Upload
duongminh
View
241
Download
0
Embed Size (px)
Citation preview
INNOVATION SURVEYS: A PROPOSAL FOR COMPLEMENTARY INDICATORS
AT THE FIRM-LEVEL
Andrea Moreira Torres
Brazilian Institute of Geography and Statistics (IBGE), Brazil
Carlos Augusto Caldas de Moraes
Candido Mendes University, Economics and Management MSc. Program, Brazil
Maria Fatima Ludovico de Almeida
Pontifical Catholic University of Rio de Janeiro, PósMQI, Brazil
Abstract
Academic institutions, governmental agencies, independent organizations, and consulting
firms have given continuous and growing attention to the data gathering, analysis, and
dissemination of information on the innovative capacity of firms. Increasing the empirical
knowledge about the innovative capacity of firms and its determinants can lead to more
effective public policies aiming to enhance R&D intensity, innovation performance, and the
use of new technologies and business models. In recent years, several studies have attempted
to overcome the need to measure innovative capability, highlighting processes, and practices
involved in it instead of resources (inputs) or new products or processes (outputs). From this
perspective, the objective of this paper is to propose complementary indicators for the existing
innovation surveys, focusing on the nature and relevance of innovation management activities
at the firm-level rather than estimating R&D and innovation productivity (input versus output).
The research methodology encompasses: (i) literature review on measurement of innovation
(macro and firm-level); (ii) documentary review covering normative references and existing
innovation surveys at national and regional levels; (iii) selection and clustering of innovation
indicators at micro-level; (iv) development of a categorized analytical grid and its
correspondence to existing indicators used in surveys such as the Community Innovation
Survey (CIS); and the Brazilian Innovation Survey (PINTEC); and (v) discussion of main
results and formulation of conclusions and recommendations. In addition to providing a
rationale that could be a reference for future studies on this subject, we propose five relevant
categories of innovation indicators at the firm-level that are not included in the mentioned
surveys.
Keywords: innovation indicators, innovation surveys, firm-level innovation indicators,
organizational innovation.
Introduction
Measuring innovation management activities at the firm-level is a difficult task in function of
the complexity of the processes and the effort needed to define the variables to be measured.
Innovation management in firms is a transversal function, having a multi-criteria dimension
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1732
(Chiesa, Coughlan, and Voss, 1996; Crossan and Apaydin, 2010; Doroodian et al., 2014; Boly
et al., 2014).
In recent years, several academic studies have attempted to overcome the challenge to measure
innovative capability at the firm-level, focusing on processes and practices instead of resources
(inputs) or new products or processes (outputs) (Arundel and Hollanders, 2006; Armbruster et
al., 2008; Chiesa et al., 2008; Yam et al., 2004; Guan et al., 2006; Koc and Ceylan, 2007; Wang
et al., 2008; Boly et al., 2014, Doroodian et al., 2014).
In fact, academic institutions, governmental agencies, independent organizations, and
consultancies have given continuous and growing attention to the data gathering, analysis, and
dissemination of information on the innovative capacity of firms. For instance, the
Organization for Economic Co-operation and Development (OECD) analyzes and
disseminates the innovation survey results in 27 member countries of Europe and other
continents. Besides OECD, several institutes such as NESTA (UK), CGEE (Brazil) and
EUROSTAT (European Community) and also consulting firms (e.g. Boston Consulting Group,
McKinsey, and Booz&Co/PWC) have adopted frameworks that focus on processes and
innovation management practices or innovative capacity rather than R&D and innovation
productivity (resources versus creating innovative new products and processes).
According to OECD (2009, p. 3):
“Improving our knowledge of firms’ innovative behavior and its determinants is crucial
for designing effective innovation policies. Data collected through innovation surveys
have been increasingly used to explore a number of questions regarding the determinants,
the effects and some of the characteristics of innovation. Nonetheless, with few
exceptions, almost all such studies have been conducted at the level of individual
countries. Reasons for not exploiting firm-level data at the international level are mainly
legal: access to innovation survey data, as for microdata in general, is restricted by laws
that protect confidentiality and secrecy in all countries. As a consequence, microdata
from different countries cannot be pooled, and because different models and
methodologies are used, the results are usually not comparable across countries”.
