rate is favorable with respective to previous research, non-response bias
can still be an issue. In the next session, the non-response bias issue will be discussed.
Table 4.1. Response Rate Summary Pretest Final Field Study (main
survey) Precontacted 40 962
# of rejections * 6 289
Effective sample size (Partner 1)
34 673
# of executives accepted to participate to the survey
18 284
# of executives completed the survey
16 243
Not usable (Partner 1)** 0 20
# of usable surveys (partner 1)
16 223
# of executives provided dyadic partner name ***
10 53
# of dyadic partner accepted to participate to the
survey
10 42
# of dyadic partner completed the survey
6 34
Not usable (Partner 2)** 0 4
# of usable surveys (partner 2)
6 30
Total # of usable surveys & usable rate ****
Overall response rate: (16 +6)/ (34+10) = 50 % Potential response rate: (16+6)/ (18+10)= 79 %
Overall response rate: (223 + 30)/ (673+53)
=35 % Potential response
rate: (223 +30)/ (284+42)
= 78 % * Executives either called or sent me an e-mail about their reason of non-participating to the survey. The reasons for non-participation are shown in Table 4.2. ** Responses with too many missing values were considered not usable. *** Reasons for not providing the partner name can be found in Table 4.3. **** Since the matched dyadic sample size is small (N=30), we decided to combine the survey responses (N= 225+30=255). Necessary caution is taken in the analysis phase.
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Table 4.2. Reasons for non-participation to the survey (N=289)
Reasons: Number of respondents
It violates the anti-trust laws and regulations, and contractual provisions
67
Very busy with several alliance related projects 45
Our alliances have not yielded any marketed product, so their success can not be truly judged
33
We don’t currently make the alliance information available to the public
31
Our company’s partnership likely would not be appropriate for survey
18
Company policy for competitive reasons 17
Our alliance fell a part, thereby, we do not have a product, so to say, performance outcomes
12
Our company has not been involved in any NPD alliance 12
Alliance is going through significant changes 11
Our alliance is at the critical phase of the product introduction and solely focused on this effort.
8
Company’s legal department does not allow us to complete the survey
7
We filed bankruptcy and has ceased operations 6
Our alliance filed an S-1 and we are going public. 5
We are acquired by our partner. 5
Questions are difficult to answer and it takes considerable time to complete it.
5
We do not have sufficient resources to respond to the large number of requests
4
Alliance structure prevents us from providing details about the alliance
4
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Table 4.3. Reasons for not providing partner name (N=172)
Reason: Number of respondents:
Non closure agreements (NDA) take place in the alliance 34
Governmental anti-trust regulations do not allow us 27
Confidential information is requested in the survey 18
We do not want word of our perception to reach them 12
Data is very sensitive 11
Existence of the alliance has not publicly disclosed 11
We do not have the partner’s permission 10
Project is at sensitive stage 9
Partner would not be open discussing the alliance; their corporate culture will not allow it.
7
We have a policy not to provide partner’s contact information 6
They are our competitor as well as partner 6
Numerous change in the partner’s management 4
It would not be professional to disclose our partner 3
Business is in stealth mode 3
Business ethic does not allow us. 3
Alliance was a total failure, we do not have positive outcomes
3
It will potentially damage the relationship with our partner 3
Partner is a new start-up company and wishes remain anonymous
2
Military defense related alliance, thereby, confidential information.
1
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4.2.3. Non-response bias
One major disadvantage of survey study is the non-response bias. Though the
response rate in this study is comparable to other inter-organizational co-development
studies, since non-response bias can hinder researchers from generalizing the results to
population, I check the existence of non-response bias in this section.
As Armstrong and Overtoon (1977) recommended, potential non-response bias was
examined through an extrapolation method of comparing early with late respondents. I
used two weeks as a dividing point between early and late respondents because the
reminder e-mails were sent to non-respondents two weeks after the initial e-mails. Major
characteristics of the late respondents were compared to early respondents based on the
assumption that late respondents are more similar to non-respondents. This method
examines whether late respondents are statistically distinct from early respondents with
respect to the major characteristics. Table 4.4 shows the major characteristics and t-test
results. The table includes respondents’ characteristics and evaluation of major
constructs. The results from the t-tests suggest that there is no significant difference
between early and late respondents. As a result, I conclude that non-response bias does
not influence the findings in this study.
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Table 4.4. Comparing Early and Late Respondents for Final Survey
Variables Early Respondents (N= 209)
Late Respondents (N=43)
t-value
p-value
Manager’s involvement in the formation of the alliance
5.19 5.53 -.99 .32
Manager’s knowledge about the alliance’s NPD project
6.25 6.50 -1.42 .16
Manager’s total years of experience in the NPD projects
16.16 15.07 .79 .43
Manager’s total number of years in the current firm
7.68 6.74 .77 .44
Joint Alliance Experience (Composite Scale)
14.94 14.07 1.49 .14
Joint Alliance Partnership Propensity (Composite Scale)
16.29 16.04 .43 .67
Joint Alliance Manager Development Capability (Composite Scale)
11.37 12.25 -1.37 .18
Goal Congruence (Composite Scale) 16.51 16.25 .46 .65
Complementary Resources (Composite Scale)
18.13 17.83 .51 .61
Commitment (Composite Scale) 16.22 15.74 .90 .37
Inter-organizational Customer Orientation (Composite Scale)
16.79 15.81 1.54 .13
Inter-organizational Competitor Orientation (Composite Scale)
13.79 14.30 -.71 .47
Inter-organizational Coordination (Composite Scale)
16.58 16.90 .53 .60
New Product Creativity (Composite Scale)
15.91 15.23 1.19 .23
New Product Meaningfulness (Composite Scale)
17.45 17.18 .48 .63
New Product Performance (Composite Scale)
16.12 15.65 .92 .36
Joint Top Management Support (Composite Scale)
17.80 17.41 .56 .57
Trust (Composite Scale)
17.37 17.04 .52 .61
Control Variable: Market Density (Composite Scale)
16.42 16.70 -.46 .65
Control Variable: Technology Density (Composite Scale)
16.00 15.74 .37 .71
Control Variable: Relationship History 2.79 2.55 .83 .41
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4.2.4. Common Method Bias
This study employed cross sectional design field survey as the primary data collection
method. Since the responses are self reported and collected through the same survey
during the same period of time with cross-sectional design, common method variance
which is about the measurement method rather than the constructs themselves may cause
systematic measurement error (Podsakoff and Organ 1986; Podsakoff, MacKenzie, Lee,
and Podsakoff 2003). Since common method variance may bias the true relationships
between constructs, I check the existence of common method bias in this section. In order
to test the presence of common method bias, Harman’s one factor test and CFA were
performed. First, all variables of interest were entered into an EFA, using unrotated
principal component factor analysis (PCA), PCA with varimax rotation, and principal
axis analysis with varimax rotation to determine the eigenvectors and eigenvalues. All
these tests revealed the presence of 21 distinct factors with eigenvalue greater than 1,
rather than a single dominant factor. The 29 factors together accounted for 99 % of the
total variance; the first factor did not account for a majority of the variance (34 %). Thus,
no general factor is present. Second, the CFA showed that the single factor model did not
fit the data well. 2χ (3569, N=253) = 18706.23, p= .0000, RMSEA=.13, GFI=. 36,
PGFI= .33, AGFI= .35. Therefore, I conclude that test results do not suggest that
common method variance is of great concern and therefore, it is highly unlikely to
confound the findings and their interpretations.
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4.2.5. Characteristics of the Key Respondents and Their Firms
This section briefly summarizes key respondents’ major characteristics and their
companies. Table 4.5 provides the descriptive statistics for the major characteristics in the
final survey. The participating firms have a wide range in terms of employee size (from
12 to 10,000+) and revenue amount (500 K to 100 B+). Key respondents were highly
involved in the formation of their respective alliances (mean of 5.30). Furthermore,
executives were highly knowledgeable about the new products developed as a result of
their firm’s participation in the respective co-development project (mean of 6.33). Total
years of experience that executives had in new product development projects in general
are high (mean of 18.14 years). In addition, the total number of years that they worked
for their present company is also high (mean of 8.52 years).
As it is mentioned before, key informants were chosen on a non-random basis. They
are chosen because they have specialized knowledge about the research phenomenon.
Table 4.6 summarizes the job titles of the key respondents. Most of the respondents were
alliance managers/business and corporate development managers (67 or 26.2 %) and
R&D/NPD managers (64 or 25.1 %). Chief Scientific (CSO) and Chief Technology
officers (CTO) were the third in the list (36 or 14.1 %). Chief Marketing Officers (CMO)
were the fourth highest position in the list (32 or 12.5%). Finally, Chief Executive
Officers (CEO) and Chief Operating Officers (COO) were included in our list as fifth and
sixth executive positions (32 or 12.5% ; 22 or 8.6%). Few positions entered by executives
are included in the “others” in the table 4.6 (e.g., market driven innovation manager, VP
of finance, new technologies manager, scientific affairs, technology leader, VP of
strategic marketing and collaborations, and chief business officer). Table 4.7 reports the
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types of business of the participating firms. As noted earlier, a majority of the
participating firms were involved in high-tech business. The major types of business in
the sample include biosciences (e.g., biotechnology, biopharmaceuticals,
pharmaceuticals) (98 or 38.4 %), semiconductors (59 or 23.1 %), electronics (35 or 13.7
%), hardware and software (26 or 10.2 %), energy (25 or 9.8 %), and medical equipments
(12 or 4.7 %). The industry types provide evidence that the sample includes a wide
variety of businesses and, thereby, research findings can be generalizable to most high-
tech industries.
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Table 4.5 Characteristics of the Final Field Survey
Mean Standard Deviation
Involvement in the formation of the respective NPD alliance (over 7)
5.30 1.97
Knowledge about the new products developed as a result of alliance involvement (over 7)
6.33 0.97
Total years of experience in the new product development projects
18.14 8.08
Total number of years executives have worked in their present company
8.52 7.16
Table 4.6 Job Titles for the Key Respondents
Number Percent
Business development managers 25 9.8 Corporate development managers 22 8.6 Alliance managers 20 7.8 R&D manager 42 16.5 NPD manager 22 8.6 Chief Scientific Officer (CSO) 16 6.3
Chief Technology Officer (CTO) 20 7.8
Chief Executive Officer (CEO) 27 10.6
Chief Marketing Officer (CMO) 32 12.5
Chief Operating Officer (CMO) 22 8.6
Others 7 2.7
Table 4.7 Industry Types for Participating Firms*
Number Percent
Biosciences (e.g., biotechnology, biopharma, and pharma)
98 38.4 %
Semiconductors 59 23.1 %
Electronics 35 13.7 %
Hardware and Software 26 10.2 % Energy 25 9.8 % Medical equipments 12 4.7 % * Some firms have operations in more than one industry. Therefore, their primary industry is taken into consideration.
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4.3. Questionnaire Design and Measurements
Based on the feedback from field and pretest interviews, final field survey was
applied in an online environment. Executives, who accepted to participate to the study,
were sent the online-survey link via e-mail. In the survey, after a brief introduction of the
objective of the study, since the unit of analysis is dyad the survey instructed respective
firm to dyadic relationship as a reference point for completing the items and questions. In
addition, since the dependent variable is new product performance, firms were notified
that their alliance should have the NPD performance results at hand.
All the constructs were measured at a dyadic level. Furthermore, all the constructs
were measured by multi-items. Many of the hypothesized constructs have well-
established measures that have been used in various inter-organizational contexts.
Therefore, several measures needed little or no modification. Since some measures are
context specific (e.g., new product creativity, new product performance), they were
appropriately modified to fit the alliance context.
Given the rather novel nature of this study, one new scale was required for the key
construct alliance market orientation (AMO). In this new measure development, the
procedure developed by Churchill (1979) was followed. The details about the AMO
measurement development and pretest results for other major constructs can be found in
Chapter 5. In the next section, I will briefly outline the key constructs.
4.3.1. Dependent Variable
New Product Performance
I adapt the Im and Workman’s (2004) new product performance scale. They used
multiple subjective measures of new product performance including market measures
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(e.g., sales, market share), financial measures (e.g., return on investment, profits), and
overall assessment measures (e.g., customer satisfaction, overall performance).
Furthermore, the authors adapted the market and financial measures from the work of
Song and Parry (1997), and overall measure from the works of Kleinschmidt and Cooper
(1991) and Page (1993).
4.3.2. Independent Variables
Joint Top Management Support
This study adopts Lambe et al.’s (2002) joint senior management commitment scale.
Since the context in the current study is the market oriented behaviors of new product
alliances, and top management support is one of the central concepts in the market
orientation literature, I change the name of the scale to top management support. The
measure taps the degree to which top management in both of the partner firms support the
use of new product alliance to achieve new product related objectives. Since Lambe et al.
(2002) use the scale in an alliance context, the scale can be considered as reliable.
Therefore, I use the scale with no modification. It is measured by four items: (1) We both
have senior-management level commitment to the use of alliances to achieve strategic
goals, (2) Top management in both firms believe that alliances play a role in the future
success of each firm, (3) When the situation calls for it, top-level management in both our
respective firms support the use of alliances, and (4) Top-management in both companies
encourage the use of alliances to achieve strategic goals.
Joint Alliance Competence
Joint alliance competence (JAC) is conceptualized as a second order reflective
construct having three dimensions (e.g., joint alliance experience, joint alliance partner
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idetification propensity, and joint alliance manager development capability). The scale
items were borrowed from Lambe et al. (2002) Although JAC was conceptualized and
measured as a formative construct in Lambe et al. (2002), this study conceptualizes joint
alliance competence as a reflective construct. The reasoning follows.
First, we argue that the dimensions of alliance competence are manifestations of it in
the sense that they are each determined by it. In essence, it is that changes in the alliance
competence measure would produce changes in the measures, not the other way around.
Second, we argue that alliance experience, alliance partner identification propensity, and
alliance manager development capability share a strong common theme and each
dimension captures the essence of the domain of alliance competence. Therefore, they are
expected to covary with each other. Third, since we argue that these three dimensions are
being sampled from the same conceptual domain and conceptually interchangeable, they
are expected to have the same antecedents and/or consequences. For example, it is not
difficult to imagine a firm with long term of alliance experience, know whom to partner
with under what conditions, and know the value of training alliance managers whose sole
responsibility will be alliance management. Alliance experience, alliance partner
identification propensity, and alliance manager development capability are all
conceptually similar and tap the nature of alliance competence. Empirically, since there is
strict epistemic base in reflective measures, interpretational confounding can be assessed
and dealt with if found to be a problem (Howell, Breiwick, and Wilcox 2007a, b). In sum,
since alliance competence makes more sense as a reflective construct both conceptually
and empirically, this study conceptualizes alliance competence as a higher order
reflective construct.
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Dimensions of Alliance Competence
Joint alliance experience is a reflective measure and it measures the degree to which
the partners have participated in alliances in the past. It is measured by three items: (1)
We both have a deep base of partnership experience, (2) we each have participated in
many alliances, and (3) individually we have been partners in a substantial number of
alliances. Joint partner identification propensity is a reflective measure and it measures
the extent to which the partner firms actively search for companies that they can ally with
to gain competitive advantage. It is measured by four items: (1) We each actively search
for promising alliance partners, (2) alliances that can help our business are sought out by
both of us, (3) we each are constantly seeking partnering opportunities, and (4) we both
are always looking for firms that we can partner with to jointly develop competitive
advantage. Finally, joint alliance manager development capability is a reflective measure
and it measures the extent to which the partners can develop managers to successfully run
alliances. It is measured by four items: (1) We both have programs to develop capable
alliance managers, (2) we each understand how to produce effective alliance managers,
(3) we both effectively train competent alliance managers, and (4) we each know how to
identify effective alliance managers. Since Lambe et al. (2002) conceptualize joint
alliance competence components as key concepts for all kinds of alliances’ success; this
study adopts their scale with no modification.
Alliance Market Orientation
Alliance market orientation is developed specifically for this study. As indicated
earlier, although market orientation has been discussed in inter-organizational context in
the previous studies, to my knowledge, no empirical study has attempted to develop a
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measure for market orientation as a relational property. Therefore, this study will be the
first to measure market orientation in an alliance context. Drawing on Kohli et al. (1993)
and Narver and Slater (1990), alliance market orientation is defined as a capability that
enables an alliance (1) to jointly and systematically gather market intelligence (from
competitor analyses, studies of customer needs/preferences, and studies of the factors that
influence competitors’ and customers’ behaviors), (2) to inter-organizationally coordinate
and disseminate the knowledge gleaned from the market intelligence gathered, and (3) to
efficiently and effectively respond to the knowledge that is coordinated and disseminated.
The scale is conceptualized as a higher order reflective construct having three
dimensions: interorganizational-customer orientation (IoCustor), inter-organizational
competitor orientation (IoCompor), and inter-organizational coordination (IoCoor).
Alliance market orientation measure is developed based on in-depth interviews with
managers and in-depth literature review. These there dimensions are samples from the
same conceptual domain: inter-organizational market oriented behaviors of alliances.
Since they tap the nature of alliance market orientation and underlie the same latent
construct, they are conceptually interchangeable. By definition (nominal meaning),
market oriented alliances are expected to be customer-centered, competitor oriented, and
inter-organizationally coordinated. That means, these three dimensions are the
manifestations of this construct in the sense that they are each determined by it. Changes
in alliance market orientation are expected to reflect on these three dimensions. Due to
the common domain, these three dimensions are expected to covary with each other. For
example, Microsoft-SAP alliance is a very promising innovation alliance. In their alliance
mission statement they indicate that their sole purpose is to serve end-users better than
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their competitors do (BusinessWeek 2007a). Therefore, they are more aware of the
customer needs, scan federal regulations that affect their market, monitor competitors’ act
and their projects, and provide all types of opportunities to both sides to organize and
synchronize their daily NPD routines. Being customer oriented comes with being
competitor oriented, and being inter-organizationally coordinated and vice versa. One can
not claim that gathering market information but not disseminating it and acting on it
jointly will lead to success.
In sum, since alliance market orientation makes more sense as a reflective construct
both conceptually and empirically, this study conceptualizes alliance market orientation
as a second order reflective construct.
Dimensions of Alliance Market Orientation
IoCustor is conceptualized as an alliance’s joint effort to understand its target market
to be able to create superior value for them. Based on extensive literature review and
exploratory interviews with alliance consultants, we decided that Narver and Slater’s
customer orientation scale (1990) and Kohli et al.’ market orientation scale in general
(1993) reflect the meaning of alliance’s customer oriented behaviors. We adopted some
of their items and modified them in the alliance context. It is measured by six items: (1)
Our alliance’s business objectives are driven by customer satisfaction, (2) In our alliance,
we get together frequently to monitor our level of commitment and orientation to serving
customers’ needs, (3) Our alliance’s strategy for competitive advantage is based on our
joint understanding of customer needs, (4) Our alliance’s business strategies are driven
by our beliefs about how we can jointly create greater value for customers, (5) In our
alliance, we get together frequently to measure customer satisfaction, and (6) In our
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alliance, we get together periodically to review the likely effect of changes in our
business environment (e.g., regulation, competition) on customers.
Based on the same reason noted above, IoCompor scale is adapted from Narver and
Slater (1990) and Kohli et al. (1993) and modified it for the alliance context. It is
conceptualized as an alliance’s concerted action to understand the strengths, weaknesses,
capabilities, and strategies of current and potential key competitors. It is measured by five
items: (1) Senior managers in our firm meet frequently with their counterparts in our
partner’s firm to discuss competitors’ strengths and strategies, (2) In our alliance, we
jointly target customers where we have an opportunity for competitive advantage, (3) In
our alliance, we jointly respond to competitive actions that threaten us, (4) In our
alliance, we frequently share information with each other concerning competitors’
strategies, and (5) In our alliance, we don’t work together to generate intelligence on
competition R .
Finally, based on extensive literature review and exploratory interviews with alliance
consultants, we decided that items from Kohli et al.’s market orientation scale (1993),
Narver and Slater’s inter-organizational scale (1990), Sivadas and Dwyer’s cooperative
competency scale (2000), Kandemir et al.’s alliance orientation scale (2006), and Ravani
and Kumar’s interaction orientation scale (2008) reflect the meaning of IOCorr. The
items adopted from these sources are modified for alliance context. IOCorr is
conceptualized as the extent to which alliance partners share market intelligence,
synchronize their NPD activities, conduct joint NPD tasks, and respond to each other’s
needs and requests. It is measured by six items: (1) Senior managers in both firms
Tunderstand how people across organizations can contribute to creating customer value,
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(2) In our alliance, people in both organizations work hard to jointly solve our alliance’s
problems, (3) In our alliance, activities involved in the innovation process are well-
coordinated, (4) In our alliance, the different job activities related to new product
development activity fit together very well, (5) In our alliance, we have inter-
organizational meetings frequently to discuss market trends and developments, and (6) In
our alliance, people who have to work together are responsive to their co-workers’ needs
and requests.
Goal Congruence
Goal congruence scale is adapted from Jap (1999). The concept has been
conceptualized as the extent to which firms perceive the possibility of common goal
accomplishment. Jap (1999) used this construct in a study in which main objective is to
understand the pie expansion efforts of manufacturer-buyer dyads. Since the measure is
established and has been used in an inter-organizational context, especially for a dyadic
study, scale can be considered as reliable. Therefore, I adapt Jap’s (1999) scale and
modify it for an alliance context. Goal congruence scale is measured by four items: (1)
Our firm and our partner’s firm have different goals R , (2) Our firm and our partner’s firm
have compatible goals, (3) Our firm and our partner’s firm support each other’s
objectives, and (4) Our firm and our partner’s firm share the same goals in the
relationship.
Complementary resources
Consistent with Lamb et al. (2002) and Lambe, Spekman, and Hunt (2001),
complementary resources concept draws on Jap’s (1999) study. This concept has been
conceptualized in alliance studies as non-redundant distinctive competencies brought by
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each member to the partnership (e.g., Day 1995; Dyer and Singh 1998; Varadarajan and
Cunningham 1995). Since the measure is well-established, especially in strategic alliance
context, I adapt Lambe et al. (2002) scale with no modification. This scale is measured by
three items: (1) We both contribute different resources to the relationship that help us
achieve mutual goals, (2) We have complementary strengths that are useful to our
relationship, and (3) We each have separate abilities that, when combined together,
enable us to achieve goals beyond our individual reach.
Trust
The concept of trust has been widely used in many inter-organizational studies.
Spekman et al. (1999) mention that trust is the sine qua non of strategic business alliances
for without it, there can be no alliance. Although many studies conceptualize and
measure trust (for detail see Donney and Cannon 1997), this study will adapt Morgan and
Hunt’s (1994) scale. Because their scale captures the essence of trust between new
product alliance partners better than the other trust scales. Morgan and Hunt (1994)
conceptualize trust as existing when one party has confidence in an exchange partner’s
reliability and integrity. The confidence on the part of the trusting party results from he
firm belief that the trustworthy party is reliable and has integrity, which are associated
with such qualities as consistent, competent, honest, fair, responsible, helpful, and
benevolent. Since the Dyadic Trust Scale of Larzelere and Houston (1980) taps these
dimensions of trust, Morgan and Hunt (1994) adapts their items. The current study adapts
Morgan and Hunt’s (1994) trust scale with no modification. Therefore, it is measured by
seven items: In our relationship, both our alliance partner and we (1) are honest, (2) can
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be counted on to do what is right, (3) are faithful, (4) have confidence in each other, (5)
have high integrity, (6) are reliable, and (7) are trustworthy.
Commitment
Commitment has been discussed as another sine qua non of strategic business
alliances (Spekman et al. 1999). Although many studies have developed commitment
scale (e.g., Moorman et al. 1992), this study adapts Morgan and Hunt’s (1994)
commitment scale. Because their scale explains why alliances invest on idiosyncratic
resources in the long term better than other established scales. They conceptualize
commitment as an exchange partner believing that on going relationships with another is
so important as to warrant maximum efforts at maintaining it. They develop commitment
scale based on Meyer and Allen (1984) and Mowday, Steers, and Porter (1979). The
current study adapts Morgan and Hunt’s (1994) commitment scale with no modification.
Therefore, it is measured by seven items: Both our alliance partner and we view our
relationship as something (1) to be committed to, (2) important to our firms, (3) of
significance R , (4) our firms intend to maintain indefinitely, (5) much like being family,
(6) our firms really care about, and (7) deserving our firms’ maximum efforts to maintain.
New Product Creativity
New product creativity has been considered as one of the main factors that drive new
product performance. New product development literature has paid considerable attention
to explain new product performance through new product creativity (e.g., Cooper 1979;
Im and Workman 2004; Kleinschmidt and Cooper 1991; Sethi and Smith 2001; Song and
Parry 1997). Although there have been many new product creativity conceptualizations,
this study adapts Im and Workman’s (2004) recent conceptualization of new product
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creativity which is defined as the degree to which new products are perceived to represent
unique differences from competitors’ products in ways meaningful to target customers.
Im and Workman’s (2004) conceptualization draws on Andrews and Smith’s (1996)
study in which authors conceptualize creativity for marketing programs of mature
products. Since, Andrews and Smith’s (1996) creativity scale can capture the meaning of
new product creativity in an alliance context; this study adapts their creativity scale and
extends it into inter-organizational new product development context. Im and Workman
(2004) measured new product creativity with two different constructs: new product
novelty and new product meaningfulness. Based on their empirical analysis and results,
this study treats new product creativity as a concept which has two dimensions (e.g. new
product novelty and new product meaningfulness). Therefore, novelty is measured by
seven items: New products generated by your alliance have tended to be (1) exciting, (2)
fresh, (3) unconventional, (4) novel, (5) unusual, (6) unique, and (7) original.
Meaningfulness is measured by five items: (1) Relevant, (2) suitable, (3) appropriate, (4)
useful, and (5) meaningful.
4.3.3. Control variables
To prevent model misspecification error and to control the potential confounding
effects two control variables are included in this study: market density and technology
density. Market density is defined as the potential demand for the new product in the
target market (Han et al. 1998; Im and Workman 2004; Song and Parry 1997). It was
added to model to control the environmental impact on new product performance. It is
measured by four items: (1) There are many potential customers for the product that our
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alliance develops that provides a mass-marketing opportunity, (2) potential customers
have a great need for the product that our alliance develops, (3) the dollar size of the
market (either existing or potential) for the product that our alliance develops is large,
and (4) the market for the product that our alliance develops is growing very quickly.
Technology density is defined as a rapid rate of technological change in the targeted
market. It also aims to control the effect of macro environmental factor on new product
performance (Im and Workman 2004; Jaworksi and Kohli 1993; Narver and Slater 1990).
It is measured by four items: (1) The technology in our alliance’s market is changing
rapidly, (2) technological changes provide big opportunities in our alliance’s market, (3)
a large number of new product ideas have been made possible through technological
breakthroughs in our alliance’s market, and (4) technological developments in our
alliance’s market are minor R .
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CHAPTER 5: MEASURE DEVELOPMENT
The development of valid and reliable measures is a first major step before hypothesis
testing. One of the main objectives of this dissertation is to develop a measure for alliance
market orientation concept. Although inter-organizational market orientation concept has
been the subject of little conceptual development, to our knowledge, there is no large
scale empirical study for the alliance market orientation measure.
The first section of this chapter discusses the measurement development procedures
adopted in this research before going into detail about three dimensions of alliance
market orientation: (1) inter-organizational customer orientation, (2) inter-organizational
competitor orientation, and (3) inter-organizational coordination. Then, I review the
measurement model for the other major constructs on the basis of an empirical analysis of
the collected data. For most of the other constructs, existing measures were tested for
validity and reliability prior to their adoption in the study. Next, I discuss the results of
the confirmatory factor analysis and tests of convergent and discriminant validity.
5.1 General Measure Development Procedures
Measure development has been a frequently discussed topic in the marketing literature.
The development of valid and reliable measures for constructs is a necessary first step in
theory testing. In order to develop better measures, many researchers have followed the
measure development procedure suggested by Churchill (1979). Basically, he
recommends the following sequential steps: (1) Specify the domain of construct based on
extensive literature review, (2) generate a pool of items based on literature review and
interviews, (3) collect primary data, (4) purify measures based on empirical results, (4)
assess reliability and validity. These steps have an iterative process. At each stage, the
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researcher evaluates the results and decides whether to modify the measure and repeat the
same procedure. This study follows the above iterative steps through pretest and final
field survey. The next section explains how the measures for alliance market orientation
components have been developed. First, based on a thorough literature review, alliance
market orientation was conceptualized to specify the construct domain and to generate
items for its components. Alliance market orientation (AMO) is conceptualized as it has
three components (inter-organizational customer orientation--IoCustor, inter-
organizational competitor orientation--IoCompor, and inter-organizational coordination--
IoCoor). In the thorough research, items for each facet were generated. Second, in order
to establish face and content validity, a list of AMO items with the definitions was
submitted to a panel of experienced academic researchers and practitioners. Through
revision and modification, AMO scale with three dimensions (IoCustor, IoCompor, and
IoCoor) was well refined. Third, pretest data were then collected from twenty-two
executives. After follow-up interviews were conducted with each pretest survey
respondent in order to confirm the adequacy of each measurement instrument, measure
items were purified using a comprehensive analysis by using coefficient alpha, item-to-
total correlation, and exploratory factor analysis. We checked the pretest results and made
decisions about the final version of the scales based on the reliability and validity
assessments. The desirable psychometric properties of the AMO scale were achieved
through this empirical development process. Finally, the final field study was conducted
using the refined measure. Data from 253 usable surveys were collected to test the
reliability and validity of the alliance market orientation components.
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5.2. Development of Alliance Market Orientation Measures
The previous inter-organizational relationship literature has discussed market
orientation as a firm’s property rather than a relationship property of alliances. They have
examined how a firm’s market oriented behaviors enhance the relationship quality
between partners. Few studies have discussed the term “inter-organizational alliance
market orientation,” and they urged researchers to examine this concept in detail and
develop a measure for it. In order to develop a valid and reliable AMO measure, based on
the pretest results, some initial measure items that were considered inappropriate were
deleted from the further analysis. Item deletion decision is made in the light of theoretical
and empirical perspectives (Anderson and Gerbing 1988). An item was deleted if it was
not statistically appropriate as a measure and if its deletion was not detrimental to the
conceptual domain of the latent construct (Im 1999).
5.2.1 Pretest Evaluation of Alliance Market Orientation Measures
In the pretest, a total of seventeen scale items collected from literature review and in-
depth interviews with executives were tested for reliability and validity based on internal
consistency (e.g., Cronbach alpha, item-to-total correlation and qualitative responses
from the follow-up interviews with twenty-two executives). These tests indicated the
existence and importance of three commonly perceived components of alliance market
orientation – inter-organizational customer orientation, inter-organizational competitor
orientation, and inter-organizational coordination. First, coefficient alpha was examined
for all three dimensions of alliance market orientation to examine internal consistency.
The results show that all dimensions of alliance market orientation have acceptable
internal consistency as reflected in a high coefficient alpha for each dimension (.90 for
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IoCustor, .92 for IoCompor, and .85 for IoCoor). Second, consistent with Im (1999) and
Bunn (1993), the difference between two item-to-total correlations -- between dimension
item-to-total correlation and within-dimension item-total correlation -- was examined for
all three dimensions. The difference between these two item-to-total correlation values
has to be large enough to have scales with high-discriminant and convergent validity.
Items are retained that satisfied the following criteria: (1) high within-dimension item-to-
total correlations, (2) low between-dimension item-to-total correlations, and (3) within-
dimension item-to-total correlations are sufficiently greater than between dimension
item-to-total correlations. Table 5.1 summarizes the results from this analysis.
After the analysis, I contacted twenty-two pretest respondents for further insights.
According to Gatewood and Field (1998), qualitative feedback from survey respondents
can be used as a criterion for adding and dropping scale items. In the follow-up
interviews, each executive was asked to evaluate the appropriateness of the each item,
how it reflects the underlying construct, and whether it applies in business setting. Items
related to inter-organizational gatherings and meetings were considered irrelevant by the
executives. The general reaction to these items was that due to heavy daily schedules of
the firm representatives (e.g. alliance manager, business/corporate development
manager), they do not physically get together to discuss the market trends and customer
satisfaction. They rather communicate via e-mails and teleconferences. They also noted
that they generally organize biannual meetings with their partner to discuss the overall
market trends and competitive moves. Therefore, they recommended me to exclude these
items from the measurement. The scale items that more than five respondents suggest
deleting were considered for possible exclusion in the next step (Im 1999).
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An exploratory factor analysis was also performed prior to the confirmatory factor
analysis. EFA is considered for recovering an underlying measurement model that can be
evaluated by confirmatory factor analysis later on. Factor analysis using Promax rotation
was employed to test the appropriateness of each item. Three factor solution is derived
based on the eigenvalue rule (eigenvalue >1) and the scree plot. After the third factor on,
each successive factor was accounting for smaller and smaller amounts of the total
variance. Three factors explain a substantial amount of variance (97 %). The factor
structure is shown in Table 5.2. According to the exploratory factor analysis results, the
loading of IoCompor Item5 was low. It may be due to the reverse coding of this item.
Therefore, we decided to exclude this item in the confirmatory factor analysis. Based on
the item-to-total correlation analysis and follow-up interviews and the exploratory factor
analysis, we decided to delete a total of six, thus retaining 11 scale items for the final
analysis (3 for the IoCustor, 4 for the IoCompor, and 4 for the IoCoor). The deleted items
are marked with a “*” in Table 5.1 and Table 5.2. Next, Lisrel 8 was used to conduct the
confirmatory factor analysis to examine the fit of the measurement model. The
measurement model examines relationship of the 11 observed indicators to their
underlying dimensions. In addition, it also assesses the convergent validity of the
constructs by evaluating the significance of the estimated indicators’ coefficients. The
results in Table 5.3 show that all indicators loaded positively and significantly on the
suggested dimensions, confirming that there is a good convergent validity of all 11
indicators. Squared multiple correlations are high; a substantial amount of variance is
explained by the underlying latent constructs. Table 5.4 shows the average variance
extracted (AVE) of latent variables and correlations between them. Since AVEs of latent
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variables are higher than the squared correlations between each latent variable, IoCustor,
IoCompor, and IOCoor are distinct and show discriminant validity. The χ 2 statistics
shows an overall model fit assessment by testing the hypotheses that all the differences
between the observed and implied covariances are zero simultaneously. The
measurement model passes the χ 2 goodness of fit tests ( χ 2 (41) = 42.75 (p >.1)). As
indicated by the goodness of fit indices in Table 5.3, measurement model fits the data
very well (RMSEA= .04; NNFI=.94; CFI=.96; IFI=.96). Finally, we reviewed the results
and decided the refined measure with 11 items should be used for the final field survey.
5.3. Final Field Study Validation of Alliance Market Orientation Measure
The total of 253 responses that were collected from executives was analyzed for
measure validation. This section discusses the measure validation process that assessed
the validity and reliability of the alliance market orientation measure by using item-to-
total correlation, coefficient alpha and measurement model in CFA analysis.
5.3.1. Coefficient Alpha and Item-to-total Correlation
Coefficient alpha and item-to-total correlation were conducted to evaluate the
reliability of the alliance market orientation measure in the final field study. Table 5.5
summarizes the item-to-total correlation within and between dimensions, and coefficient
alpha values. The measures have high internal consistency, as indicated by coefficient
alphas .92 (for IoCustor), .92 (IoCompor), and .88 (IoCoor). For all measure items for
alliance market orientation, the within dimension item-to-total correlations are
substantially higher than the between-dimension item-to-total correlations, thus providing
an evidence of discriminant validity of the measures (e.g., minimum difference was .13
item 1 for IoCoor).
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Table 5.1 Alliance Market Orientation Scale Development
Process in the Pretest (N=22)
Between Dim. Item/Total Correlation
Within Dim. Item/Total Correlation
Difference # of interview response for deletion
Inter-Organizational Customer Orientation (α =.90)
IOCompor: .34
.48
Our alliance’s business objectives are driven by customer satisfaction IOCoor: .25
.82
.57
0
IOCompor: .37 .34
In our alliance, we get together frequently to monitor our level of commitment and orientation to serving customers’ needs
IOCoor: .60
.71
.11
11 *
IOCompor: .54
.23 Our alliance’s strategy for competitive advantage is based on our joint understanding of customer needs
IOCoor: .15
.77
.62
0
IOCompor: .42
.21
Our alliance’s business strategies are driven by our beliefs about how we can jointly create greater value for customers
IOCoor: .08
.63
.55
0
IOCompor: .55 .20 In our alliance, we get together frequently to measure customer satisfaction
IOCoor: .60
.75
.15
13*
IOCompor: .53
.22
In our alliance, we get together periodically to review the likely effect of changes in our business environment (e.g., regulation, competition) on customers
IOCoor: .48
.75
.27
8*
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Table 5.1 Alliance Market Orientation Scale Development
Process in the Pretest (N=22)
Between Dim. Item/Total Correlation
Within Dim. Item/Total Correlation
Difference # of interview response for deletion
Inter-Organizational Competitor Orientation (α =.92)
IOCustor: .62
.84 .22
Senior managers in our firm meet frequently with their counterparts in our partner’s firm to discuss competitors’ strengths and strategies
IOCoor: .51 .33
2
IOCustor: .42
. 42 In our alliance, we jointly target customers where we have an opportunity for competitive advantage
IOCoor: .26
.84
. 58
0
IOCustor: .48
.33 In our alliance, we jointly respond to competitive actions that threaten us
IOCoor: .40
.81
.41
1
IOCustor: .63
.89 .26
In our alliance, we frequently share information with each other concerning competitors’ strategies
IOCoor: .36 .53
2
IOCustor: .31
. 19 In our alliance, we don’t work together to generate intelligence on competition R
IOCoor: .31
.58
. 19
0
Inter-Organizational Coordination (α =.85)
IOCustor: .34
.35 .01
Senior managers in both firms understand how people across organizations can contribute to creating customer value
IOCoor: .13 .29
6*
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Table 5.1 Alliance Market Orientation Scale Development
Process in the Pretest (N=22)
Between Dim. Item/Total Correlation
Within Dim. Item/Total Correlation
Difference # of interview response for deletion
IOCustor: .34
.35 .01
Senior managers in both firms understand how people across organizations can contribute to creating customer value
IOCompor: .13 .29
6*
IOCustor: .45
.76 .31 In our alliance, people in both organizations work hard to jointly solve our alliance’s problems
IOCompor: .47 .39
0
IOCustor: .42 .77 .25 In our alliance, activities involved in the innovation process are well-coordinated
IOCompor: .36 .31
0
IOCustor: .43
.85 .42 In our alliance, the different job activities related to new product development activity fit together very well
IOCompor: .25 .60
1
IOCustor: .35 .55 .20 In our alliance, we have inter-organizational meetings frequently to discuss market trends and developments
IOCompor: .35 .20
8*
IOCustor: .28 .79 .51 In our alliance, people who have to work together are responsive to their co-workers’ needs and requests
IOCompor: .50 .29
0
R Reverse coded item; * Item for deletion
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Table 5.2 Loadings from Exploratory Factor Analysis for the
Final Measure of Alliance Market Orientation in Pretest (N=22)
Inter-organizational Coordination
Inter-organizational Competitor Orientation
Inter-organizational Customer Orientation
Our alliance’s business objectives are driven by customer satisfaction.
.26
.35
.92
Our alliance’s strategy for competitive advantage is based on our joint understanding of customer needs.