This article presents an analytical grid based on previous frameworks suggested in academic
articles and reference documents, such Oslo Manual (OECD, 2005), and some alternative
frameworks reported by government statistical institutes and other organizations, including
consulting firms. We analyze the indicators proposed in these frameworks, in order to verify
how the Brazilian Innovation Survey (PINTEC) collects and disseminates data on innovation
management and what new indicators could complement the existing information concerning
innovation dynamics in Brazilian firms.
Aiming at the identification and evaluation of the practices that decision-makers should deploy
in order to improve their innovative capacity, we propose five relevant categories of innovation
indicators at the firm-level that are not included in the mentioned surveys.
This article is structured as follows: in section 2, a literature review and content analysis of
reference documents are realized in relation to innovation measurement from the perspective
of building the analytical grid based on the multi-dimensional approach by Crossan and
Apaydin (2009). Section 3 explains the methodology used to propose complementary
indicators for the existing innovation surveys, focusing on the nature and relevance of
innovation management activities at the firm-level. Section 4 presents and discuss the main
results. Finally, section 5 exposes the conclusions and implications of the results.
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1733
Theoretical Background for Building the Analytical Grid
The literature review and content analysis of reference documents on innovation measurement
showed two main approaches: the first refers to a macro perspective, which has been adopted
in innovation surveys applied at national or regional level (CIS and PINTEC, for example).
The second focuses on the measurement of innovative capacity at the micro level (firm-level)
and has been practiced by several organizations such as NESTA (UK) and EUROSTAT
(European Community) and also by consulting firms (e.g., BCG, McKinsey, and
Booz&Co/PWC).
As mentioned before, the development of the analytical grid was based on the multi-
dimensional framework of organizational innovation proposed by Crossan and Apaydin
(2009). As shown in Figure 1, the dimensions included in the analytical grid were: innovation
as a process and as an outcome; leadership, managerial levers, and business processes as
determinants. In order to complement the determinants proposed by Crossan and Apaydin
(2009), we include the variable “cooperation and partnership” present in texts by ASTRA
(2007), Armbruster et al. (2009), BCG (2007; 2008; 2009), OECD (2005; 2010), NESTA
(2008; 2009), and PINTEC (Brasil. IBGE, 2012).
Figure 1: Determinants and dimensions of innovation at the firm-level
Source: Based on Crossan and Apaydim (2009).
In order to verify the adherence of the existing frameworks to the Crossan and Apaydin (2009)
proposal, a matrix of frameworks was developed for further examination of their distribution
according to the innovation dimensions and determinants that are shown in Figure 1. Due to
space limitations, it will not be possible to include here the resulting matrix. However, this
edited matrix can be found in the Master’s thesis that is the basis for this paper (Torres, 2015).
Methodology
This research can be considered descriptive and its development comprised three main phases:
(i) conceptual; (ii) applied; and (iii) conclusive.
The conceptual phase encompassed literature review on the measurement of innovation (macro
and firm-level) and a documentary review covering normative references and existing
innovation surveys at the national and regional levels. The literature survey covered a number
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1734
of sources for peer-reviewed scientific articles, such as Web of Science; Scopus; and Science
Direct; and also the Internet, using the search engine Google Scholar.
The applied phase was developed according to the following steps: (i) selection and clustering
of innovation indicators at micro-level; (ii) development of a categorized analytical grid and
its correspondence to existing indicators used in national and regional innovation surveys, and
also innovative capabilities assessment tools developed by consulting firms and other
institutions such as NESTA (UK) and CGEE (Brazil); and (iii) proposition of five relevant
categories of innovation indicators at the firm-level that are not included in the existing national
or regional innovation surveys.
Finally, the conclusive phase was dedicated to the formulation of conclusions and
recommendations.
Results and Discussion
In addition to providing a rationale that could be a reference for future studies on this subject,
we propose five relevant categories of innovation indicators at the firm-level that are not
included in the existing national or regional innovation surveys.
The results here presented refer to the analysis and classification of indicators from PINTEC
2011 (Brasil. IBGE, 2012), from CIS 2010 (European Commission, 2010), and from other
documents referred to in section 2, and includes suggestions for complementary indicators to
be considered for national and regional surveys (when applicable). Again, due to space
limitations, it will not be possible to include the resulting tables. These edited tables can be
found in the Master’s Thesis that is the basis for this paper (Torres, 2015).