.17
.55
.92
Our alliance’s business strategies are driven by our beliefs about how we can jointly create greater value for customers.
.05
.36
.91
Senior managers in our firm meet frequently with their counterparts in our partner’s firm to discuss competitors’ strengths and strategies.
.53
.85
.49
In our alliance, we jointly target customers where we have an opportunity for competitive advantage.
.25
.87
.30
In our alliance, we jointly respond to competitive actions that threaten us.
.47
.93
.35
In our alliance, we frequently share information with each other concerning competitors’ strategies
.37
.94
.56
In our alliance, we don’t work together to generate intelligence
on competitionR
.22
.54*
.24
In our alliance, people in both organizations work hard to jointly solve our alliance’s problems
.91
.49
.18
In our alliance, activities involved in the innovation process are well-coordinated
.85
.36
.17
In our alliance, the different job activities related to new product development activity fit together very well
.89
.25
.17
In our alliance, people who have to work together are responsive to their co-workers’ needs and requests
.92
.44
.05
Variance Explained: 2.67 (38.2%) 1.72 (28.7%) 2.08 (30%)
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Table 5.3 Confirmatory Factor Analysis on the
Components of Alliance Market Orientation Measures (N=22)
Coefficients Estimate (S.E.) Squared Multiple Correlation
λ 1 (IOCustor - X1) .90 (.17) * .81
λ 2 (IOCustor- X2) .94 (.17) * .88
λ 3 (IOCustor- X3) .90 (.17) * .80
λ 4 (IOCompor- X4)
.86 (.18) * .74
λ 5 (IOCompor- X5)
.85 (.18) * .72
λ 6 (IOCompor- X6)
.91 (.17) * .84
λ 7 (IOCompor- X7)
.95 (.16) * .91
λ 8 (IOCoor- X8) .92 (.17) * .85
λ 9 (IOCoor- X9) .84 (.18) * .71
λ 10 (IOCoor- X10) .86 (.18) * .74
λ 11 (IOCoor- X11) .91 (.17) * .83
Fit Indices
Chi square 42.75
d.f. (p value) 41 (.40)
RMSEA .04
CFI .96
NNFI .94
IFI .96
* Significant at .05 level
Table 5.4 Inter-Construct Correlations and Average
Variance Extracted Values (N=22)
IOCustor IOCompor IoCoor
IOCustor .89*
IOCompor .56 (.21) .87* IoCoor .18 (.21) .50 (.20) .88*
*Square root of the AVE values of each latent construct.
All square correlations are less that the values on the diagonal, indicating that discriminant validity exist (.e.g, .56 2 =.32 which is less that .87)
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Table 5.5 Alliance Market Orientation Scale Development Process Final Field
Study (N=253)
Between Dim. Item/Total Correlation
Within Dim. Item/Total Correlation
Difference
Inter-organizational Customer Orientation (α =.92)
IOCompor: .42 .39 Our alliance’s business objectives are driven by customer satisfaction. IOCoor: .57
.81 .24
IOCompor: .51 .35 Our alliance’s strategy for competitive advantage is based on our joint understanding of customer needs.
IOCoor: .62
.86 .24
IOCompor: .50 .27 Our alliance’s business strategies are driven by our beliefs about how we can jointly create greater value for customers.
IOCoor: .60
.87 .17
Inter-organizationalCompetitor Orientation (α =.92)
IOCustor: .46
.30
Senior managers in our firm meet frequently with their counterparts in our partner’s firm to discuss competitors’ strengths and strategies.
IOCoor: .45
.76 .31
IOCustor: .47 .35 In our alliance, we jointly target customers where we have an opportunity for competitive advantage.
IOCoor: .42
.82 .40
IOCustor: .45 .42 In our alliance, we jointly respond to competitive actions that threaten us.
IOCoor: .43 .87
.44
IOCustor: .46 .36 In our alliance, we frequently share information with each other concerning competitors’ strategies
IOCoor: .42 .82
.40
Inter-organizational Coordination (α =.88)
IOCustor: .64 .13 In our alliance, people in both organizations work hard to jointly solve our alliance’s problems IOCompor: .53
.77
.24
IOCustor: .55 .24 In our alliance, activities involved in the innovation process are well-coordinated
IOCompor .41 .79
.38
IOCustor: .46
.26 In our alliance, the different job activities related to new product development activity fit together very well IOCompor: .29
.72
.43
IOCustor: .58 .16 In our alliance, people who have to work together are responsive to their co-workers’ needs and requests
IOCompor: .47
.74
.27
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5.3.2. Examining Dimensionality of Alliance Market Orientation
In this section, the reliability and validity of the alliance market orientation measure
will be examined by using confirmatory factor analysis before testing the structural
model (Anderson and Gerbing 1988). The measurement model in Figure 5.1 shows that
alliance market orientation has three dimensions.
Since the main aim of measure development procedure is to develop a reliable and
valid measure of alliance market orientation that captures three distinct dimensions --
IoCustor, IoCompor, and IoCoor – it is necessary to determine whether each scale item
assesses the three distinct dimensions correctly, thus confirming discriminant validity. As
previously done, scale items were kept only if they had a high correlation with the
dimension that they belonged and they were highly distinctive from the other dimensions.
These scale items have high convergent validity with other items in their own dimension
and high discriminant validity against the items in the other dimensions. In order to verify
whether three underlying dimensions converge into one dimension, this study adopts the
method suggested by Bollen and Grandjean (1981) that examines the difference between
a measurement model with perfect correlation and the other with freely estimated
correlation.
In model 1 in Table 5.6, the three distinct latent dimensions are assumed to be
independent from each other in that the correlation between the three latent variables is
freely estimated ( 12φ , 23φ , 13φ =free) representing the two factor model. In contrast to
model 1, model 2 assumes that the three latent dimensions are perfectly correlated ( 12φ =
23φ = 13φ =1) in that there exists only one dimension. These two models are compared in
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terms of overall fit as well as component fit in order to examine the dimensionality of
alliance market orientation.
As recommended by Bollen (1989), the estimation results for the two models are
compared for alliance market orientation in terms of 2χ statistics, fit indices, and
component fit. First, 2χ difference tests were used to compare the overall fits between
models 1 and 2. The test statistics, T= (N-1) F ML has an asymptotic 2χ distribution with
df= q (q+1)/2 –t. 2χ tests for two models are significant at less than the .05 level,
indicating that the model do not fit the data well. However, since 2χ test is sensitive to
sample size further examination of the model fit is needed. Using 2χ difference test
between the two models, model 1 improves the fit significantly over model 2, favoring
the three-dimensional model over a unidimensional model ( 2χ difference= 2χ restricted -
2χ edunrestrict = 758.52 -81.27 = 676.25 3 d.f.). Second, fit indices are compared between
rival models. All the baseline comparison indices – NFI, IFI, and RFI – show that three
dimensional model fits the data better than the unidimensional model does. In addition,
RMSEA indicates that fit for the three dimensional model is better than that for the
unidimensional model. Based on Browne and Cudeck’s cutoff standard, the RMSEA for
model 1 indicate a reasonably good fit, while this for model 2 indicates unacceptable fit.
In sum, the overall fit measures -- 2χ difference test, fit indices -- suggest that model
1 fits the data better, favoring the three dimensional model over unidimensional model.
Next, ML estimation results are reviewed to examine component fits. The results indicate
that all the coefficients (e.g., factor loadings) for measurement models are significant for
alliance market orientation. Thus, comparisons of the component fits of the models do
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not provide strong grounds to support one model over the other. However, SMCs from
three dimensional model are higher than those from the unidimensional model, meaning
that three latent constructs in three dimensional model, compared to one latent construct
in unidimensional model, explain more variance in the observed variables.
The estimation results of correlations show that the three dimensions in model 1 are
somewhat correlated ( 12φ = .55, 23φ = .73, 13φ = .56). Even though some variances (.55 2 =
.30, .73 2 =.53, 56 2 = .31) are shared by the three dimensions, most of the variances (1-
.3=.7, 1-.53=.47, 1-.31=.69) still remain unshared by these dimensions. These
unexplained variances suggest that the three dimensions are not identical, favoring the
three dimensional model over uni-dimensional model.
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Table 5.6 Confirmatory Factor Analysis for the Final Measure of Alliance
Market Orientation in Final Field Study (N=253)
Model 1 (Three
dimensional model)
Model 2
(Unidimensional model)
Estimate
(s.e)
SMC Estimate
(s.e)
SMC
λ 1 (IOCustor X1) .84 * (.05) .71 .76* (.05) .58
λ 2 (IOCustor X2) .92* (.05) .84 .83* (.05) .70
λ 3 (IOCustor X3) .93* (.05) .86 .82* (.05) .68
λ 4 (IOCompor X4) .79* (05) .63 .65* (.05) .42
λ 5 (IOCompor X5) .86* (.05) .74 .66* (.06) .43
λ 6 (IOCompor X6) .92* (.05) .85 .65* (.06) .43
λ 7 (IOCompor X7) .88* (.05) .77 .65* (.06) .43
λ 8 (IOCoor X8) .87* (.05) .76 .80* (.05) .64
λ 9 (IOCoor X9) .81* (.05) .66 .70* (.06) .49
λ 10 (IOCoor X10) .73* (.6) .54 .60* (.06) .36
λ 11 (IOCoor X11) .83* (.05) .68 .74* (.05) .55
Correlation:
12φ = .55
23φ = .56
13φ = .73
Fixed at 1
Fit Indices Chi-square 81.27 (< .001) 758.52 (<.001)
d.f. (p value) 41 44
NFI .98 .81
RFI .97 .76
IFI .99 .81
RMSEA .066 .30
* significant at .05 level
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5.4. Measure Development for Other Major Constructs
For the other major constructs in the suggested model in Figure 1.1 (i.e., independent
variables, dependent variables and control variables), this study uses the existing measure
instruments gathered from the literature. Some measure items are modified to fit into the
context of the study, and purified by dropping inappropriate items. The measures of
major constructs are tested for their validity and reliability at two stages. First, constructs
are refined and revised using coefficient alpha and item-to-total correlations in the pretest
before they are included in the main survey. Next, the final field study confirms the
reliability and validity of the revised measures by using a series of factor analyses.
5.4.1. Testing the Measure Characteristics in the Pretest
The measurement characteristics of the major constructs are tested by using data
collected from twenty two pretest respondents. Based on Anderson and Gerbing (1988),
the decision to retain or delete items is made both on theoretical and empirical
considerations. Although empirical findings suggest dropping some items, due to
theoretical considerations those items are kept for the final study.
Construct reliabilities are tested based on internal consistency and item-to-total
correlation. Table 5.7 reports the item-to-total correlations for major constructs. The
items marked with (*) have low item-to-total correlations, therefore they are deleted from
the final survey. Second, internal consistency (e.g., coefficient alpha) is examined as the
overall scale reliability. Table 5.7 also reports the Cronbach alphas. The coefficient
alphas after deleting items are reported in parentheses. The results show that reliabilities
are ranging from .64 to .97. Compared to other measures complementary resources has
relatively low coefficient alpha (.64) due to inclusion of items with low-item-total
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correlations. The decision to keep items with low item-to-total correlations was made
based on the idea that these items enhance the internal consistency of the measure by
addressing important aspect of the latent construct. Briefly, only those items that are least
likely to contribute, theoretically and empirically, by measuring the underlying constructs
are deleted.
5.4.2. Testing the Measure Characteristics in the Final Field Study
After the measures for major constructs are refined and revised in the pretest, a series
of factor analyses (e.g., EFA and CFA) was performed on the 253 responses collected in
the final field study. First, descriptive statistics for scales are reported in Table 5.8. Even
though some measures of major constructs are somewhat contaminated by the non-
normality (e.g., skewness and kurtosis), all the measures provide enough variances to test
the measurement model and evaluate the constructs’ reliabilities and validities. Second,
exploratory factor analysis is performed on major constructs. Table 5.9 reports the results
from exploratory factor analysis using principal component extraction method with
Varimax rotation in the final field study. The results from exploratory factor analysis
show that most of the indicators are distinctively loaded on the underlying latent
constructs, thus reflecting good reliabilities for most scale items. There are only three
items that have low loading problem -- NPN-2 from new product novelty, Comm-4 from
commitment, and TMS-5 from top management support. These three items with
relatively low reliabilities are excluded from the final measures since they do not assess
the significant aspect of the underlying construct (thus reducing the coefficient alphas).
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5.4.3 Confirming the Measurement Properties in the Respecified Model
Based on the measurement purification and refinement procedures, measurement
model for major constructs is respecified prior to testing the structural model in Figure
1.1 for the final analysis. Respecified model is tested by series of confirmatory factor
analyses. Although exploratory factor analysis give a glimpse of idea about the
measurement model at the beginning, the conduct of confirmatory factor analysis is better
at later stages. It is recommended that estimation of the confirmatory measurement model
should come before the simultaneous estimation of the measurement and structural sub-
models (Anderson and Gerbing 1988; Churchill 1979). These two wave approach helps
to assure the measurement model and thereby, avoid interpretational confounding and
possible interaction of the measurement and structural model.
Table 5.10 summarizes the overall fit of the measurement model. Even though chi
square test is significant at .05 level, as indicated by fit indices, measurement model fits
data well. RMSEA also indicates acceptable fit for the measurement model. Then,
component fit is examined for each indicator. Table 5.11 provides ML estimation results
for coefficients and squared multiple correlations (SMCs). The SEM approach using
confirmatory factor analysis complements traditional methods (e.g., coefficient alpha,
item-to-total correlation and exploratory factor analysis) of evaluating reliability and
validity. The measurement model examines the relationship of indicators with their
underlying latent constructs, and provides a confirmatory assessment of convergent
validity by evaluating the significance of the parameter coefficients. The results show
that all indicators have significant relationships with their underlying latent constructs,
thus indicating good component fit for the proposed measurement model. Briefly, the
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results imply that there is a good convergent validity for all indicators (Bagozzi and Yi
1988). The SMCs can also be used to assess the reliability measure for each indicator
because it is the shared variance between the indicator and its subjective underlying latent
construct. In addition, all error variance for indicators are significant, thus indicating that
measurement model with error term specification fits data well.
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Table 5.7 Item and Scale Reliabilities for the Final Survey in Pretest (N=22)
Item # Item Item/total
correlation Trust α = .89 In our relationship, both our alliance partner and we
Trust-1 … are honest .65
Trust-2 … can be counted on what is right .80
Trust-3 … are faithful .72
Trust-4 … have confidence in each other .56
Trust-5 … have high integrity .67
Trust-6 … are reliable .61
Trust-7 … are trustworthy .82
Commitment α = .85 (.86) Both our alliance partner and we view our relationship as something
Comm-1 … be committed to .52
Comm-2 … important to our firms .74
Comm-3 … of significance .65
Comm-4 … our firms intend to maintain indefinitely .63
Comm-5 … much like being family .45 *
Comm-6 ... our firms really care about .66
Comm-7 … deserving our firms’ maximum efforts to maintain .72
Complementary Resources α = .64 Both our alliance partner and we
CR-1 … contribute different resources to the relationship that help us achieve mutual goals
.37
CR-2 … have complementary strengths that are useful to our relationship .58
CR-3 … have separate abilities that, when combined together, enable us to achieve goals beyond our individual reach
.40
Goal Congruence α = .87 (.91) Our alliance partner and we
GC-1 … have different goals .51 *
GC-2 … have compatible goals .82
GC-3 … support each other’s objectives .79
GC-4 R … share the same goals in the relationship .80
Top Management Support α = .74 (.76) Top management in both firms
TMS-1 …believe that alliances play a role in the future success of each firm .54
TMS-2 …are committed to the use of alliances to achieve strategic goals .68
TMS-3 …support the use of alliances when situations call for them. .56
TMS-4 …tell their employees that this alliance’s survival depends on its adapting to market trends.
.32 *
TMS-5 …believe that serving customers is the most important thing this alliance does.
.43
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Table 5.7 Item and Scale Reliabilities for the Final Survey in Pretest (N=22)
Item # Item Item/total
correlation
Alliance Experience α = .94
AllExp-1 Both our alliance partner and we have a deep base of partnership experience.
.84
AllExp-2 Our alliance partner and we each have participated in many alliances.
.88
AllExp-3 Individually our alliance partner and we have been partners in a substantial number of alliances.
.90
Alliance Partnership Propensity α = .88
AllPP-1 Our alliance partner and we each actively search for promising alliance partners.
.71
AllPP-2 Alliances that can help our business are sought out by both our alliance partner and us.
.74
AllPP-3 Our alliance partner and we each are constantly seeking partnering opportunities.
.84
AllPP-4 Both our alliance partner and we are always looking for firms that we can partner with to jointly develop competitive advantage.
.67
Alliance Manager Development Capability α = .97
AllMDC-1 Both our alliance partner and we have programs to develop capable alliance managers
.90
AllMDC-2 Our alliance partner and we each understand how to produce effective alliance managers.
.96
AllMDC-3 Both our alliance partner and we effectively train competent alliance managers.
.94
AllMDC-4 Our alliance partner and we each know how to identify effective alliance managers.
.93
New Product Novelty α = .86 ( .87) Please rate the degree to which the new product(s)
generated by your alliance have tended to be
NPN-1 … exciting .39 *
NPN-2 … fresh .62
NPN-3 … unconventional .52
NPN-4 … novel .75
NPN-5 … unusual .72
NPN-6 … unique .78 NPN-7 … original .58
New Product Meaningfulness α = .88
NPM-1 … relevant .66 NPM-2 .. . suitable .78 NPM-3 … appropriate .75 NPM-4 … useful .82
NPM-5 … meaningful .60
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Table 5.7 Item and Scale Reliabilities for the Final Survey in Pretest (N=22)
Item # Item Item/total correlation
New Product Performance α = .82 Please indicate the extent to which the new products
generated by your alliance have tended to be successful in terms of
NPP-1 … sales .70 NPP-2 … market share .65
NPP-3 … return on investment .62 NPP-4 … profits .50 NPP-5 … customer satisfaction .50 NPP-6 … overall performance .53 Market Density α = .79 (.90)
MD-1 There are many potential customers for the product that our alliance provides a mass marketing opportunity.
.24 *
MD-2 Potential customers have a great need for the product that our alliance develops.
.79
MD-3 The dollar size of the market (either existing or potential) for the product that our alliance develops is large.
.66
MD-4 The market for the product that our alliance develops is growing very quickly.
.79
Technology Density α = .96
TD-1 The technology in our alliance’s market is changing rapidly
.92
TD-2 Technological changes provide big opportunities in our alliance’s market
.94
TD-3 A large number of new product ideas have been made possible through technological breakthroughs in our alliance’s market
.87
TD-4 Technological developments in our alliance’s market are minor
.89
* Item is deleted. Item is retained only if deletion of an item reduces coefficient α .
** Number in parenthesis stands for coefficient α after deletion of low item-to-total correlation items.
Table 5.12 shows the inter-correlations between all of the constructs in the study.
Since alliance market orientation and alliance competence are second order reflective
constructs, they are also included in the matrix to examine their relationship with other
constructs. According to the correlation matrix, all the hypothesized relations in the
model are held. In sum, the structural equation modeling method confirms that all
measures for the major constructs in the specified model have good reliability and
validity, thus providing desirable psychometric properties of the measures.
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Table 5.8 Descriptive Statistics for Major Scales )(a (N=253)
Mean (st.d.) Skewness Kurtosis
Trust 5.71 (1.04) -.84 .90
Commitment 5.54 (1.05) -.65 .62
Top Management
Support
5.92 (1.07) -1.1 1.26
Goal Congruence 5.47 (1.13) -.64 -.06
Complementary
Resources
6.02 (0.99) -1.23 2.13
Joint Alliance
Experience
4.91 (1.25) -.18 -.53
Joint Alliance
Partnership
Identification
Propensity
5.46 (1.11) -.55 -.015
Joint Alliance
Manager
Development
Capability
3.85 (1.47) .10 -.80
New Product Novelty 5.33 (1.05) -.31 -.04
New Product
Meaningfulness
5.83 (1.00) -.81 .62
New Product
Performance
5.32 (1.01) -.55 .81
Market Density 5.50 (1.24) -.78 .33
Technology Density 5.39 (1.34) -1.04 .85
Int. Org. Customer
Orientation
5.54 (1.14) -.70 .07
Int. Org. Competitor
Orientation
4.64 (1.45) -.46 -.56
Int. Org.
Coordination
5.37 (1.07) -.60 .29
All values are significant at p< .05 level.
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Table 5.9 Exploratory Factor Analysis for Major Constructs (N=253)
F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13
Trust
Trust-1 .85 .42 .35 .33 .19 .23 .37 .31 .23 .24 .44 .38 .44
Trust-2 .87 .39 .32 .40 .20 .18 .34 .25 .27 .12 .37 .39 .34
Trust-3 .85 .34 .39 .44 .22 .17 .34 .22 .21 .13 .42 .38 .31
Trust-4 .79 .46 .44 .37 .26 .22 .42 .33 .32 .17 .45 .48 .37
Trust-5 .85 .41 .40 .40 .23 .24 .39 .30 .27 .18 .50 .45 .45
Trust-6 .85 .42 .35 .39 .29 .20 .39 .31 .30 .20 .36 .47 .37
Trust-7 .91 .38 .35 .37 .27 .24 .38 .33 .24 .15 .43 .42 .41
Commitment
Comm-1 .52 .42 .41 .78 .33 .23 .43 .34 .37 .26 .31 .44 .46
Comm-2 .39 .42 .37 .91 .29 .23 .33 .29 .34 .22 .38 .45 .46
Comm-3 .43 .40 .43 .88 .24 .28 .40 .26 .32 .26 .45 .49 .44
Comm-4 .37 .33 .25 .58
*
18 .18 .33 .16 .23 .14 .23 .31 .32
Comm-6 .43 .44 .44 .75 .38 .28 .37 .34 .37 .23 .37 .44 .47
Comm-7 .38 .40 .36 .73 .33 .29 .30 .27 .30 .29 .34 .42 .45
Goal Congruence
GC-2 .44 .47 .47 .42 .38 .25 .45 .34 .44 .30 .31 .86 .44
GC-3 .48 .46 .42 .47 .34 .26 .44 .31 .44 .26 .40 .87 .47
GC-4 .42 .44 .43 .43 .27 .24 .44 .28 .38 .26 .37 .86 .43
GC-2 .44 .47 .47 .42 .38 .25 .45 .34 .44 .30 .31 .86 .44
GC-3 .48 .46 .42 .47 .34 .26 .44 .31 .44 .26 .40 .87 .47
GC-4 .42 .44 .43 .43 .27 .24 .44 .28 .38 .26 .37 .86 .43
Complementary Resources
CR-1 .45 .38 .40 .40 .14 .20 .31 .28 .21 .22 .84 .38 .41
CR-2 .44 .29 .34 .35 .14 .27 .28 .31 .24 .25 .88 .31 .41
CR-3 .44 .32 .36 .34 .13 .23 .26 .31 .19 .23 .84 .35 .41
Alliance Experience
AllE-1 .33 .48 .42 .37 .37 .25 .41 .48 .91 .25 .27 .41 .45
AllE-2 .27 .43 .42 .32 .43 .27 .38 .54 .92 .23 .20 .43 .47
AllE-3 .26 .44 43 .32 .37 .28 .39 .55 .93 .30 .23 .44 .44
Alliance Partnership Propensity AllP-1 .35 .51 .45 .29 .35 .21 .41 .90 .52 .31 .31 .31 .55
AllP-2 .38 .53 .52 .32 .37 .22 .42 .89 .50 .29 .35 .33 .58
AllP-3 .29 .43 46 .27 .35 .27 .43 .88 .50 .34 .36 .34 .52
AllP-4 .21 .30 29 .18 .33 .25 .20 .70 .38 .15 .22 .23 .32
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Table 5.9 Exploratory Factor Analysis for Major Constructs (N=253)
F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13
Alliance Manager Development Capability
AllMDC-1 .24 .33 .31 .29 .95 .20 .25 .37 .38 .22 .13 .34 .31
AllMDC-2 .26 .37 .34 .28 .96 .25 .27 .41 .38 .23 .14 .36 .30
AllMDC-3 .24 .35 .35 .30 .95 .23 .27 .38 .38 .22 .15 .33 .31
AllMDC-4 .32 .41 .38 .32 .91 .27 .34 .40 .40 .27 .18 .37 .35
Top Management Support
TMS-1 .39 .48 .47 .50 .34 .33 .40 .48 .46 .32 .44 .42 .82
TMS-2 .38 .38 .41 .44 .26 .31 .43 .50 .41 .34 .39 .43 .85
TMS-3 .49 .45 .48 .39 .30 .32 .52 .51 .43 .33 .46 .50 .83
TMS-5 .27 .37 .21 .34 .15 .20 .26 .22 .19 .07 .27 .30 .32
*
New Product Novelty
NPN-2 .23 .34 .53* .21 .15 .31 .34 .27 .42 .28 .36 .30 .29
NPN-3 .28 .49 .80 .35 .25 .30 .44 .38 .39 .29 .37 .30 .36
NPN-4 .36 .55 .86 .33 .31 .28 .49 .44 .39 .39 .39 .40 .42
NPN-5 .32 .52 .83 .36 .29 .24 .45 .38 .33 .26 .31 .40 .38
NPN-6 .37 .54 .88 .33 .29 .28 .54 .38 .34 .34 .35 .44 .43
NPN-7 .41 .55 .82 .34 .37 .32 .53 .43 .39 .32 .36 .49 .48
New Product Meaningfulness
NPM-1 .43 .56 .61 .61 .31 .28 .85 .41 .39 .41 .31 .46 .52
NPM-2 .33 .52 .51 .51 .23 .24 .87 .34 .33 .33 .27 .38 .44
NPM-3 .25 .33 .34 .34 .13 .19 .74 .25 .29 .28 .23 .32 .30
NPM-4 .43 .56 .56 .56 .28 .22 .86 .37 .41 .40 .31 .44 .38
NPM-5 .44 .53 .59 .59 .33 .24 .85 .37 .40 .43 .33 .49 .44
New Product Performance
NPP-1 .38 .87 .54 .54 .29 .31 .51 .40 .45 .30 .28 .47 .44
NPP-2 .38 .84 .58 .58 .29 .31 .50 .40 .40 .40 .32 .36 .39
NPP-3 .42 .86 .51 .51 .32 .24 .49 .41 .36 .36 .32 .40 .39
NPP-4 .39 .87 .51 .51 .38 .24 .45 .47 .40 .33 .32 .39 .37
NPP-5 .42 .84 55 .55 .34 .31 .54 .39 .41 .28 .35 .48 .42
NPP-6 .49 .86 .62 .62 .34 .37 .59 .47 .48 .34 .39 .56 .50
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Table 5.9 Exploratory Factor Analysis for Major Constructs (N=253)
F1 F2 F3 F4 F5 F6 F7 F8 F9 F10 F11 F12 F13
Technology Density
TD-1 .20 .28 .25 .22 .25 .92 .22 .25 .26 .33 .21 .24 .31
TD-2 .23 .30 .27 .28 .23 .91 .23 .28 .26 .34 .23 .22 .36
TD-3 .27 .30 .31 .22 .18 .87 .25 .19 .23 .36 .26 .22 .30
TD-4 .25 .25 .34 .20 .19 .85 .20 .20 .23 .32 .24 .26 .28
Market Density
MD-2 .17 .35 .39 .23 .25 .34 .37 .23 .23 .88 .23 .28 .36
MD-3 .23 .37 .38 .24 .23 .34 .37 .27 .27 .86 .28 .31 .37
MD-4 .16 .32 .30 .24 .18 .35 .38 .24 .24 .82 .24 .26 .28
Table 5.10 Confirmatory Factor Analysis :
Fit Indices for Measurement Model (N=253)
Chi square 1867.22 (p <.001)
d.f. (p- value) 1352
NFI .96
RFI .96
IFI .99
CFI .99
RMSEA .039
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Table 5.11 Confirmatory Factor Analysis for Major Constructs:
Measurement Model Loading of Measurement Model
Parameter Estimates * (s.e.)
SMC Measure item
Error Variance Estimate * (s.e.)
1λ : TMS ( 1ξ ) on TMS-1 .82 (.05) .68 TMS-1 .32 (.04)
2λ : TMS ( 1ξ ) on TMS-2 .86 (.05) .74 TMS-2 .26 (.03)
3λ : TMS ( 1ξ ) on TMS-3 .86 (.05) .73 TMS-3 .27 (.03)
4λ : AllE ( 2ξ ) on AllE-1 .90 (.05) .81 AllE-1 .19 (.02)
5λ : AllE ( 2ξ )on AllE-2 .94 (.05) .88 AllE-2 .12 (.02)
6λ : AllE ( 2ξ ) on AllE-3 .93 (.05) .87 AllE-3 .13 (.02)
7λ : AllP ( 3ξ ) on AllP-1 .92 (.05) .84 AllP-1 .16 (.02)
8λ : AllP ( 3ξ ) on AllP-2 .92 (.05) .85 AllP-2 .15 (.02)
9λ : AllP ( 3ξ ) on AllP-3 .87 (.05) .75 AllP-3 .25 (.02)
10λ : AllP ( 3ξ ) on AllP-4 .64 (.06) .40 AllP-4 .60 (.06)
11λ : AllMDC ( 4ξ ) on
AllMDC-1
.95 (.05) .91 AllMDC-1 .09 (.01)
12λ : AllMDC ( 4ξ ) on
AllMDC-2
.96 (.05) .93 AllMDC-2 .07 (.01)
13λ : AllMDC ( 4ξ ) on
AllMDC-3
.95 (.05) .90 AllMDC-3 .10 (.01)
14λ : AllMDC ( 4ξ ) on
AllMDC-4
.90 (.05) .81 AllMDC-4 .19 (.02)
15λ : GC ( 5ξ ) on GC-2 .85 (.05) .72 GC-1 .28 (.03)
16λ : GC ( 5ξ ) on GC-3 .89 (.05) .79 GC-2 .21 (.03)
17λ : GC ( 5ξ ) on GC-4 .87 (.05) .76 GC-3 .24 (.03)
18λ : CR ( 6ξ ) on CR-1 .84 (.05) .71 CR-1 .29 (.04)
19λ : CR ( 6ξ ) on CR-2 .89 (.05) .79 CR-2 .21 (.03)
20λ : CR ( 6ξ ) on CR-3 .86 (.05) .73 CR-3 .27 (.03)
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Table 5.11 Confirmatory Factor Analysis for Major Constructs: Measurement
Model Loading of Measurement Model Parameter Estimates*
(s.e.) SMC Measure item Error Variance
Estimate * (s.e.)
21λ : Trust ( 7ξ ) on Trust-1 .85 (.05) .72 Trust-1 .28 (.03)
22λ : Trust ( 7ξ ) on Trust-2 .86 (.05) .74 Trust-2 .26 (.03)
23λ : Trust ( 7ξ ) on Trust-3 .84 (.05) .71 Trust-3 .29 (.03)
24λ : Trust ( 7ξ )on Trust-4 .78 (.05) .61 Trust-4 .39 (.04)
25λ : Trust ( 7ξ ) on Trust-5 .87 (.05) .75 Trust-5 .25 (.03)
26λ : Trust ( 7ξ ) on Trust-6 .85 (.05) .73 Trust-6 .27 (.03)
27λ : Trust ( 7ξ ) on Trust-7 .92 (.05) .84 Trust-7 .16 (.03)
28λ : Comm ( 8ξ ) on Comm-1 .78 (.05) .61 Comm-1 .39 (.04)
29λ : Comm ( 8ξ ) on Comm-2 .91 (.05) .82 Comm-2 .18 (.02)
30λ : Comm ( 8ξ ) on Comm-3 .89 (.05) .79 Comm-3 .21 (.03)
31λ : Comm ( 8ξ ) on Comm-6 .78 (.05) .61 Comm-6 .39 (.04)
32λ : Comm ( 8ξ ) on Comm-7 .76 (.05) .57 Comm-7 .43 (.04)
33λ : NPN ( 9ξ ) on NPN-3 .78 (.05) .61 NPN-3 .39 (.04)
34λ : NPN ( 9ξ ) on NPN-4 .87 (.05) .75 NPN-4 .25 (.03)
35λ : NPN ( 9ξ ) on NPN-5 .82 (.05) .67 NPN-5 .33 (.03)
36λ : NPN ( 9ξ ) on NPN-6 .89 (.05) .79 NPN-6 .21 (.03)
37λ : NPN ( 9ξ ) on NPN-7 .83 (.05) .69 NPN-7 .31 (.03)
38λ : NPM ( 10ξ ) on NPM-1 .88 (.05) .78 NPM-1 .22 (.03)
39λ : NPM ( 10ξ ) on NPM-2 .84 (.05) .70 NPM-2 .30 (.03)
40λ : NPM ( 10ξ ) on NPM-3 .68 (.06) .46 NPM-3 .54 (.05)
41λ : NPM ( 10ξ ) on NPM-4 .87 (.05) .75 NPM-4 .25 (.03)
42λ : NPM ( 10ξ ) on NPM-5 .86 (.05) .75 NPM-5 .25 (.03)
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Table 5.11 Confirmatory Factor Analysis for Major Constructs: Measurement
Model Loading of Measurement
Model Parameter Estimates * (s.e.)
SMC Measure item Error Variance Estimate * (s.e.)
43λ : NPP ( 11ξ ) on NPP-1 .88 (.05) .77 NPP-1 .23 (.03)
44λ : NPP ( 11ξ ) on NPP-2 .83 (.05) .69 NPP-2 .31 (.03)
45λ : NPP ( 11ξ ) on NPP-3 .84 (.05) .71 NPP-3 .29 (.03)
46λ : NPP ( 11ξ ) on NPP- 4 .85 (.05) .72 NPP- 4 .28 (.03)
47λ : NPP ( 11ξ ) on NPP-5 .85 (.05) .73 NPP-5 .27 (.03)
48λ : NPP ( 11ξ ) on NPP-6 .88 (.05) .78 NPP-6 .22 (.02)
49λ : MD ( 12ξ ) on MD-2 .89 (.05) .80 MD-2 .20 (.03)
50λ : MD ( 12ξ ) on MD-3 .89 (.05) .79 MD-3 .21 (.03)
51λ : MD ( 12ξ ) on MD-4 .81 (.05) .66 MD-4 .34 (.04)
53λ : TD ( 13ξ ) on TD-1 .92 (.05) .85 TD-1 .15 (.02)
54λ : TD ( 13ξ ) on TD-2 .92 (.05) .85 TD-2 .15 (.02)
55λ : TD ( 13ξ ) on TD-3 .86 (.05) .74 TD-3 .26 (.03)
55λ: TD ( 13ξ ) on TD-4
.83 (.05) .70 TD-4 .30 (.03)
* All parameter estimates and error variances are significant at .05 level.
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Table 5.12 Inter-Construct Correlations (N=253)
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1. Alliance Competence
1
2. All Exp .71 1 3.All PP .77 .55 1
4. All MDC .52 .37 .40 1
5. Goal Congruence
.67 .48 .52 .35 1
6 Compl. Resources
.54 .39 .42 .28 .37 1
7. Commitment .25 .18 .19 .13* .17 .13* 1 8. AMO .88 .63 .68 .46 .72 .48 .42 1
9.Int Org Custor .72 .52 .56 .38 .59 .40 .34 .82 1
10.Int.Org. Compor
.51 .37 .40 .27 .42 .28 .24 .58 .48 1
11.Int.Org. Coor
.82 .59 .63 .43 .66 .45 .38 .92 .76 .54 1
12. NPN .63 .45 .49 .33 .50 .35 .29 .70 .58 .41 .65 1
13. NPM .65 .47 .50 .34 .52 .36 .30 .72 .59 .42 .67 .54 1
14. NPP .70 .50 .54 .37 .56 .45 .32 .78 .64 .45 .72 .64 .65 1
15.TMS .84 .60 .65 .44 .56 .45 .30 .78 .64 .45 .72 .58 .60 .64 1
16. Trust .47 .34 .36 .25 .32 .25 .53 .62 .51 .36 .57 .44 .45 .49 .56 1
17. Market Density
.38 .27 .29 .20 .26 .21 .12* .35 .29 .20 .32 .39 .44 .38 .45 .23 1
18. Technology Density
.34 .25 .27 .18 .23 .19 .14* .33 .27 .19 .31 .28 .24 .31 .41 .26 .40 1
* significant at p<.1 level , rest of the inter-construct correlations are significant at p<.05 level
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CHAPTER 6: RESULTS OF HYPOTHESIS TESTING
The main objective of hypothesis testing is the selection of appropriate statistical
methods to test the main and mediating effect among the model constructs. The
appropriate methods provide statistical results that confirm the hypothesized causal
relationships among constructs in the model. This chapter begins with a discussion of
hypotheses. Next, the possible assumption violations for hypothesis testing are discussed.
This is followed by main and mediating effect tests. Finally, the chapter concludes with
an overview of the study findings.
6.1 Review and Revision of Hypothesized Relationships
The measure development procedure described in Chapter 5 suggests that study has
reliable and valid constructs. Figure 6.1 shows the operational model and hypothesized
relationships among the major constructs. In the model, alliance market orientation and
joint alliance competence are tested as second order reflective constructs. The reasons are
provided in Chapter 3 and Chapter 4. Based on these specifications, the hypotheses
suggested in Chapter 3 are summarized in Table 6.1 with their directions as well as the
results of testing the hypotheses.
Column 3 in Table 6.1 indicates the hypothesized directions for the causal
relationships between major models. As reviewed in Chapter 3, causal relation between
alliance market orientation and new product outcomes (e.g., new product novelty, new
product meaningfulness, and new product performance) are predicted to be positive
(H )(1 a - H )(1 c ). Likewise, it is postulated that the causal relationships between goal
congruence and alliance market orientation (H 2 ) and complementary resources and
alliance market orientation (H 3 ) are positive. Next, it is predicted that trust and
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commitment influence alliance market orientation positively (see H 4 and H 5 ) and also
the causal relation between trust and commitment is postulated as positive (H 6 ). Then,
joint alliance competence is hypothesized to have a positive relation with goal
congruence (H 7 ) and complementary resources (H 8 ). Next, it is postulated that joint
alliance competence has a positive effect on alliance market orientation (H 9 ). It is also
hypothesized that joint top management support will have a positive causal relation with
joint alliance competence (H 10 ). New product novelty and new product meaningfulness
are predicted to have positive effects on new product performance (see H 11 and H 12 ).
Finally, it is postulated that market density has a positive effect on new product novelty
(H )(13 a ), new product meaningfulness (H )(13 b ), and new product performance (H )(13 c );
whereas, technology density has a negative effect on new product novelty (H )(14 a), new
product meaningfulness (H )(14 b ), and new product performance (H )(14 c) In the next
section, results of main effects testing between major constructs will be discussed.