Salazar and Holbrook (2004) criticize the focus given by the national and regional innovation
surveys that use the Oslo Manual (OECD, 2005) as a reference, concerning the characterization
as non-innovators those firms that were developing new products and processes, but that had
not brought them to the market as innovation. These authors mention the Bogota Manual as an
alternative reference, which characterizes firms as (i) innovators; (ii) potential innovators; and
(iii) non-innovators.
Suggestion directed at answering the criticism by Salazar and Holbrook (2004) is the inclusion
in the innovation surveys of the option “in development, with introduction planned for [year of
the introduction]” in Questions 10 and 11 of the questionnaire. This way, “potential innovators”
firms in products/services could be accounted for.
Concerning the first category – process or product innovation - we propose the following
indicators at firm-level to complement existing national and regional innovation surveys:
Concerning the first category - product innovation - we propose the following indicators at
firm-level to complement existing national and regional innovation surveys:
(i) Quantity of firms that are carrying out innovation activities with estimated introduction
date in up to 1, 3 and 5 years, according to CNAE 2.0 (National Classification for
Economic Activities) which is equivalent to the international NACE);
(ii) Quantity of firms that are carrying out innovation activities and have introduced
innovations in the period considered in the survey, according to CNAE 2.0 (National
Classification for Economic Activities) or according to firm size;
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1735
(iii) Quantity of firms that are carrying out innovation activities but have not introduced
innovations in the period considered in the survey, according to CNAE 2.0 (National
Classification for Economic Activities) or according to firm size.
In the CIS 2010 questionnaire, that follows the Oslo Manual (OECD, 2005), the questions about
organizational innovation are positioned apart from the marketing innovation questions. Also,
going beyond the questions in PINTEC 2011, CIS 2010 evaluates the degree of importance (from
high to no relevance) that the introduced organizational innovations had for each one of the listed
firm objectives. These objectives are:
(i) Reduce the response time to fulfill the needs of consumers or suppliers;
(ii) Improve the ability to develop new products and processes;
(iii) Improve the quality of the firm products and services;
(iv) Reduce the cost per unit of production;
(v) Improve the communication or sharing of information, within the firm or with other firms
and institutions.
According to ISI (2008), the outcomes from organizational innovation are difficult to define and
measure, and could potentially be added to those listed in the corresponding organizational
innovation section of the CIS 2010, as follows:
(i) Increase in productivity;
(ii) Improvement in the professional life ‘balance’;
(iii) The increase in work autonomy/personnel motivation/satisfaction.
CIS 2010 also includes a question related to the degree of importance that marketing innovations
had for each of the listed objectives:
(i) Increase or maintain market share;
(ii) Introduce products to new groups of customers;
(iii) Introduce products to new geographic markets.
Pereira and Romero (2012) compared the approaches used in existing CIS surveys to measure
organizational innovation and identified four main implications:
(i) Organizational innovation lifecycle: it is not sufficient to question about the introduction of
organizational innovation over a very limited period (in general, in the last three years)
because it is vital to determine the proportion of firms that implemented organizational
innovations.
(ii) Complexity of the organizational innovation: they stress that it is important not only to
question about organizational innovation in general, but it is necessary to include specific
questions about the different types of organizational innovation, as these different
organizational innovations have distinct effects on the performance indicators;
(iii) Quality of the organizational innovation;
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1736
(iv) The level of utilization of the organizational innovations: to identify the degree in which
organizational innovations have been implemented in the business processes, as it is not
enough to the only question about the effective use of the organizational innovations.
Focusing on the second category – organizational and marketing innovation - we propose the
following indicators at the firm-level to complement existing national and regional innovation
surveys:
(i) Quantity of organizational innovations that have been implemented by firms in the last three, five and ten years, on average, by firm size;
(ii) Quantity of marketing innovations that have been implemented by firms in the last three years, on average, by firm size;
(iii) Quantity of firms that have implemented organizational innovation activities in the last
three, five and ten years, on average, by organizational innovation activity;
(iv) Quantity of firms that have implemented marketing innovation activities in the last three,
five and ten years, on average, by marketing innovation activity;
(v) Quantity of firms that have implemented organizational innovation activities and product
innovation activities, by sector or by firm size;
(vi) Quantity of firms that have implemented organizational innovation activities and process
innovation activities, by sector or by firm size;
(vii) Quantity of firms that have implemented marketing innovation activities and product
innovation activities, by sector or by firm size;
(viii) Quantity of firms that have implemented marketing innovation activities and
process innovation activities, by sector or by firm size;
(ix) Most important objectives of the firms that have implemented organizational innovation
activities;
(x) Most important objectives of the firms that have implemented marketing innovation
activities.