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Table 6.1 Summary of the Hypothesis Testing
From To Hypothesized
Direction
Final
Results
H1 (a): Alliance Market Orientation
New Product Novelty + + **
H1 (b): Alliance Market Orientation
New Product Meaningfulness + + **
H1 (c): Alliance Market Orientation
New Product Performance + + **
H2: Goal Congruence Alliance Market Orientation + + **
H3: Complementary Resources
Alliance Market Orientation + N.S. (+)
H4: Trust Alliance Market Orientation + + **
H5: Commitment Alliance Market Orientation + + **
H6: Trust Commitment + + **
H7: Joint Alliance Competence
Goal Congruence + + **
H8: Joint Alliance Competence
Complementary Resources + + **
H9: Joint Alliance Competence
Alliance Market Orientation + + **
H10: Top Management Support
Joint Alliance Competence + + **
H11: New Product Novelty New Product Performance + + **
H12: New Product Meaningfulness
New Product Performance + + *
* * significant at p<.05 level * significant at p< .1 level N.S. non significant (the sign of the resulted relationship is shown in the parenthesis)
6.2. Examination of Correlation Matrix
The structural equation modeling is chosen as an appropriate analysis method since the
model examines the causal ordering of antecedents and consequences of alliance market
orientation simultaneously. For the final analysis, the data collected from the final field
survey has a total of 253 surveys. Even though the appropriate sample size issue in
structural equation modeling is open for debate (see Bentler and Chou 1987; Boomsma
1982), it is generally agreed that sample size greater than 200 provides stable results
(Schumacker and Lomax 1996).
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A correlation matrix for the composite scales of major constructs was examined to
provide insight into the data and relationships between major constructs. Table 5.12
shows the correlations between alliance market orientation, its antecedents, its
consequences, and control variables. The correlation table provides some insights into the
relationships between the constructs. First, from the results in Table 5.12 it appears that
all of the antecedents are significantly correlated which implies a potential problem for
multi-collinearity. Second, all three dimensions of alliance market orientation are
significantly correlated with each other showing that latent factor alliance market
orientation may be the common source for these inter-correlations. As we tested in
Chapter 5, each of these three dimensions is uni-dimensional and distinct from each
other. Similarly, alliance competence dimensions are significantly correlated with each
other indicating that alliance competence may be the common cause for these inter-
correlations. In order to understand whether alliance competence and alliance market
orientation behave as point variables2, I applied the formula provided by Burt (1976).
According to Burt, the covariances of indicators of a reflective latent construct with other
latents should be proportional to their epistemic correlations with that specific latent
construct. In our case, if alliance market orientation and alliance competence are
reflective constructs, their dimensions’ relationships with other latents should be
proportional to their epistemic correlations with their own construct ( )λ . According to
the inter-construct correlation matrix and structural model results, these proportions are
held. In sum, both alliance competence and alliance market orientation act as a unitary
entity (point variable) and it supports our argument that these two latents are reflective.
2 For detailed information about point variables, see Howell et al (2007a).
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Finally, alliance market orientation and it consequences are significantly correlated with
each other. Overall, the signs of the correlation matrix appear to be consistent with the
hypothesized relationships in the main model.
6.3. Examination of Assumption Violations
Since this study is using maximum likelihood (ML) estimation technique in structural
equation modeling, there are assumptions that should be satisfied to have unbiased
results. In this section possible violation of assumptions was examined. First, as
previously reviewed in Chapter 5, a normality assumption should be met in order to have
an efficient and unbiased ML estimator. Descriptive statistics for the final sample in
Table 5.8 report that some scales for major constructs are non-normal (see skewness and
kurtosis values). For this study, non-normality is not a serious concern since major
constructs’ measures have already been tested for their measurement properties in the
pretest.
Second, since extreme observations may have a large impact on the research results,
outliers need to be identified. The eight possible extreme outliers that are most distant
from the sample mean were detected using several different methods – bivariate plots,
Cook’s distance and Student residual. I have contacted the eight executives for their
responses and they mentioned that they misunderstood the new product performance
question and willing to take the survey one more time. After they retook the survey, I
included their responses to the survey responses and check the influence of these eight
observations. Therefore, each of the dependent variable (new product novelty, new
product meaningfulness, and new product performance) was regressed on composite
scales of the thirteen antecedent variables. The regression without these eight
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observations provided results consistent with the one including them. With this indication
that these eight observations did not influence the regression results significantly, all
observations were retained for the final. Table 6.2 shows that estimation results from
regressions with the three dependent variables. As it is known, regression method
excludes measurement errors; therefore, it provides less stable results than structural
equation model does. Details of the estimation results will be discussed in the next
section. Third, as mentioned before in correlation matrix section, since some antecedents
are highly correlated with each other, multicollinearity test should be conducted.
Multicollinearity is a major concern especially for the regression model, since it produces
inaccurate parameter estimates, standard error, and test statistics. The variance inflation
factor (VIF) ranging from 1.30 to 2.87 confirms that a multi-collinearity problem does
not exist with the regression model reported in Table 6.2.
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Table 6.2 Multiple Regression Results and Collinearity Diagnostics (N=253)
Dependent Variable
New Product Novelty
New Product Meaningfulness
New Product Performance
vif
Independent Variable
Coeff. (s.e.)
t-value Coefficient (s.e.)
t-value Coeff. (s.e.)
t-value
Constant 3.04 (1.94)
1.57 8.01 (1.83) 4.38 ** 4.57 (1.94)
2.36* 1.83
Alliance Experience
.07 (.09)
.72 .08 (.08) .94 .09 (.09)
.98 1.90
Alliance Partnership Propensity
.13 (.07)
.1.61 .02 (.07) .32 .11 (.07)
1.43 1.43
Alliance Manager Development Capability
.03 (.05)
.56 -.01 (.05) -.25 .02 (.05)
.46 2.19
Top Management Support
.05 (.11)
.42 .17(.11) 1.59 -.09 (.11)
-.79 2.17
Goal Congruence
.04 (.11)
.34 .08 (.10) .82 -.04 (.11)
-.38 2.19
Compl. Resources
.10 (.10)
.97 -.08 (.09) -.81 -.05 (.10)
-.50 1.62
Inter-Organizational Customer Orientation
.25 (.11)
2.22** .29 (.10) 2.69** .51 (.11)
4.46** 2.43
Inter -Organizational Competitor Orientation
-.01 (.05)
-.26 .04 (.05) .71 .05 (.05)
.97 1.52
Inter-Organizational Coordination
.34 (.10)
3.41** .20 (.09) 2.13** .45 (.10)
4.47** 2.87
Trust .00 (.04)
-.02 .07 (.04) 1.66* .05 (.04)
1.19 1.84
Commitment .06 (.07)
.81 .00 (.06) .04 .05 (.06)
.80 1.95
Market Density
.18 (.78)
2.23** .29 (.07) 3.93** .20 (.08)
2.55** 1.32
Technology Density
.03 (.05)
.63 -.04 (.05) -.84 .01 (.05)
.23 1.30
R 2 = .47 F=16.11**
R 2 = .45 F= 15.31**
R 2 =.57 F= 24.68**
* Significant at .10 level (two tailed) ** Significant at .05 level (two tailed)
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6.4. Finding the Best Model
Prior to estimating the structural model, the measurement model was estimated in
Chapter 5. The estimations results from the measurement model confirm that all the
measure items are measuring their underlying latent constructs without any
interpretational confounding. Since there was no problem with interpretational
confounding, I performed simultaneous estimation of measurement and structural model
in Lisrel 8. The main effects model tests structural links among alliance market
orientation, its antecedents, its consequences, and control variables simultaneously with
indicators in the measurement model. Figure 6.1 shows that structural equation model
used to test the main effects. In the figure, I excluded the specification of indicators in the
measurement model in order to avoid complexity. Finding the best model involves a
comparison of three competing structural equation models. The first model is the original
model postulated (Figure 1.1). The second model treats all nine latent constructs as the
antecedent to new product outcomes (Figure 1.2). It assumes that there is no causal
relationships among these nine constructs, they rather have direct arrows toward new
product outcomes. The third model treats alliance market orientation’s and alliance
competence’s dimensions as separate constructs and tests their independent main effects
(Figure 1.3). Goodness of fit indices is reported in Table 6.3. As Model 1&2 compared,
chi-square difference test indicates that Model 1 is superior to Model 2. Based on the chi-
square difference test ( 22Modelχ - 2
1Modelχ = 3221.04- 2923.85= 297.19 (d.f.=24)), with
more degree of freedom Model 1’s chi square value is significantly reduced. In addition,
Model 2 does not provide a solid theoretical explanation to inter-organizational new
product performance like Model 1 does. In addition, when the significant paths are
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examined in two rival models (Table 6.4 and 6.5), it is shown that Model 2 has only 10
significant paths (34 % of the hypotheses supported at p<.1 level); whereas, Model 1 has
15 significant paths (75 % of the hypotheses supported at p<.1 level). Moreover, no
additional explanatory power is gained from the additional 18 paths in Model 2. In fact,
Model 1 explains more variance in new product novelty and new product
meaningfulness. The rival’s SMCs are NPN=.49, NPM=43, and NPP=.64. Whereas with
less antecedents, Model 1’s SMCs are NPN=.52, NPM=56, and NPP =.64. Model 3 treats
alliance market orientation and alliance competence components as distinct and separate
constructs and examine their causal relationships with other latents. Based on the chi-
square difference test ( 23Modelχ - 2
1Modelχ = 2999.27- 2923.85= 75.42 (d.f.=22)), with
more degree of freedom, Model 1’s chi square value is significantly reduced. Compared
to Model 1, Model 3 has 30 out of 46 significant paths (65 % of the hypotheses are
supported at p<.1 level). In addition, by having more antecedents Model 3 does not have
more explanatory power than Model 1 does. In fact, alliance market orientation does
explain more variance in new product outcomes as a second order construct than its
components do alone. Model 3’s SMCs are NPN=.48, NPM=51, and NPP =.61. Whereas
Model 1’s SMCs are NPN =.52, NPM=.56, and NPP=.64. In sum, the Model 1 is chosen
as the basic model for testing main effects in this dissertation. In other words, Model 1
represents the real world in a better way than Model 2 and 3 do. Since, based on the
results, I did not respecify the model by including or excluding some paths, the modeling
approach stays confirmatory rather than exploratory (Anderson and Gerbing 1988).
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Table 6.3 Fit indices of the Original and Rival Models (N=253)
Model 1
(proposed model)
Model 2 Model 3
Chi square 2923.85 3221.04 2999.27
d.f. (p value) 1983 (p<0.0) 1959 (p<0.0)
1961 (p<0.0)
NFI .96 .96 .96 RFI .96 .96 .96 IFI .99 .98 .99 RMSEA .037 .044 .041
Model 1&2 Model 1&3 Model 2&3
Chi square difference
(d.f. difference)
297.19 ** (d.f. 24)
75.42 ** (d.f. 22)
221.77 ** (d.f. 2)
** Significant at .05 level (a) Model 1: Original proposed theoretical model (alliance market orientation and alliance competence are second order reflective constructs) (b) Model 2: All nine antecedents lead to new product outcomes (see Figure 1.2) (c) Model 3: Alliance market orientation and alliance competence has three distinct and separate dimensions. (see Figure 1.3)
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Table 6.4 Estimation Results from the Structural Equation Model of Alliance Market
Orientation Testing Main Effects Model (Model 1—Proposed Model) (N=253)
Path Parameter
Estimate
(s.e.)
C.R. Path Parameter
Estimate
(s.e.)
C.R.
Coefficient
AMO -- NPN .64 (.09) 8.30 ** AC -- AMO .60 (.10) 6.12 **
AMO -- NPM .66 (.09) 9.17 ** TMS -- AC .84 (.07) 9.78 **
AMO -- NPP .55 (.12) 5.58 ** NPN -- NPP .14 (.08) 2.04 **
GC -- AMO .22 (.05) 3.56 ** NPM -- NPP .14 (.07) 1.86 *
CR -- AMO .01 (.04) .17 MD -- NPN .17 (.05) 2.78 **
Trust -- AMO .20 (.04) 3.76 ** MD -- NPM .24 (.06) 4.08 **
Comm -- AMO
.12 (.04) 2.69 ** MD -- NPP .05 (.05) .93
Trust -- Comm
.53 (.06) 7.93 ** TD -- NPN .00 (.05) .08
AC -- GC .67 (.11) 8.32 ** TD -- NPM -.07 (.05) -1.31
AC -- CR .54 (.10) 6.92 ** TD -- NPP .03 (.05) .62
SMC values
Alliance Competence
. 70 Goal Congruence
.45 New Product Meaningfulness
.56
Comp. resources
.29 Alliance Market Orientation
.87 New Product Novelty
.52
Commitment .28 New Product Performance
.64
Fit Indices
Chi-square 2923.85 d.f. (p value)
1983 (<.0.0) NFI .96
RFI .96 IFI .99 RMSEA .037
* Significant at p<.10 ** Significant at p<.05 (a) (CR) Critical Ratio (b) All path coefficients in measurement models and variances are significant at the .05 level.
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Table 6.5 Estimation Results from the Structural Equation Model of Alliance Market
Orientation Testing Main Effects Model (Model 2) (N=253)
Path Parameter
Estimate
(s.e.)
C.R. Path Parameter
Estimate (s.e.)
C.R.
Coefficient
AMO -- NPN .54 (.07) 7.45 ** AC -- NPN .21 (.06) 3.25 **
AMO -- NPM .65 (.08) 8.42 ** AC -- NPM .12 (.07) 1.81 *
AMO -- NPP .74 (.11) 6.48 ** AC -- NPP .20 (.07) 2.97 **
GC -- NPN -.01 (.07) -.19 TMS -- NPN .02 (.07) .25
GC -- NPM .01 (.07) .18 TMS -- NPM .13 (.08) 1.52
GC -- NPP -.03 (.07) -.46 TMS -- NPP -.09 (.07) -1.26
CR -- NPN .06 (.06) .89 MD -- NPN .14 (.05) 2.67 **
CR -- NPM -.10 (.07) -1.40 MD -- NPM .24 (.06) 4.12 **
CR -- NPP -.04 (.06) -.61 MD -- NPP .10 (.06) 1.74 *
TRUST -- NPN .00 (.06) -.02 TD -- NPN .00 (.05) -.02
TRUST -- NPM .12 (.07) 1.78 * TD -- NPM -.07 (.05) -1.41
TRUST -- NPP .06 (.06) 1.05 TD -- NPP .03 (.05) .59
COMM -- NPN .04 (.07) .58 NPN -- NPP .10 (.08) 1.18
COMM -- NPM .00 (.05) -.02 NPM -- NPP .08 (.08) .98
COMM -- NPP .05 (.07) .76
SMC values
New Product meaningfulness
.43 New Product Novelty
.49 New Product Performance
.64
Fit Indices
Chi-square
3221.04 d.f. (p value) 1959 (<.0.0) NFI .96
RFI .96 IFI .98 RMSEA .044
* Significant at p<.10 ** Significant at p<.05 (a) (CR) Critical Ratio (b) All path coefficients in measurement models and variances are significant at the .05 level.
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Table 6.6 Estimation Results from the Structural Equation Model of Alliance
Market Orientation; Testing Main Effects Model (Model 3) (N=253)
Path Parameter
Estimate
(s.e.)
C.R. Path Parameter
Estimate
(s.e.)
C.R.
Coefficient
Int-Org Cust -- NPN
.20 (.07) 2.88 ** Comm – Int-Org Coor
.13 (.05) 2.57 **
Int-Org Cust -- NPM
.30 (.08) 3.90 ** Trust -- Comm
.49 (.06) 7.92 **
Int-Org Cust -- NPP
.23 (.07) 3.36** All Exp -- GC .34 (.06) 5.29 **
Int-Org Comp -- NPN
-.06 (.06)
-.98 All PP -- GC .12 (.06) 1.91 *
Int-Org Comp -- NPM
.01 (.06) .11 All MDC -- GC
.17 (.06) 3.08 **
Int-Org Comp -- NPP
.03 (.05) .58 All Exp -- CR .07 (.07) .99
Int-Org Coor -- NPN
.44 (.08) 5.67 ** All PP -- CR .34 (.07) 4.88 **
Int-Org Coor -- NPM
.41 (.08) 4.96 ** All MDC -- CR
.00 (.06) -.02
Int-Org Coor -- NPP
.33 (.09) 3.77 ** All Exp – Int-Org Cust
.10 (.05) 1.97 **
GC -- Int-Org Cust
.36 (.06) 5.95 ** All PP – Int-Org Cust
.26 (.06) 4.61 **
GC -- Int-Org Comp
.38 (.07) 5.36 ** All MDC – Int-Org Cust
.00 (.04) .03
GC -- Int-Org Coor
.30 (.05) 5.74 ** All Exp – Int-Org Comp
-.04 (.06) -.62
CR -- Int-Org Cust
.02 (.05) .37 All PP – Int-Org Comp
.11 (.06) 1.76 *
CR -- Int-Org Comp
.05 (.06) .84 All MDC – Int-OrgComp
.03 (.05) .59
CR -- Int-Org Coor
.15 (.05) 3.24 ** All Exp – Int-Org Coor
.10 (.05) 2.24 **
Trust -- Int-Org Cust
.12 (.06) 2.06** All PP – Int-Org Coor
.22 (.05) 4.48 **
Trust -- Int-Org Comp
.04 (.07) .54 All MDC – Int-Org Coor
.07 (.04) 1.78 *
Trust -- Int-Org Coor
.25 (.05) 4.78 ** MD -- NPN .16 (.05) 3.19 **
TMS -- All Exp .68 (.07) 9.53 ** MD -- NPM .25 (.05) 4.47 ** TMS -- All PP .79 (.07) 11.11 ** MD -- NPP .05 (.05) .92
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Table 6.6 Estimation Results from the Structural Equation Model of Alliance
Market Orientation; Testing Main Effects Model (Model 3) (N=253)
Path Parameter
Estimate
(s.e.)
C.R. Path Parameter
Estimate
(s.e.)
C.R.
Coefficient
TMS -- All MDC .50 (.08) 6.66 ** TD -- NPN .01 (.05) .16 Comm -- Int-Org Cust
.15 (.06) 2.47 ** TD -- NPM -.07 (.05) -1.28
Comm -- Int-Org Comp
.10 (.07) 1.42 TD -- NPP .03 (.04) .59
SMC values
New Product meaningfulness
.51 New Product Novelty
.48 New Product Performance
.61
Fit Indices
Chi-square
2999.27 d.f. (p value) 1961 (p<.00) NFI .96
RFI .96 IFI .99 RMSEA .041
* Significant at p<.10 ** Significant at p<.05 (a) (CR) Critical Ratio (b) All path coefficients in measurement models and variances are significant at the .05 level.
6.5. Main Effects Estimation Results
The results of ML estimation of parameters and goodness of fit indices for the main
effects model are reported in Table 6.4. In the first stage, overall model fit is examined.
Although the chi-square statistics ( 21Modelχ = 2923.85, d.f. =1983) is significant, all base-
line fit indices (over .95) and RMSEA (value of .037) support the view that this model is
correctly specified. In the second stage, path coefficients are estimated using the ML
estimation method. The last column in Table 6.1 summarizes the estimation results.
6.5.1. Alliance Market Orientation
It is predicted that new product outcomes are positively influenced by alliance market
orientation as a second order construct. First, H1a assume that alliance market orientation
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is expected to have a positive impact on new product novelty. The results indicate that
( β =.64; s.e.= .09; C.R= 8.30) alliance market orientation significantly enhances new
product novelty.
Second, H1b predicts that alliance market orientation positively influences new product
meaningfulness. The results show that alliance market orientation has a strong positive
effect on new product meaningfulness ( β =.66; s.e.= .09; C.R= 9.17). Finally, in H1c,
positive causal relationship is hypothesized from alliance market orientation and alliance
new product performance. Consistent with the expectation, alliance market orientation
has a positive strong impact on alliance new product performance. In sum, H1a, H1b, and
H1c are confirmed.
6.5.2. Goal Congruence and Complementary Resources
In this stage, the causal relationships from goal congruence and complementary
resources to alliance market orientation are examined. Alliance market orientation is
expected to be positively influenced by goal congruence and complementary resources.
In H2, goal congruence is expected to influence alliance market orientation positively.
The estimation results reveal that goal congruence has a positive and strong impact on
alliance market orientation ( β =.22; s.e.=.05; C.R= 3.56). Thus, H2 is supported. Second,
H3 predicts that complementary resources will have positive causal relationship with
alliance market orientation. The estimation results reveal that complementary resources
do not have an impact on alliance market orientation ( β =.01; s.e.=.04; C.R= .17). Thus,
H3 is rejected.
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6.5.3 Trust and Commitment
Alliance market orientation is assumed to be influenced by trust and commitment
positively. First, in H4, I examine the causal relation between trust and alliance market
orientation. It posits that trust has a positive effect on this construct. Consistent with
expectation, the hypothesized relationship is supported by the result (γ =.20; s.e.= .04;
C.R= 3.76) . Thus, finding confirms H4. Similarly, H5 postulates that commitment has a
positive impact on alliance market orientation. The estimation results show that
commitment positively influences alliance market orientation ( β =.12; s.e.=.04; C.R=
2.69). Thus, H5 is supported. Finally, H6 proposes that trust enhances commitment.
Consistent with the expectation, the causal relationship between trust and commitment is
significantly positive (γ = .53; s.e.= .06; C.R= 7.93), thus confirming H6.
6.5.4 Joint Alliance Competence
Alliance competence is assumed to influence alliance market orientation, goal
congruence, and complementary resources positively. First, H7 examines the influence of
alliance competence on goal congruence. The causal relationship posits from alliance
competence to goal congruence is found to be positive ( β =.67; s.e.=.11; C.R=8.32), thus
supporting H7. Second, I examine the causal relationship between alliance competence
and complementary resources. H8 postulates that alliance competence has a positive
impact on complementary resources. The estimation results show that alliance
competence positively and strongly influences complementary resources ( β =.54; s.e.
=.10; C.R= 6.92). Thus, H8 is supported. Third, in H9, positive relationship is expected
between alliance competence and alliance market orientation. Suggested path is
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supported between alliance market orientation and alliance competence ( β =.60; s.e.
=.10; C.R= 6.12). Thus, H9 is supported.
6.5.5 Joint Top Management Support
Joint top management support refers to both alliance partners’ senior managements’
support in the alliances’ new product development activities and routines. It is
highlighted in academic and business journals that the strategic direction of organizations
is driven by senior management; competences are developed or maintained under the
urging of senior management. H10 proposes that joint top management support has a
positive impact on alliance competence. The estimation results indicate that joint top
management support has a significant and strong positive causal relationship with
alliance competence (γ = .84; s.e.=.07; C.R= 9.78), thus supporting H10.
6.5.6. New Product Novelty and New Product Meaningfulness
In the last stage, the causal relationships from new product novelty and new product
meaningfulness to new product performance are examined. New product performance is
expected to be positively influenced by the two dimensions of new product creativity.
In H11, new product novelty is expected to influence the new product performance
positively. The estimation results reveal that new product novelty has a positive impact
on new product performance ( β =.14; s.e.= .08; C.R= 2.04). Thus, H11 is confirmed.
H12 predicts that new product meaningfulness will have a positive causal relationship
with new product performance. Indeed, the estimation results confirm that new product
meaningfulness has a positive impact on new product performance ( β =.14; s.e.=.07;
C.R= 1.86), thus confirming H12 at p<.1 level.
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6.5.7. Control Variables
Based on the field and pretest interviews and literature review, I included two control
variables that are believed to have an effect on the new product outcomes (e.g., new
product novelty, new product meaningfulness, and new product performance): market
density and technology density. The details about these constructs can be found in
measurement section, Chapter 5. Based on the measurement model, both constructs
exhibit good reliabilities and validities. I use market density and technology density to
control for the environmental impact on new product outcomes (Im and Workman 2004;
Jaworski and Kohli 1993; Narver and Slater 1990). Based on the empirical results, I find
that, in general, market density has a positive and strong relationship with the two
dimensions of new product creativity – new product novelty (γ =.17; s.e.= .05; C.R=
2.78) and new product meaningfulness (γ =.24; s.e.=.06; C.R= 4.08). However, the
causal relationship between market density and new product performance does not hold
(γ =.05; s.e.=.05; C.R= .93). In addition, the results show in general that technology
density does not influence any of the new product outcomes – new product novelty
(γ =.00; s.e.= .05; C.R= .08), new product meaningfulness (γ = -.07; s.e.= .05; C.R= -
1.31), and new product performance (γ =.03; s.e.= .05; C.R= .62). The above estimation
results for the main effects model summarized in Table 6.1, and significant paths from
the main effects model and their coefficients are illustrated in Figure 6.2.
6.5.8. Testing Alliance Market Orientation as a Key Mediator
The proposed model includes potential mediation effect of alliance market
orientation. Specifically, alliance market orientation may serve to mediate the impact of
alliance competence, goal congruence, complementary resources, trust, and commitment
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on new product outcomes. I tested for mediation effects through two complementary
procedures (Klein et al. 2007; Subramani 2004). The first, which assesses the model fit
and chi square tests of competing models, compares the research model that proposes full
mediation against competing, partially mediated models and proposes both direct and
mediated effects. The second procedure employs mediation analysis technique, Sobel
test, and provides information on the significance of mediation effects.
In comparing the research model with full mediation to partially mediated models,
Lisrel 8 can be employed to statistically compare results. I compute three alternative,
partially mediated models by adding paths for each to the fully mediated model: Three
paths are added from alliance competence to new product outcomes (Model 1), three
paths for each are added from goal congruence and complementary resources to new
product outcomes (Model 2), and three paths for each are added from trust and
commitment to new product outcomes (Model 3). To understand the additional
contribution of paths, we examine the chi square differences. Since full mediation model
constrains the additional paths (set to zero), it is the nested model3 in model comparisons.
Model comparison results are reported in Table 6.7. Accordingly, the chi square statistics
do not get better by the inclusion of either of the direct paths. The results support the
mediation modeled in the causal relationships. In the second procedure, the path
coefficients and standard error of direct paths between (1) independent and mediating
variable and (2) mediating and dependent variables were used to test the mediation effect.
In order to test the effect of mediation on dependent variables (e.g, new product
3 Any model which requires that some function of its free parameters equals a constant, like zero, is nested in the identical model that has no such restriction (Bollen 1989). In the original model, the paths from three dimensions of alliance competence to new product outcomes are set to zero. In the rival model, these paths are set free to estimate. Therefore, the original model is the nested model and the other three models are the full models.
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outcomes), I use Sobel test. Sobel test tests whether a mediator carries the influence of an
independent variable to a dependent variable. It basically measures whether the decrease
in independent variable’s effect on dependent variable is significant after the inclusion of
mediator. Table 6.8 summarizes the Sobel test results for each path. The resulting z
statistics indicate that alliance market orientation completely mediates the links between
alliance competence, goal congruence, trust, commitment and new product outcomes at
p< .05 level4. Column 3 in Table 6.8 reports the variance accounted for (vaf) values.
These values show the relative size of the mediating effects. As it is shown, mediating
effect sizes are more than .50 in all relationships. In other words, in all relationships,
mediating effect of alliance market orientation explains more than 50 percent of the
variance in the new product outcomes.
In general, the results support that alliance market orientation completely mediates the
effects of alliance competence, goal congruence, trust and commitment on new product
outcomes. In essence, alliance market orientation is, indeed, the key mediator in the
causal model. In conclusion, alliance competence, trust, commitment, and goal
congruence have significant positive impacts on new product outcomes only through
alliance market orientation.
4 In order to show that a latent (M) completely or partially mediates the relationship between A and B, the relationship between A and B should be significant to start with. Sobel test tests whether the strength of the direct relationship between A and B reduces significantly after the inclusion of the mediation variable. Since the direct relationship between complementary resources and new product outcomes are non-significant before the inclusion of alliance market orientation, it is not considered for the Sobel test.
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Table 6.7 Test of Mediation, Nested Model Analysis (N=253)
Model 1
(nested
model)
Model 2
(full model)
Model 3
(full model)
Model 4
(full model)
Model 5
(full
model)
Chi square 2923.85 2922.64 2910.15 2920.20 2895.24
d.f. (p value)
1983 (<.001)
1980 (<.001)
1977 (<.001)
1977 (<.001)
1968 (<.001)
Model 1&2 Model 1&3 Model 1&4 Model 1&5
Chi square difference
(d.f. difference)
1.21 (3)
13.70 (6) 3.65 (6) 28.61 (15)
(a) Model 1: Original model with alliance market orientation is a key mediator (b) Model 2: Alliance competence has both direct and indirect paths to new product outcomes (c) Model 3: Goal congruence and complementary resources have both direct and indirect paths to new product outcomes. (d) Model 4: Trust and commitment have both direct and indirect paths to new product outcomes. (e) Model 5: All antecedents of AMO have direct and indirect effects on new product outcomes. *None of the chi square difference test is found to be significant at p<.01 level. Thus, adding additional paths to the original model does not improve the causal model.
Table 6.8.Test of Mediation, Sobel Test Results
Paths
z-
statistics* Vaf 1 Paths z- statistics* Vaf
AC – AMO-NPC 4.49 .81 Trust –AMO –NPC 3.71 .64 AC – AMO- NPM 4.63 .93 Trust – AMO- NPM 3.71 .95 AC – AMO- NPP 3.81 .81 Trust – AMO-NPP 3.27 .76 GC-AMO-NPC 3.78 .56 Comm –AMO- NPC 2.79 .79 GC-AMO-NPM 3.86 .61 Comm- AMO-NPM 2.79 .66 GC-AMO-NPP 3.34 .55 Comm-AMO-NPP 2.59 .73
* All z-statistics are significant at p< .05 level; 1 Vaf accounts for variance accounted for. It determines the relative size of the mediating effects. Vaf = (a *b )/ (a*b+c) {“a” is the path coefficient of the path from independent variable (Iv) to mediator and “b” is the path coefficient of the path from mediator (M) to dependent variable (Dv)
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CHAPTER 7: CONCLUSION
This research is the first attempt to develop a construct called alliance market
orientation and find its antecedents and consequences in new product development
context. A fundemental premise of the model is that alliance market orientation is
influenced by relational factors, inter-organizational factors, and joint aliance
competence. It provides alliances a competive advantage by creating novel and
meaningful new products that meet their financial objectives and secure their market
success. The results of the present study suggest that joint alliance competence, inter-
organizational, and relational factors influence alliance market orientation. More
importantly, alliance market orientation strongly enhances the alliance’s new product
creativity and new product performance. Novelty and meaningfulness dimensions of new
product creativity are primary drivers of new product performance. Finally, the
environmental characteristics of market and technology density influence the new
product outcomes.
This research is the first to conceptualize market orientation as a relationship property
developed between the alliance partners. In addition, it is the first study to examine inter-
organizational market orientation as an idiosyncratic resource. The theoretical foundation of
the alliance market orientation concept draws on resource advantage theory (R-A Theory).
Therefore, the empirical findings of this research contribute to the development of R-A
theory where alliance market orientation functions as an idiosyncratic, renewable, and
nonfungible resource developed between alliance partners. This research helps advancing
the knowledge of the alliance market orientation in the alliances’ new product development
processes. Although the theoretical model can not be fully validated by the cross-sectional
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study employed in this research, the significant relationships uncovered using the empirical
model expand the theory of market orientation in an inter-organizational context. This
research provides insightful suggestions and implications for managing inter-organizational
new product creativity. It demonstrates the importance of inter-organizational and relational
factors, and joint alliance competence in the inter-organizational new product development
process.
This chapter discusses the results from testing the empirical model of alliance market
orientation and alliance competence. I begin by discussing the results of the research in light
of the research objectives set up in the first chapter. The second section discusses the
contributions of this research to theory development. This is followed by a discussion of the
implications for managers. The chapter concludes with a discussion of the study limitations
and future research directions.
7.1 Evaluating Achievement of the Reseach Objectives
This section reviews how the research findings support the original research objectives
set up in chapter 1. The first objective of this study was to define and measure alliance
market orientation. The primary task was to develop a conceptual framework for alliance
market orientation. Based on extensive literature review and exploratory in-depth interviews,
alliance market orientation was defined as a capability that enables an alliance (1) to jointly
and systematically gather market intelligence (from competitor analyses, studies of customer
needs/preferences, and studies of the factors that influence competitors’ and customers’
behaviors), (2) to inter-organizationally coordinate and disseminate the knowledge gleaned
from the market intelligence gathered, and (3) to efficiently and effectively respond to the
knowledge that is coordinated and disseminated.
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The definition of alliance market orientation was extensively tested by developing a valid
and reliable measure of alliance market orientation through a series of empirical tests. A
comparison of unidimensional and three dimensional measurement models in maximum
likelihood estimation support that three seperate dimensions of alliance market orientation
exist – inter-organizational customer orientation, inter-organization competitor orientation,
and inter-organizational coordination. Empirical results indicate that the three dimensions of
alliance market orientation are distinct. In addition, a comparison of the first-order and
second-order structural models5 demonstrates that the empirical results favor the second
order model over the first order model. The measure development process followed by the
measure validation process confirms that the empirical responses to measure items were
consistent with the hypothesized conceptual constructs. The empirical results support the
definition of alliance market orientation and verify the three distinct dimensions of alliance
market orientation.
The second objective was to develop and test an integrated model of alliance market
orientation that examine antecedents and consequences of the construct. The specified model
was tested using structural equation modeling methods. Alliance Market Orientation as a
higher order idiosyncratic resource has a positive effect on its consequences -- new product
novelty, new product meaningfulness, and new product performance. In addition, among its
antecedents, joint alliance competence, goal congruency, trust and commitment have positive
effects on alliance market orientation. Only non-significant effect is found in complementary
5 Since alliance market orientation has only three dimensions, it is not possible to compare the first and second order measurement models. This comparison needs at least four dimensions. A three-factor model with correlated factors will be statistically equivalent to a model with a second-order factor predicting the three first-order factors. This is because the degrees of freedom are not changing between the two models. Both models are saturated at the latent level. Therefore, in order to test whether alliance market orientation is a second order factor, it needs to be tested in the structural model and chi square difference test should be run to see which model (e.g. first order vs. second order) is better.
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resources. It means that given the effects of joint alliance competence, goal congruency, trust
and commitment, complementary resources do not have significant additional effect on
alliance market orientation. The rationale behind these findings provided in the next section.
The third objective was to test the relationship between alliance competence and alliance
market orientation. Based on Lambe et al. (2002) study, this dissertation conceptualizes
alliance market orientation as an idiosyncratic resource and examines its relationship with
joint alliance competence. Consistent with the expectation, alliance competence was found to
be a strong antecedent of alliance market orientation.
Finally, the fourth objective was to investigate how alliance market orientation and
alliance competence help co-development alliances gain strategic advantages over
competition. Alliance market orientation was found to be a key mediator for alliance new
product performance. In order for joint alliance competence to enhance new product
creativity and new product performance, it first should be converted to alliances’ market-
oriented behaviors. Both joint alliance competence and alliance market orientation are
needed to enhance alliance new product creativity and performance, which will help new
product alliances gain competitive advantages over competitors.
Overall, the main research goal has been to provide theoretical and practical insights into
effective and efficient new product development alliance management. The empirical results
support that this goal was achieved. The next section discusses these insights and
implications drawn from an analysis of the results.
7.2 Discussion and Theoretical Contribution
The explicit goal of this research has been to provide a foundation for building a theory
of alliance market orientation in the new product development context. I achieved this goal
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by providing empirical evidence for the structure of alliance market orientation as well as
evidence for its relationship with the antecedents and consequences represented in the causal
model. The results provide considerable support for the model of alliance market orientation,
thus providing insights into the theory of alliance market orientation. This following section
is based on the discussion of the major findings from the tests of the causal relationships in
the empirical model. Table 6.1 summarizes the results and Figure 6.2 gives the significant
paths in the model.
7.2.1 Alliance Market Orientation
The objective of this study is to take the first step toward conceptualizing and developing
a scale for alliance market orientation and use the scale to understand alliance market
orientation’s role in the alliance’s inter-organizational new product development projects.
While the marketing literature has extensively investigated the role of firms’ market
orientation in their new product development activities, there have been no empirical studies
of inter-organizational market orientation and its role in co-development projects. A number
of researchers such as Elg (2000), Perk (2000), Rindfleisch and Moorman (2001), Hunt and
Lambe (2002), Sivadas and Dwyer (2000), and Spekman et al. (1999) have recognized the
need for future research on alliance market orientation. Although the notion of alliance
market orientation was suggested by these researchers and many others, the concept
remained undeveloped. This dissertation addresses this need by defining alliance market
orientation as a capability that enables an alliance (1) to jointly and systematically gather
market intelligence (from competitor analyses, studies of customer needs/preferences, and
studies of the factors that influence competitors’ and customers’ behaviors) , (2) to inter-
organnizationally coordinate and disseminate the knowledge gleaned from the market
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intelligence gathered, and (3) to efficiently and effectively respond to the knowledge that is
coordinated and disseminated.
Consequences of Alliance Market Orientation
This dissertation demonstrates that an increase in alliance market orientation results in
enhancement of novel and meaningful aspects of a new product developed by the alliance.
This is accomplished through closely monitoring what customers want and need from new
products, being keenly aware of competitors’ products and market trends, and increasing
inter-organizational coordination, integration, and synchronization of the alliance’s daily new
product activities. The result is the production of novel and meaningful products that are
close to the customers’ constellation of attributes. Post study interviews with managers
support this conclusion. They indicated that it is becoming harder to differentiate their
products in the highly competitive business environment. Although it is challenging to gather
market information in a joint and systematic matter, some alliances see the value of having
common understanding about the market, what customers want, how competitors act, and
what regulations affect them. These alliances reported that having common understanding
about their market helps them develop bifocal vision and aids them in creating novel and
meaningful products. This process assists them to understand the needs in the market and
satisfy those needs with radically innovative and relevant products.
In one example, a biotech and pharma company ally to develop a drug for cancer
market. Both pharma company and biotech company have their own departments to track
the oncology market trends, watch competitive cancer drugs, approved therapies, and
drugs in development. The pharma company’s market intelligence department is
generally larger than the biotech company’s. The crucial point is that although they have
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their own departments for different purposes, they gather and disseminate this
intelligence across both organizations to develop a common understanding about the
oncology market. Based on common understanding, they agree on the potential
therapeutic applications for particular drug candidates and enabling technologies. These
drug candidates are generally the ones which are very novel and relevant to current
market’s needs. Since it takes 10-15 years to develop a drug, pass clinical stages, and get
approval from FDA, it is really important to have an agreement about the market and its
relevant size before hand.
This study also tested the causal relationship between alliances’ market-oriented
behaviors and their new product peformance. The results suggest that alliance market
orientation increases alliances’ new product peformance. This result has come with little
surprise because alliances are formed to succeed. There is an inherent risk in allying with
other firms to develop radically innovative products. The risk is not limited to financial
terms but also partnering firms’ know-how. Therefore, before firms enter into alliance
agreements there is a long due diligence process. The purpose of the due diligence is to
find a partner who shares the same goal and has a strong desire to succeed. Therefore,
market-oriented alliances invest resources and time to understand the consumer
constellation of attributes, know the competitors’ projects, and have the common
understanding on the cross-organizational new product development activities. SAP’s
succesful market-oriented alliance with Microsoft provides an evidence that alliances
focusing on what they can do to meet the market needs are more likely to come up with
novel and meaningful products that are more succcessful than their competitors’
(BusinessWeek 2006a).
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Antecedents of Alliance Market Orientation
Alliance market orientation was expected to be enhanced by joint alliance
competence, goal congruence, complementary resources, trust, and commitment. Perhaps
one of the interesting findings of this study is that an increase in complementary
resources did not have an effect on alliance market orientation. This result may reflect the
necessity of complementary resources for all types of alliances. Post study interviews
with managers supported this finding. According to managers, the reason that they enter
into alliances is because they lack certain resources needed to be succesful in the
specified markets. According to one executive, searching for a relevant partner for the
long-term innovation alliance is a very intense experience. An extensive due diligence
process assists them to understand the level of complementarity between partners. Most
firms would prefer doing in-house R&D if they had all the necessary resources available.