The indicator “innovation is one of the strategic priorities of the firm” is discussed in the research
reports developed by the consulting companies Boston Consulting Group (BCG, 2007; 2008; 2009)
and McKinsey (2009). In BCG’s surveys, the company asks the position occupied by innovation
among the firm’s strategic priorities and also analyzes the information and states if these firms
consider, or not, innovation among the three or ten first priorities. Following this, BCG
complements the analysis with information on expenditures, return, and satisfaction resulting from
the innovation implemented.
Particularly, in the McKinsey (2010) research, there is a question about the importance of
innovation as a growth strategy that asks the firm to select the priority that better describes its
option.
Regarding the third category – innovation as a strategic priority - we propose the following
indicators at firm-level to complement existing national and regional innovation surveys:
(i) Quantity of firms that have positioned innovation as the first strategic priority; or
among the first three strategic priorities; or, among the first ten strategic priorities, by
sector or firm size;
(ii) Among the firms that have positioned innovation as the first, the third or the tenth first
strategic priorities, the quantity of firms that indicated that they have strategic priorities
well defined or aligned with the firms’ strategy
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1737
(iii) Percentage of firms that are satisfied with the level of expenditures related to
innovation, and that have positioned innovation among the first three or ten strategic
priorities; Percentage of firms that are satisfied with the level of financial return
related to innovation, and that have positioned innovation among the first three or ten
strategic priorities.
The Alliance for Science & Technology Research in America – Astra (2007) emphasizes that
the measurement of innovative activities in firms is crucial to understanding what really
characterizes the leadership position in innovation of the leading firms. To BCG (2007b), most
firms use a small number of metrics that could translate into imprecise information, lost
expenditures and even low return from the investment in innovation.
In BGC (2007), BGC (2008) and BCG (2009) reports, the so-called Cash Curve is presented
as one of the ways to think about what is needed, or not, to be measured by firms. The Cash
Curve highlights four factors that affect the success of innovation and the firms’ ability to
generate economic returns. BCG (2007) suggests that the ideal number of metrics, across all
elements in the innovation pipeline, could be between eight to twelve metrics. On the other
hand, in the McKinsey (2008) report, the respondents use, on average, eight metrics.
Based on BCG and McKinsey assessment tools, we propose the following indicators associated
with the use of innovation metrics by the firms – the fourth category - to complement existing
national and regional innovation surveys:
(i) Average quantity of innovation metrics used by the total of firms, or by type of
innovation (product, process, organizational, marketing, product and marketing, process
and organizational, etc.);
(ii) Ranking of the innovation metrics most used by the total of firms, or by type of
innovation (product, process, organizational, marketing, product and marketing, process
and organizational, etc.);
(iii) Firms’ satisfaction with the metrics they have used, by firm size or by the number of
metrics used.
According to Astra (2007), all countries that aim to be at the forefront of the technology are
debating how the so-called brain drain, and are increasingly trying to measure the outflow and
inflow of talented people, be it for education, work, startups, or as permanent residents in the
country. This “brain circulation" may reflect the relative attractiveness of the national
innovation systems and also other considerations, such as lifestyle, quality of life, immigration
laws, freedom to associate, etc.
In the OECD (2010) report, the authors state that mobility, particularly, the international
mobility, of qualified human resources plays a relevant role in innovation, contributing to the
creation and diffusion of knowledge, in particular, tacit knowledge, that is more effective when
shared in a common social and geographic context.
The NESTA report presents some indicators based on the professional skills that can also be
useful for verifying the country situation as related to the supply/demand in the workforce,
such as proportion of the population with a tertiary degree; percentage of highly qualified
people in the market; human resources in S&T; intensity of R&D in industries, adaptability of
the workforce; employees with ICT expertise; availability and use of training; among others
(NESTA, 2009).