Having complementary resources in the alliance is not only a pre-condition to develop
alliance market orientation, it is a precondition for all types of alliances. No matter what
the alliance wants to achieve, the participants should have complementary resources to
succeed.
Based on empirical findings, joint alliance competence is the most influential
antecedent of alliance market orientation. Partnering firms with alliance competence are
experienced, invest time and resources to develop competent alliance managers, and have
high partner identification propensity. Firms with alliance competence understand that
they can not develop unique and relevant products without understanding the market and
respond to it in a timely manner. Therefore, they choose a partner with whom they can
have clear communication in terms of developing market-oriented behaviors, which will
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eventually lead to success. As Spekman et al. (1999) indicate, developing a market
focused view in an alliance needs experience, vast investment of resources, and trained
alliance managers. Alliance market orientation is initiated by the competent alliance
partners. Based on R-A theory, joint alliance competence is conceptualized as a renewal
competence in this study. Alliance competence as a renewal competence enables firms to
improve their industry foresight and anticipate market requirements ahead of competitors.
An alliance competence as a renewal competence enables partner firms in an alliance to
understand the evolving needs and preferences of customers before competitors and
energize their alliance to respond to them. Furthermore, an alliance competence enables
partner firms to connect their inter-organizational processes to the external environment.
Goal congruence is a strong predictor of alliance market orientation. Post study
interviews with alliance managers supported this conclusion. It seems that similar goals
assure the partners that the other will walk the same path. As one manager stated,
assuring market-oriented behaviors in an alliance environment is far more challenging
than developing market-oriented behaviors in a firm. It needs both sides to focus on one
objective. Goal congruence is important in determining the likelihood that partners will
develop alliance market-oriented behaviors necessary for long-term success.
This study also postulated that alliance market orientation is enhanced by relational
factors such as trust and commitment. In their seminal article, Morgan and Hunt (1994)
concluded that cooperation is the only common outcome of trust and commitment.
Alliance market orientation is an intensive cooperative behavior; and therefore, it needs
partners dedicated to working together to achieve mutual goals. Dedication comes from
trustworthy partners and their commitment to the relationship. This study indicates that
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alliance partners who have previously demonstrated reliability and integrity, and thereby
commitment to the relationship, will be less hesitant to share market-related information.
With trust and commitment, alliance partners are more willing to generate market
intelligence together and act on the gathered and shared intelligence in a concerted
manner. A high degree of trust and commitment will make the alliance partners more
willing to engage in joint activities that will eventually increase the level of the alliance’s
market orientation.
7.2.2 Joint Alliance Competence
This study replicates and extends Lambe et al.’s (2002) alliance competence
model to new product development alliances. According to their findings, alliance
competence is a key antecedent to complementary resources, idiosyncratic resources, and
alliance success. They also found that top management support is critical in developing
alliance competence. This dissertation supports and extends their findings in a way that
alliance competence is critical to goal congruency and complementary resources. Firms
with alliance competence have an ability to find partners who have the same goal and the
resources that complement partnering firm’s resources. Alliance market orientation is
conceptualized as an idiosyncratic resource in this study. Research findings reveal that
joint alliance competence contributes to alliance market orientation and strongly
enhances it. Therefore, it also supports Lambe et al.’s (2002) result that alliance
competence is shown to have a significant effect on alliances’ idiosyncratic resource.
Competence-based theory literature cites that competencies and core capabilities are
developed and maintained only with the urging of top management. Since competencies
take a long time to develop and have an expensive and intensive development process,
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they require the attention of top management. Innovation alliances are risky
collaborations and in the face of the inevitable ups and downs of an innovation alliance,
long term co-development alliance commitment is difficult without top management
support. As one of the executives said, it may be common sense to think that top
management supports the alliance formation and development. In fact, very few firms
have visionary top management executives who provide the financial and managerial
support to improve their innovation alliances and energize their executives. The same
respondent concluded, they always say it but very few of them actually execute it. This
study confirms that top management support strongly enhances the firms’ alliance
competence.
Contrary to Lambe et al.’s (2002) findings, this study’s results show that alliance
competence leads to new product alliance performance only through alliance market
orientation. It seems that joint alliance competence is the initiator and motivator of
market-oriented behaviors of an alliance that eventually lead to alliance’s high new
product performance. Using Day and Wensley’s (1988) source-position-performance
(SPS) framework, results confirm that joint alliance competence enables an alliance to
enhance their positional advantage through the development of alliance market-oriented
behaviors, which in turn result in novel and meaningful products that improve the co-
development performance.
7.2.3 New Product Creativity
This dissertation postulated that new product novelty and meaningfulness as the
components of new product creativity positively influence the alliance’s new product
performance. This research confirms the contention that multiple measure of performance
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219
should be used for B-B research (Im 1999). Top-line market performance of the new
product can be represented by relative market share and sales; bottom-line financial
performance can be measured by relative ROI and profitability. Overall satisfaction and
customer satisfaction capture the qualitative dimension of new product performance in
terms of the new product’s ability to meet original objectives. Consistent with the
expectation, new product novelty and meaningfulness positively influence the new
product performance. This finding shows that new product performance in terms of top-
line, bottom-line, and qualitative objective outcomes is driven by the increases in novelty
and relevant attributes of new products. Interestingly, both novelty and meaningfulness of
new products have equal contributions to new product performance. It means that in high
technology markets customers not only expect novel and unique products, but also they
expect this uniqueness to make sense for them. As the head of GlaxoSmithKline’s
regional operations, Andrew Witty, discussed their recent NPD alliance with Academia
Sinica. He stated that “we are looking for an innovation which is relevant, so innovation
which can actually ultimately, in our view, help move forward meaningful drugs.” As
another example, new diet drugs use novel approaches to weight loss which customers
like to try; however, if these novel approaches do not make sense for customers, these
drugs will not be able to keep their performances high in the long term. As an example,
both Xenical and Meridia use novel approaches to reduce fat in patients with obesity
problem. Most patients find the idea behind these medicines as novel. However, since
these medicines make patients to lose muscle instead of fat, they are found to be
meaningless by patients. Although they have novel approaches for weight loss, Xenical
and Meridia’s performances suffer due to the meaningless of the their products.
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7.2.4 Control Variables
This dissertation includes two control variables that are commonly believed to
influence the new product development activities of alliances in the high technology
industry. These are market density and technology density. Market density refers to the
potential demand for the new product developed by the alliance in the target market.
Technology density refers to the rapid rate of technological change in the market.
Contrary to expectation, technology density does not have any significant effect on new
product outcomes. It means that rapid technological change influences neither the novelty
and meaningfulness of the new products nor their performance in the market. It seems
that alliances are not especially motivated to develop unique and relevant products just
because the technology in the market changes fast. Irrespective of the density of
technology change, firms are motivated to innovate. Following research finding
completes this view. Market density is found to have a positive effect on both new
product novelty and meaningfulness. It reveals that it is the market and its needs that
determine the creativity of new products and not the technology density. If there is a
certain need in the market, alliances are motivated to provide the unique and relevant
products to the customers. With Astra-Zeneca and MAP Pharmaceuticals Alliance’s
innovative product UDB, the uniqueness and relevance of the product come from the
market density in the pediatric asthma market. Contrary to expectation, market density
does not have a direct effect on new product performance. It influences alliances’ new
product performance only through novel and meaningful products.
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7.2.5 Theoretical Contribution
This dissertation advances our understanding of successful inter-organizational new
product development processes. To begin with, it points alliance market orientation as a
key mediating factor in alliances’ new product development efforts. New product
development has been considered as the efficient and effective management of
knowledge assests. As a knowledge-based strategy, market orientation has been the focal
point in intra-organizational new product development studies. Recently, B-B
researchers have started questioning the role of market orientation in relationship context,
but there was no systematic work to date on inter-organizational market orientation and
its role in expanding the size of the pie between partners. This study extends our
understanding of inter-organizational market orientation and provides powerful assurance
to the partners of successful pie expansion.
This dissertation contributues to the marketing and management literatures by
conceptualizing alliance market orientation, developing its measure, and testing its role in
inter-organizational new product performance. According to the findings, alliance market
orientation helps alliance partners to jointly and systematically understand market and
respond to its needs better than the competing alliances. As an idiosyncratic relationship
property, alliance market orientation is positively influenced by goal congruence of
partners, their joint alliance competence, trust, and commitment. Alliance market
orientation motivates partners to have a strong market focus and bifocal vision; therefore,
it is expected that these alliance partners already know how to develop and manage an
alliance and solve the inter-organizational coordination problems. Firms with alliance
competence are competent and confident about solving inter-organizational issues. They
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are aware that it is hard to meet market needs without having market focus. This study
shows that in order for NPD alliances to succeed in the market place, they have to inform
NPD processes through both external and internal activities. NPD alliances should not
only incorporate inter-organizational factors to their new product development processes,
but more importantly, the realities of their market.
This dissertation also contributes to our knowledge of idiosyncratic resources and
their role in making inter-organizational relationships effective and efficient. This study
empirically shows that alliance market orientation is an idiosyncratic resource which
eventually results in differential new product performance of the partner firms. Although
partner firms can still form similar arrangements with alternative firms, the specifics of
alliance competence, relational factors, partners’ goals, their complementary capabilities,
and top management supportive mechanisms will vary; and that makes the alliance
market orientation rare, valuable, non-substitutable, and most importantly, difficult to
imitate precisely.
Last, but not the least, the findings of this study provides some empirical evidence for
R-A theory. R-A theory agrees that competition is a dynamic and ongoing process.
Therefore, it suggests that the marketplace position of competitive advantage results from
idiosyncratic resources of an alliance. This resource assortment enables alliances to
produce market offerings for some market segment(s) that is perceived to have superior
value (Hunt 2000). Alliance market orientation is such a valuable idiosyncratic resource
assortment available to the alliances.
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7.3 Managerial Contribution
The National Cooperative Research and Production Act (NCRPA) of 1993 allowed
research, development, and production activities to be performed in collaboration with
intra- and inter-industry partners. Since then, the number of new product alliances has
grown. Many firms have been willing to collaborate with other firms to share R&D costs,
pool risks, and access to the complemetary resources. Although NPD partnerships have
been seen as a panacea for many firms’ NPD problems, according to the recent statistics
failure rate among NPD alliances is reported as high as 70 percent. Given the growing
popularity of NPD alliances and the importance of managing the innovation process in
inter-organizational context, this dissertation suggests a number of implications for
practitioners.
First, collaboration with other firms is not without risks. As one of the managers put
in the post study interviews, it may be risky to share sensitive information with a partner
in the long term. The current partner may collaborate with another firm who is a
competitor of the respective firm. Therefore, it is very important to ensure the trust
between partners and their commitment to the ongoing relationship. This dissertation
shows that although relational factors are the sine qua non of the alliances, focusing too
much on relational factors may be detrimental in the long term. NPD alliances are
involved in knowledge use and the management process. Therefore, it is crucial for NPD
alliances to understand the market needs and meet them faster and better than their
competing alliances. This study shows that relational factors are the prerequisite for
developing alliance market orientation. Since NPD activities are considered as a spanning
process informed by both external and internal activities, relational factors should be used
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to form and manage alliances’ market-oriented behaviors. Focusing too much on the
ongoing relationship may mislead alliance partners and lead them to miss the market
opportunity.
Second, this study also recommends that, since alliance market orientation is an
intensive set of collaborative behaviors, firms with a lack of alliance competence should
consider building their alliance competence first. In addition, they should collaborate
with firms who also have an alliance competence. Competent alliance partners know how
to form, develop, and manage alliances. They have alliance-related experiences, alliance
manager training programs, skills and capabilities to identify the best possible partner.
Therefore, firms with less alliance competence should collaborate with firms with
alliance competence to learn the NPD alliance management from them and eventually get
enough competence to show market-oriented behaviors in their current and future
alliances.
Third, this dissertation shows that joint alliance competence, relational factors, and
goal congruence are the prerequisite factors for alliance market orientation. These factors
affect alliances’ new product outcomes only through alliance market orientation.
Collaborating with competent firms who have the same objective and have a trustworthy
relationship will lead to competitive advantage only if these alliances are able to combine
these factors in a unique and idiosyncratic fashion to develop alliance market orientation.
Fourth, this dissertation suggests that both new product novelty and meaningfulness
are important factors in new product performance. Indeed, both of them are required for
new products to succeed in the market place. Especially in the biotech and pharma
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225
industries, customers are looking for new treatments; but at the same time, they want
these treatments to be meaningful and relevant to their problems.
Lastly, this dissertation shows that top management support is crucial in developing
and managing firms’ alliance competences. In this study, big pharma and semiconductor
companies indicated that for every alliance they are working with, senior managers
assign an alliance manager or business development executive. Eli Lilly in 1999
established the pharma industry’s first Office of Alliance Management. The head of
alliance managers reports to Lilly’s senior vice president of corporate strategy who
reports to the chairman and CEO. This means that alliance directors are assigned to high
responsibilities, and the top management closely monitors their activities and
performance. In firms like Eli Lilly, commitment to collaboration and building alliance
competence is a fundamental part of the overall strategy and it originates from the top
management level.
7.4 Limitations
As with any study, findings in this study must be evaluated in light of certain key
limitations. The first limitation in this study is related to the sample frame. This study
selected alliances from various high-tech industries. It excluded other industries that may
provide creative products such as chemicals, automative, and petroleum. In addition, the
sample comprised small to large companies. Since the unit of analysis is dyad in this
study and I could not gather the partner information from most of the alliances, I do not
have knowledge about the size of the alliance; and therefore, I could not incorporate
alliance size as a control variable in the structural model.
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The second limitation concerns the type of alliances. This study collected data from
customer-supplier, competitor, and collaborator type of alliances. Since Lisrel does not
allow the test of ordinal control variables, the type of alliance could not be controlled for
when testing the model. Although dividing the data into alliance types and running the
same model for these types could produce interesting results, it decreased the sample
size of each group dramatically. Because Lisrel is sensitive to sample sizes, I could not
investigate the results based on different groups.
The third limitation is that findings may be limited due to the selection criteria of the
NPD alliances in the study. Even though the respondents were asked to select an NPD
partner that they have commercialized a product with regardless of their performance,
they would still select a succesful one. Since the measures of performance provided
enough variances to evaluate new product performance, I believe that results are
acceptable.
The fourth limitation is from incorporating only one partner’s responses in the
analysis process. This study attempted to collect data from both sides of the alliance. For
several reasons, firms were not willing to provide their partners’ name. Among 253 firms,
only 30 dyadic matched data was available, which was not a sufficent sample size to
implement comprehensive theory testing. The firms’ reasons of not providing partner
names are reported at Table 4.3. Although the unit of analysis is dyad, this study uses a
single informant approach. The common method bias test statistics showed that this bias
is not an issue. However, getting responses from both sides of the same relationship
could have provided more insights regarding their relationship.
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The fifth limitation concerns the new products. Although the survey indicated that
selection of new product alliance was limited to one that has a new product, some
executives indicated that they have a product in the market; but they do not have concrete
new product performance results, which might force them to makes guesses about
performance of their new product. Although it is sometimes hard to get financial and
market performance results in the early stage of new product launch, this dissertation
attempted to solve this problem by using self-reported multiple measures of new product
performance (Im 1998). In addition, this study could not use objective performance
results. Although it is desirable to use objective measures, they are difficult to obtain and
even more difficult to interpret (Rindfleisch 1998). As shown in the literature (Song and
Parry 1997), managerial perceptions are generally consistent with objective measures.
Finally, the cross-sectional approach may not lead to effective conclusions regarding
causality. Lack of sufficient causality may make it difficult to generalize the results to all
industries.
7.5 Future Research Issues
This dissertation represents the first attempt to understand the role of alliance market
orientation in inter-organizational new product development activities; and hopefully, it
will stimulate future research in this domain. In this section, I briefly discuss promising
venues for future reserach, many that I plan to pursue in developing a programmatic
stream of research emanating from this dissertation.
As an immediate extension of my dissertation research, I will keep gathering dyadic
alliance information. I will investigate the alliance partner’s perceptional differences
about the same inter-organizational factors, and how these differences impact the new
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228
product outcomes. Based on the preliminary results of 30 dyadic alliances, I expect to see
perceptional differences in certain constructs (e.g., competence, relational factor). As a
conjecture, I expect that as the perceptions diverge between partners, they will have hard
time showing alliance market-oriented behaviors, which will eventually harm new
product outcomes.
Another promising research direction may be understanding how different alliance
types develop their market-oriented behaviors, and how new product related outcomes
are influenced by them. I collected data from different types of alliances. In my
preliminary analysis, I realized that different alliance types have different attitudes
toward developing alliance market-oriented behaviors. For example, antecedents of
alliance market orientation have stronger impacts on alliance market orientation in
customer-supplier type of alliances than they have in competitor-based alliances. Since
vertical alliances serve the same goal and do not compete for the same markets, it may be
easier for them to share market intellingence. However, competitor-based alliances, such
as Microsoft-SAP, may show resistance to share sensitive market intelligence even
though that intelligence may serve to an immediate need.
The third research area can be a longitudinal study of alliance market orientation. In
the pretest and post study interviews, managers indicated that alliance market orientation
may take long time to develop, and there may be other variables contributing the
formation of alliance market orientation. An extension of this study, which conducts in-
depth interviews and focus groups with executives as a part of longitudinal study, may
provide deeper analysis and insights (Gebhart et al. 2006). It may be interesting to
understand how and under what circumstances alliances become market-oriented. What
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are the main factors that contribute to the formation of alliance market orientation? How
do these factors and their impact evolve or change?
The fourth research direction may be the investigation of how a single firms’ market
orientation contributes to their inter-organizational market orientation. Is it the case that
market-oriented firms have more tendency to build market-oriented alliances? Can we
expect that market-oriented firms engage in a high degree of systematic and joint market
intelligence gathering, interorganizational information exchange, and joint
responsiveness? I plan to fully explore the relationship between firm level market
orientation and inter-organizational market orientation through a longitudinal study in
which I track NPD alliance participants from initial alliance formation to dissolution of
the alliance. As part of this longitudinal study, I also plan to analyze how this relationship
differs among different types of alliances.
Finally, as part of my future research portfolio, I believe that it would be interesting
to examine the market-oriented alliances’ evaluation by stockholders. Using a
combination of survey methodology and event study, stockholders’ value appreciation of
market-oriented alliances can be investigated.
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230
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APPENDICES
FINAL INSTRUMENT
page
I. Cover Letter .......................................................................................................... ...250
II. Questionnaire ............................................................................................................251
III. E-mail body text (initial e-mail) ...............................................................................261
IV. Reminder e-mail ........................................................................................................262
V. Scales .......................................................................................................................263
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Texas Tech University New Product Development Alliance Research Project Pelin Bicen, Principal Researcher Shelby D. Hunt, Faculty Advisor
Dear Mr. Brown, You have been selected to participate in a scientific study aimed at better understanding the relationships and relationship outcomes between dyadic new product alliance partners. In this study, we seek to answer the question of what makes new product alliances succeed by examining the role of the alliance partners’ joint generation and integration of market information in new product development activities. In addition, we also investigate how alliance competence – an organizational ability for finding, developing, and managing alliances – influences alliances’ market oriented behaviors.
The survey is just asking for your opinions and feelings, and there is no right or wrong answers. We understand that time is very valuable in managers’ daily schedules. Therefore, we extensively pretested the survey with distinguished CEOs, CMOs, R&D managers, alliance managers, and business consultants. They informed us that survey questions are easy to answer and they should take no more than 10-15 minutes to complete. Since you are in a scientifically selected limited sample, your experience will be a tremendous help to the progress of this academic project. Since this is an academic research project, the researchers will be the only people who will see the individual responses. Therefore, information collected in the surveys, names of respondents, and company names will remain confidential and will not be reported in any presentations or
publications. Any information given will be averaged across the responses of many other firms so that no one’s individual answers can be determined.
As an (admittedly modest) incentive to participate, we will send you a confidential customized summary report. This report will include (1) a summary of the main study results and an immediate access to the conclusions and recommendations that emerge and (2) a detailed comparison of ABCD Technologies’s data benchmarked against all other firms participated in our study.
If you have any questions about this project, please contact Pelin Bicen at +1 806 789 3595, or via email at [email protected]. Your cooperation is greatly appreciated.
Sincerely, Shelby D. Hunt Pelin Bicen The Jerry S. Rawls and P.W. Horn Professor of Marketing PhD Candidate Rawls College of Business Rawls College of Business Texas Tech University Texas Tech University
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TEXAS TECH UNIVERSITY NEW PRODUCT ALLIANCE STUDY
General Instructions
1. The main purpose of this study is to understand why some new product alliances have better performance than others. This is the pre-test of the final survey. Your valuable inputs, suggestions, and comments will be used to improve the quality of the survey instrument. 2. Some of the questions ask about events which you may not have been directly involved in. Please try to answer these questions to the best of your knowledge based on anything you have seen or heard. If you think that you don’t have sufficient knowledge of alliance management, please pass this survey along an executive in your firm who has experience and knowledge. 3. It is important to provide your best answers for every question in the survey, even if you are not certain about the exact answer. Your approximate answer is far more useful than an incomplete survey. 4. We expect that survey should take no more than 10-15 minutes to complete. In appreciation of your assistance, we will be glad to send you a customized summary report of the main results of the study. Our intent is to provide you practical information that will help your alliance to manage alliance activities more effectively and efficiently. You can register your request by filling out your name and address provided below. We are committed to providing you timely and actionable research results. 5. The information you provide will be kept strictly confidential. We will not report respondent or company names. The research results will be based on aggregate responses from the entire sample. Any information given will be averaged across the responses of many other companies so that no one’s individual answers can be determined. 6. Since you are considered part of a small, scientifically selected sample of professionals, your response is very important for the successful completion of this project and the validity of its findings.
If you have any questions about this project, please don’t hesitate to contact the principal researcher. The contact information is provided below. Your timely response is very critical to
this study’s success.
Thank you in advance for your help in making this project a success. Pelin Bicen
Doctoral Candidate Department of Marketing Rawls School of Business
Texas Tech University 79409-2101 Phone: (806) 789 3595 Fax: (806) 742 2199
e-mail: [email protected]
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SECTION A: ALLIANCE NEW PRODUCT DEVELOPMENT INFORMATION
This first section examines ONE of your New Product Development (NPD) Alliances that you have a commercialized product with. Please list one of your NPD alliance partners below. This partner does not necessarily have to be your “most important” or “most favored” partner, although it can be. We would like to sample from a wide variety of alliance relationships so that comparisons can be made across different types. Our first question asks you to provide some information regarding the type of your
relationship to your alliance partner.
We are interested in the nature of your firm’s relationship with your alliance partner who
initially formed this alliance. Using the coding scheme listed directly below, please classify
your alliance partner by recording the appropriate code in the space next to the alliance
partner’s name. Code: Nature of the Relationship:
(A) …………………………………………. Our partner is one of our customers (B)………………………………………….. Our partner is one of our suppliers (C) …………………………………………. Our partner is one of our competitors (D) …………………………………………..Other This next question is interested in the extent of your firm’s history with your alliance
partner who initially founded this alliance. Using the scale listed directly below, please rate
the number of previous inter-organizational relationships your firm had with your alliance
partner prior to the formation of this alliance, by recording the appropriate number in the
third space for each participant.
Few relationships Many relationships
(1) (2) (3) (4) (5) (6) (7)
The final question in this section is interested in the governance mode of your alliance.
Using the coding scheme listed directly below, please classify your alliance type by
recording the appropriate code in the last space. To assist you in the question, definition of
each term is provided below.
Equity alliance: Cooperative contracts are supplemented by equity investments by one partner in
the other partner. Sometimes these investments are reciprocated.
Non-equity alliance: Cooperation between firms is managed directly through contracts, without cross-equity holdings or an independent firm being created.
Joint ventures: Arrangements where a new, separate entity is created by the combination of the
resources of the two parent companies.
Code: Alliance Type:
(A) Equity alliance (B) Joint ventures (C) Non-equity alliance
Alliance Partner Name: Relationship Type: Relationship History: Alliance Type:
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SECTION B:
NEW PRODUCT DEVELOPMENT ALLIANCE
CHARACTERISTICS AND ACIVITIES
The questions in this section concern your alliance characteristics and activities related to the alliance discussed in Section A. Please rate the degree to which the following items accurately describe the aggregate level of
trust between your firm and your partner.
Strongly
disagree
Strongly
agree In our relationship, both our alliance partner and
we 1 2 3 4 5 6 7
…………are honest
…………can be counted on to do what is right
…………are faithful
…………have confidence in each other
…………have high integrity
…………are reliable
…………are trustworthy
Please rate the degree to which the following items accurately describe the aggregate level of
commitment of your firm and your partner to the relationship.
Strongly
disagree
Strongly
agree Both our alliance partner and we view our
relationship as something 1 2 3 4 5 6 7
…be committed to
…important to our firms
…of significance
…our firms really care about
…deserving our firms’ maximum efforts to maintain
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Please rate the degree to which the following items accurately describe the complementary
resources that your firm and your partner have.
Strongly
disagree
Strongly
agree Both our alliance partner and we
1 2 3 4 5 6 7
…both contribute different resources to the relationship that help us achieve mutual goals.
… have complementary strengths that are useful to our relationship.
…each have separate abilities that, when combined together, enable us to achieve goals beyond our individual reach.
Please rate the degree to which the following items accurately describe the goal congruence
that your firm and your partner have.
Strongly
disagree
Strongly
agree Our firm and our partner’s firm
1 2 3 4 5 6 7
…. have compatible goals
.....support each other’s objectives
.... share the same goals in the relationship.
Please rate the degree to which the following items accurately describe the top management
support of your firm and your partner firm in activities of your alliance.
Strongly
disagree
Strongly
agree Top management in both firms
1 2 3 4 5 6 7
… believe that alliances play a role in the future success of each firm.
… are committed to the use of alliances to achieve strategic goals.
… support the use of alliances when situations call for them.
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Please indicate the extent to which you agree/disagree with how effectively your alliance
supports the behaviors necessary to respond to customers’ needs.
Strongly
disagree Strongly
agree
1 2 3 4 5 6 7
Our alliance’s business objectives are driven by customer satisfaction.
Our alliance’s strategy for competitive advantage is based on our joint understanding of customer needs.
Our alliance’s business strategies are driven by our beliefs about how we can jointly create greater value for customers.
Please indicate the extent to which you agree/disagree with how effectively your alliance
supports the behaviors necessary to respond to competitors’ threads.
Strongly
disagree
Strongly
agree
1 2 3 4 5 6 7
Senior managers in our firm meet frequently with their counterparts in our partner’s firm to discuss competitors’ strengths and strategies.
In our alliance, we jointly target customers where we have an opportunity for competitive advantage.
In our alliance, we jointly respond to competitive actions that threaten us.
In our alliance, we frequently share information with each other concerning competitors’ strategies.
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Please indicate the extent to which you agree/disagree with the interaction among your
partner and your firm, integration across firms, and efforts to achieve the same goal in the
inter-organizational new product development activities.
Strongly
disagree
Strongly
agree
1 2 3 4 5 6 7
In our alliance, people in both organizations work together to solve our alliance’s problems.
In our alliance, activities involved in the new product development process are well-coordinated.
In our alliance, the different job activities related to new product development activity fit together very well.
In our alliance, people who have to work together are responsive to their co-workers’ needs and requests.
Please indicate the extent to which you agree/disagree with your partner’s and your firm’s
experiences in alliance activities.
Strongly
disagree
Strongly
agree
1 2 3 4 5 6 7
Both our alliance partner and we have a deep base of partnership experience.
Our alliance partner and we each have participated in many alliances.
Individually our alliance partner and we have been partners in a substantial number of alliances.
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Please indicate the extent to which you agree/disagree with your partner’s and your firm’s
partnership selection abilities.
Strongly
disagree Strongly
agree
1 2 3 4 5 6 7
Our alliance partner and we each actively search for promising alliance partners.
Alliances that can help our business are sought out by both our alliance partner and us.
Our alliance partner and we each are constantly seeking partnering opportunities.
Both our alliance partner and we are always looking for firms that we can partner with to jointly develop competitive advantage.
Please indicate the extent to which you agree/disagree with your partner’s and your firm’s
alliance manager development capabilities.
Strongly
disagree
Strongly
agree
1 2 3 4 5 6 7
Both our alliance partner and we have programs to develop capable alliance managers.
Our alliance partner and we each understand how to produce effective alliance managers.
Both our alliance partner and we effectively train competent alliance managers.
Our alliance partner and we each know how to identify effective alliance managers.
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In this section, we are interested in the degree to which the new products generated by your
alliance are perceived to represent unique differences from competitors’ products in ways
meaningful to target customers. Please rate the degree to which the new products generated
by your alliance have tended to be
Strongly
disagree
Strongly
agree
1 2 3 4 5 6 7
Unconventional
Novel
Unusual
Unique
Original
Relevant
Suitable
Useful
Meaningful
Please indicate the extent to which the new products generated by your alliance have tended
to be successful in terms of
Strongly disagree Strongly agree
1 2 3 4 5 6 7
Sales
Market Share
Return on investment
Profits
Customer satisfaction
Overall performance
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SECTION C: MARKET ENVIRONMENT INFORMATION
This section is concerned with the general information about your alliance’s market. Please indicate the extent to which you agree/disagree with the characteristics of your
alliance’s target market.
Strongly
disagree Strongly
agree
1 2 3 4 5 6 7
Potential customers have a great need for the product that our alliance develops.
The dollar size of the market (either existing or potential) for the product that our alliance develops is large.
The market for the product that our alliance develops is growing very quickly.
Please indicate the extent to which you agree/disagree with the rate of technology change in
your alliance’s market.
Strongly
disagree
Strongly
agree
1 2 3 4 5 6 7
The technology in our alliance’s market is changing rapidly.
Technological changes provide big opportunities in our alliance’s market.
A large number of new product ideas have been made possible through technological breakthroughs in our alliance’s market.
Technological developments in our alliance’s market minor.
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SECTION D: BACKGROUND INFORMATION
The questions in this final section concern your individual role in the new product development alliance. How involved were you personally in the formation of this business alliance?
1
2
3
4
5
6
7
Not at all involved
Highly involved
How knowledgeable are you about the new products developed as a result of your firm’s
participation in this new product development alliance?
1
2
3
4
5
6
7
Not at all knowledgeable
Highly knowledgeable
How many total years of experience do you have in new product development? …..Years
How many years have you worked for your present company? …….Years
Please check the job title that best describes your current position
Chief Executive Officer (CEO)
Chief Scientific Officer (CSO)
Chief Technology Officer (CTO)
Chief Operating Officer (COO)
Chief Marketing Offier (CMO)
Vice President of Marketing
Vice President of Corporate/Business Development
Alliance Manager/Executive
Vice President/ Director of Research Development
Vice President/ Director of Engineering
Vice President/Director of New Product Development
Business Consultant
Other (please specify)
We greatly appreciate your contribution to this scientific research.
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From: Bicen, Pelin To: [email protected] Subject: Texas Tech University R&D Alliance Research Project Dear Mr. Brown, My name is Pelin Bicen and I am a Ph.D. candidate at the Marketing Department of Texas Tech University. I have recently called you and left a message to your voicemail about the Texas Tech University's (TTU) Research and Development Alliance research project which is also my Ph.D. dissertation. TTU NPD Alliance Research project is designed to better understand the underlying factors that promote new product development alliance success, and therefore it aims to assist companies in their successful alliance initiatives. In order to come up with reliable and valid empirical results, this academic study will use a rigorous statistical analysis therefore it requires a considerable sample size. Texas Tech University Rawls College of Business has Thompson Financial Securities Alliance Database (TFSD). The sample is scientifically selected from this database. ABCD Technologies is a very important part of this scientifically selected sample. Since this research involves distinguished executives and requires a key respondent from each selected company, your participation is very crucial for this academic research project. Therefore, we would kindly like to ask whether you can be willing to participate to this academic research project by filling up an online survey. The details of the project and the confidentiality issues are discussed in the cover letter in the attachments. Since this is an academic research, your inputs will be kept strictly confidential. Since your input is very important for the reliable empirical results, hopefully you will have a favorable decision regarding providing your insights to this academic project Mr. Brown. Your expertise and cooperation will help us to get valid and attainable results regarding successful alliance management, therefore, it will be greatly appreciated. With respect to your time, please choose one of the followings regarding this survey invitation: 1) Please send me an e-mail including the link for this academic project's websurvey. 2) Please don't send me any more e-mail regarding this academic project. Looking forward to your response at your earliest convenience, With best personal regards, Pelin Bicen.
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From: Bicen, Pelin To: [email protected] Subject: Texas Tech University R&D Alliance Research Project (reminder) Dear Mr. Brown, My name is Pelin Bicen and I am a Ph.D. candidate at the Marketing Department of Texas Tech University. I sent you an e-mail about the Texas Tech University's (TTU) R&D Alliance Research project last week. I know that you have a busy daily schedule, but I would kindly like to ask whether you have had a chance to review my request regarding this academic study which is also my PhD dissertation. Please accept my sincere apologies for sending many e-mails; but, since I have not heard from you regarding whether to participate to our R&D alliance management study and I know how busy you are, I would kindly like to remind you. Since ABCD Technologies is a very important part of our scientifically selected sample, your input is very important for the reliable and actionable results. It is very challenging to collect data from executives; therefore, it is hard to come up with a reasonable and reliable sample. In this process, your input is very important. I am attaching my previous e-mail below and the cover letter in the attachments for further information. Since I have only contacted with a carefully selected sample of firms from the Thompson Financial Securities Alliance Database (TFSD), it is extremely important that your response be included if my results are to accurately reflect the opinions of firms in the high-tech industry. Therefore, may I kindly request you to let me know whether you may have 10 minutes to complete our online survey? Looking forward to hearing from you at your earliest convenience Mr. Brown. With my best personal regards, Pelin.
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SCALES
Trust:
In our relationship, both our alliance partner and we:
... are honest.
... can be counted on what is right.
... are faithful.
... have confidence in each other.
... have high integrity.
... are reliable
... are trustworthy. Adapted from: Morgan and Hunt (1994) (7 point scale, anchors are strongly disagree
and strongly agree)
Commitment:
Both our alliance partner and we view our relationship as something:
... to be committed to
... important to our firms
... of significance
... our firms intend to maintain indefinitely *
... much like being family *
... our firms really care about.
... deserving our firms’ maximum efforts to maintain. Adapted from: Morgan and Hunt (1994) and Wittman (2001), (7 point scale, anchors are
strongly disagree and strongly agree)
Complementary Resources * :
We both contribute different resources to the relationship that help us achieve mutual goals. We have complementary strengths that are useful to our relationship. We each have separate abilities that, when combined together, enable us to achieve goals beyond our individual reach.
Adapted from: Lambe et al. (2002), (7 point scale, anchors are strongly disagree and
strongly agree)
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Joint Top Management Support:
Top Management in both firms:
... believe that alliances play a role in the future success of each firm.
... are committed to the use of alliances to achieve strategic goals.
... support the use of alliances when situations call for them.
... tell their employees that this alliance’s survival depends on its adapting to market trends * …believe that serving customers is the most important thing this alliance does * .
Adapted from: Lambe et al. (2002) and Jaworski and Kohli (1993) (7 point scale,
anchors are strongly disagree and strongly agree)
Goal Congruence of the Dyad:
Our firm and our partner’s firm: ... have different goals R * ... have compatible goals. ... support each other’s objectives. ... share the same goals in the relationship.
Adapted from: Jap (1999). (7 point scale, anchors are strongly disagree and strongly
agree)
Alliance Market Orientation (new scale)
Customer orientation * : Our alliance’s business objectives are driven by customer satisfaction. In our alliance, we get together frequently to monitor our level of commitment and orientation to serving customers’ needs * Our alliance’s strategy for competitive advantage is based on our joint understanding of customer needs. Our alliance’s business strategies are driven by our beliefs about how we can jointly create greater value for customers. In our alliance, we get together frequently to measure customer satisfaction * In our alliance, we get together periodically to review the likely effect of changes in our business environment (e.g., regulation, competition) on customers *
(7 point scale, anchors are strongly disagree and strongly agree)
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Competitor Orientation * : Senior managers in our firm meet frequently with their counterparts in our partner’s firm to discuss competitors’ strengths and strategies. In our alliance, we jointly target customers where we have an opportunity for competitive advantage. In our alliance, we jointly respond to competitive actions that threaten us. In our alliance, we frequently share information with each other concerning competitors’ strategies. In our alliance, we don’t work together to generate intelligence on competition R *
Inter-organizational coordination * : Senior managers in both firms understand how people across organizations can contribute to creating customer value * In our alliance, people in both organizations work hard to jointly solve our alliance’s problems. In our alliance, activities involved in the innovation process are well-coordinated. In our alliance, the different job activities related to new product development activity fit together very well. In our alliance, we have inter-organizational meetings frequently to discuss market trends and developments * In our alliance, people who have to work together are responsive to their co-workers’ needs and requests.
Joint Alliance Competence:
Alliance Experience-Based Knowledge
Both our alliance partner and we have a deep base of partnership experience Our alliance partner and we each have participated in many alliances. Individually our alliance partner and we have been partners in a substantial number of alliances.
Alliance Manager Development Capability Our alliance partner and we each actively search for promising alliance partners. Alliances that can help our business are sought out by both our alliance partner and us. Our alliance partner and we each are constantly seeking partnering opportunities. Both our alliance partner and we are always looking for firms that we can partner with to jointly develop competitive advantage.
Partner Identification Propensity Both our alliance partner and we have programs to develop capable alliance managers Our alliance partner and we each understand how to produce effective alliance managers. Both our alliance partner and we effectively train competent alliance managers. Our alliance partner and we each know how to identify effective alliance managers.
Adapted from: Lambe et al. (2002). (7 point scale, anchors are strongly disagree and
strongly agree)
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NP Creativity:
In regard to new product creativity, please rate the degree to which the new products generated by your alliance have tended to be Novelty: Meaningfulness:
Exciting * Relevant Fresh * Suitable Unconventional Appropriate * Novel Useful Unusual Meaningful Original. Unique
Adapted from: Andrews and Smith (1996), Im and Workman (2004), Sethi et al. (2001),
(7 point, anchors are strongly disagree and strongly agree)
NP performance
The new products generated by your alliance have tended to be successful in terms of
Sales Market share Return on investment Profits Customer satisfaction Overall performance
Adapted from: Im and Workman (2004), (7 point scale, anchors are strongly disagree
and strongly agree)
Market Density
There are many potential customers for the product that our alliance provides a mass marketing opportunity. * Potential customers have a great need for the product that our alliance develops. The dollar size of the market (either existing or potential) for the product that our alliance develops is large. The market for the product that our alliance develops is growing very quickly.
Technology Density
The technology in our alliance’s market is changing rapidly Technological changes provide big opportunities in our alliance’s market A large number of new product ideas have been made possible through technological breakthroughs in our alliance’s market Technological developments in our alliance’s market are minor
Adapted from: Im and Workman (2004), (7 point scale, anchors are strongly disagree
and strongly agree)
* Note: Unless otherwise noted, “we” refer to the two partner firms. * Dropped items after purification and psychometric tests.