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1738
The CIS 2010 questionnaire requires information on: (i) the origin of talented people in the various
areas; (ii) if they are from the firm itself; and (iii) if they come from external sources (consultants,
freelancers, independent firms, or from other parts of the organization). It also asks about the use,
in the teams, of some methods that could stimulate new ideas and creativity (European
Commission, 2010).
Regarding the fifth category – supply/demand/migration of talent - we propose the following
indicators at the firm-level to complement existing national and regional innovation surveys:
(i) Quantity of people (total and foreigners) allocated to innovative activities, by level of
qualification according to the size of the firm;
(ii) Quantity of people hired to work in innovative activities, from local or foreign sources, by
the level of qualification according to the size of the firm.
Final Remarks
This study is aligned with the international research carried out in the field of firm innovation
activities or innovative capacity assessment, which is looking for success conditions within
innovation process management at the firm-level (Arundel and Hollanders, 2006; Armbruster
et al., 2008; Chiesa et al., 2008; Yam et al., 2004; Guan et al., 2006; Koc and Ceylan, 2007;
Wang et al., 2008; Boly et al., 2014). From this perspective, we selected and classified the
existing indicators currently used in national or regional innovation surveys (such as CIS and
the Brazilian Innovation Survey - PINTEC) according to the main categories of an analytical
grid developed for this purpose. A focused approach on the nature and the relevance of
innovation management activities rather than on estimating action productivity (input versus
output) was employed. As the main results of this article, we provide a framework for
innovation measurement at the firm-level and propose a set of alternative innovation indicators
to complement data collection in the existing national or regional innovation surveys.
Essentially, the conclusion of this research is that certain classes of innovation indicators (at
firm-level) need to be more detailed, or do not even exist in national innovation surveys, in
general, and in particular, in the Brazilian Innovation Survey - PINTEC.
Finally, we suggest that the resulting framework of this study can be used as a supplement to
PINTEC or a new research at the national level to be carried out jointly with the Brazilian
Statistical Office (IBGE), the federal organism responsible for developing and publishing
PINTEC. It was also found that the inclusion of the new indicators, presented in this article,
within the current PINTEC questionnaire could increase the complexity of the instrument and
the average time spent on filling out the questionnaire.
References
Armbruster, H, A Bikfalvib, S Kinkela and G Laya (2008). Organizational innovation: the challenge of
measuring non-technical innovation in large-scale surveys. Technovation, 28, 644–657.
Arundel, A, H Hollanders (2006). Searching the forest for the trees: “missing” indicators of innovation.
2006 trend chart methodology report for the Maastricht Economic Research Institute on Innovation and
Technology (MERIT). Available in: http://trendchart.cordis.lu/scoreboards/score-
board2006/pdf/eis_2006_methodology-report-missing_indicators.pdf. Accessed 21 January 2016.
Boly, V et al. (2014). Evaluating innovative processes in French firms: methodological proposition for
firm innovation capacity evaluation. Research Policy, 43, 608– 622.
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1739
Boston Consulting Group. BCG (2007). Measuring Innovation 2007: A BCG Senior Management
Survey. BCG Report. The Boston Consulting Group. Available in:
ttp://www.bcg.com/documents/file15066.pdf. Accessed 21 January 2016.
Boston Consulting Group. BCG (2008). Measuring Innovation 2008: Squandered Opportunities. BCG
Report. The Boston Consulting Group. Available in: http://www.bcg.com/documents/file15302.pdf.
Accessed 21 January 2016.
Boston Consulting Group. BCG (2009). Measuring Innovation 2009: The Need for Action. BCG
Report. The Boston Consulting Group. Abril 2009. Available in:
https://www.bcgperspectives.com/Images/BCG_Measuring_Innovation_Apr_2009_tcm80-15484.pdf.
Accessed 21 January 2016.
Brasil. IBGE (2012). Instruções para o preenchimento do questionário PINTEC 2011. Rio de Janeiro:
IBGE.
Chiesa, V, P Coughlan, and CA Voss (1996). Development of a technical innovation audit. Journal of
Product Innovation Management, 13, 105–136.
Chiesa, V. F Frattini, V Lazzarotti, and R Manzini (2008). Designing a performance measurement
system for the research activities: a reference framework and an empirical study. Journal of Engineering
and Technology Management, 25, 213–226.
Crossan, MM, M Apaydin (2010). A multi-dimensional framework of organizational innovation: a
systematic review of the literature. Journal of Management Studies, 47 (6), 15 – 18.
Doroodian, M et al. (2014). Designing and validating a model for measuring innovation capacity
construct. Advances in Decision Sciences, 2014, 1-11. http://dx.doi.org/10.1155/2014/576596.
European Commission (2010). Community Innovation Survey (CIS). Science, technology and
innovation in Europe. Eurostat. European Commission. 2010. Available in:
http://epp.eurostat.ec.europa.eu/portal/page/portal/microdata/documents/CIS_Survey_form_2010.pdf.
Accessed 21 January 2016.
Guan, JC et al. (2006). A study of the relationship between competitiveness and technological
innovation capability based on DEA models. European Journal of Operational Research, 170 (3), 971–
986.
Institute for Systems and Innovation Research. ISI (2008). Measuring organizational innovation –
concepts, indicators, and outcomes. Fraunhofer Institute for Systems and Innovation Research (ISI). 6
CP Workshop Non-Technical Innovations – Definitions, Measurement and Policy Implications.
Available in: http://www.6cp.net/downloads/2_Kirner.pdf. Accessed 21 January 2016.
Koc, T, C Ceylan (2007). Factors impacting the innovative capacity in large-scale companies.
Technovation 27, 105–115.
McKinsey & Company (2009). McKinsey Global Survey Results: Assessing innovation metrics.
Available in:
http://merage.uci.edu/ResearchAndCenters/Beall/CommunityServer/blogs/innovation/archive/2008/1
1/20/assessing-innovation-metrics-mckinsey-global-surveyresults.aspx. Accessed 21 January 2016.
McKinsey & Company (2010). McKinsey Global Survey results. Innovation and commercialization,
2010. Available in:
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1740
http://www.mckinsey.com/insights/innovation/innovation_and_commercialization_2010_mckinsey_g
lobal_survey_results. Accessed 21 January 2016.
National Endowment for Science, Technology and the Arts. NESTA (2008). Proposal for Measures of
Firm-Level Innovation Performance in 12 Sectors of UK Industry. Innovation Index Working Paper.
Available in: http://nestainnovation.ning.com/. Accessed 21 January 2016.
National Endowment for Science, Technology and the Arts. NESTA (2009). Measuring sectoral
innovation capability in nine areas of the UK economy. Report for NESTA Innovation Index Project.
2009. Available in: http://www.nesta.org.uk/assets/documents/measuring_sectoral_innovation.
Accessed 21 January 2016.
Organisation for Economic Cooperation and Development. OECD (2005). The Measurement of
Scientific and Technological Activities. Oslo Manual. Guidelines for Collecting and Interpreting
Innovation Data, 3rd Edition. Paris: OECD Publications.
Organisation for Economic Cooperation and Development. OECD (2010). Measuring innovation: A
new perspective. OECD Innovation Strategy. 2010. Available in:
http://www.oecd.org/site/innovationstrategy. Accessed 21 January 2016.
Pereira, C, F Romero (2012). Non-technological innovation: conceptual approaches, impacts, and
measurement issues. In: International Conference on Industrial Engineering and Operations
Management (ICIEOM). Portugal, 2012. Available in:
http://repositorium.sdum.uminho.pt/handle/1822/22976. Accessed 21 January 2016.
Salazar, M, A Holbrook (2004). A debate on innovation surveys. Science and Public Policy, 31 (4),
254–266.
The Alliance for Science & Technology Research in America. ASTRA (2007). Innovation Vital Signs
Project Final Report. Available in: http://www.ntis.gov/pdf/Report-InnovationVitalSigns.pdf.
Accessed 21 January 2016.
Torres, A M (2015). Indicadores de inovação empresarial: uma proposta de ampliação e
complementação para as pesquisas de inovação tecnológica existentes. Unpublished MSc. thesis,
Candido Mendes University, Economics and Management MSc. Program. Rio de Janeiro, Brazil.
Wang, C-H. et al. (2008). Evaluating firm technological innovation capability under uncertainty.
Technovation 28, 349–363.
Yam, RCM et al. (2004). An audit of technological innovation capabilities in Chinese firms: some
empirical findings in Beijing, China. Research Policy, 33, 1123–1140.
International Association for Management of Technology IAMOT 2016 Conference Proceedings
1741