REASONS
FOR TECHNOLOGY-BASED COMPANIES CONTEMPLATED BY THE FIRST COMPANY PROGRAM TO
SEEK ISO 9001:2008 CERTIFICATION
Eduardo Gomes Salgado
Federal University of Alfenas, Brazil
E-mail: eduardosalgado@bcc.unifal-mg.edu.br
Carlos Eduardo Sanches da Silva
Federal University of Itajubá, Brazil
E-mail: sanches@unifei.edu.br
Carlos Henrique Pereira Mello
Federal University of Itajubá, Brazil
E-mail: carlos.mello@unifei.edu.br
Submission: 14/10/2015
Revision: 28/10/2015
Accept: 09/11/2015
ABSTRACT
The search for implementation of
Quality Management Systems aims to continuously improve their results. Thus,
for the services and/or products offered to convey trust and credibility, they
must be designed within appropriate norms and standards. However, It was observed
that companies have different challenges regarding the certification.
Furthermore, the reasons for the implementation of ISO 9001 could be different
between them. In this sense, this study seeks to assess the reasons that induce
incubated technology-based companies to seek adequacy of their quality
management system to the NBR ISO 9001:2008 standard. Through an exploratory
survey in twenty-six incubated technology-based companies, a twelve-question
questionnaire proposed by Bhuiyan and Alam (2005) was applied. After analyzing
the data, it is concluded that the reasons for adequacy of QMS to the NBR ISO
9001:2008 standard are: competitive advantage over competitors; consultant´s
approach for implementation; improvement in product quality; and government funding
for ISO 9001 certification. It is found
that the consultant´s approach stands out as a strong reason for seeking the
adequacy of QMS to the NBR ISO 9001 standard.
Keywords:
ISO 9001;
Certification; Project; PRIME.
1. INTRODUCTION
A
growing literature discusses and evaluates the capacity of financial support
policies to increase private investment in R&D through two main
instruments: tax incentives (indirect support) and direct subsidies (direct
support) (MONTMARTIN; HERRERA, 2015). Furthermore, the same authors assert that
this topic is especially important in a context of public budget pressure that
requires all public expenditure to be justified and effective. In this context,
we can describe the Brazilian government actions.
The
Brazilian government has developed several actions to reduce technological
dependence and promote local and regional development (e.g. technology parks,
business incubators, research incentive laws). This study addresses one of
these incentives, the PRIME program developed by FINEP, which allocated
investments of R$ 230,000,000.00 in technology-based companies (TBC).
In
Brazil, two thousand technology-based companies obtained R$ 120.000,00 to
invest in market and management advisory services. The undertakings funded by
FINEP started their projects in November 2009. Some companies, among the
consulting firms hired, opted for certifying their Quality Management System in
accordance with ISO 9001:2008, either by requirements of the market or their
own initiative (SALGADO et al., 2014a).
To
coordinate the PRIME program, 12 coordination centers were selected, one of
them located in the South of Minas Gerais State with 66 companies covered by
this program. The decision to adopt a quality management system (QMS) is a strategic
decision, especially for small technology-based companies, because the QMS
helps the company to obtain other certifications. Specifically for the companies’
object of this study, some markets and customers require specific
certifications: Software development
companies (e.g. CMMI, MPS-BR; ISO/IEC 15504); manufacturing companies (e.g.
automotive industry ISO TS 16949).
Several
research teams have sought to identify the reasons that motivate companies to
implement ISO 9001 (PSOMAS; FOTOPOULOS, 2009; MAGD, 2008; TIAN; TAM, 2007;
POKSINSKA; EKLUND; DAHLGAARD, 2006; BHUIYAN; ALAM, 2005; YAHYA; GOH, 2001).
Those studies focused on large companies from several countries. Differently,
Rouber et al (2014) have identified and analyzed the effects of the ISO 9001:2000
implementation process in a small Brazilian company in the printer supplies
business. In this way, this study has the same focus, having as object of study
incubated technology-based companies.
Based
on the above, the following questions served as motivation for this research:
what are the reasons for a Technology-Based company implement a QMS based on
ISO 9001? The research method is the same used by studies similar to the
exploratory survey (e.g. SALGADO, et al. 2014a; FERREIRA, et al. 2015). It has
as hypothesis:
·
H1: the reasons for implementing QMS based on the NBR
ISO 9001: 2008 standard identified by
the work of Bhuiyan and Alam (2005) are the same as those of technology-based
companies in the South of Minas Gerais contemplated by the PRIME program that
allocated resources in certification projects;
·
H2: the age of the company is related to the
implementation reasons;
·
H3: the implementation percentage of the project is related
to the implementation reasons.
This
paper aims to identify the reasons that TBC had to implement their Quality
Management System in accordance with ISO 9001:2008. The study was conducted in
three stages. The first consisted of a literature review on the TBC and the
quality management system - ISO 9001. This stage has been proved as of great
importance to the implementation of a QMS, as well as the importance of the TBC
in the national economy.
In
the second stage, a survey was carried out on technology-based companies in the
South of Minas Gerais contemplated by the PRIME program that allocated
resources in certification projects, which could participate in the
field-research. Besides that, the questionnaire of Bhuiyan and Alam (2004) was
chosen to perform the data collection. In the third stage, the compilation and
analysis of data was performed.
2. LITERATURE REVIEW
2.1.
ISO 9001
The
interest in ISO 9001 certification is growing. It is no longer a privilege of
multinational and large companies, but increasingly, micro, small and medium
companies have achieved certification (ALDOWAISAN; YOUSSEF, 2006). Much of this
search for certification is due to client demands, making it a mandatory
requirement for many companies to become a supplier (GÓMEZ, et al, 2009). In
addition, Gómez et al (2009) state that ISO 9001 is, among the models of the
QMS, the most influential and most implemented standard. The adoption of a QMS should be a strategic
decision (MELLO; SALGADO; SILVA, 2005; PISKAR; DOLINSEK, 2006; HERAS;
CILLERUELO; IRADI, 2008).
With
the growth of ISO 9001, several researchers approached the subject as object of
study. The topics are diverse, such as: reasons, benefits, obstacles,
partnerships, leaderships, concerns, tools, techniques, fears, difficulties,
implementation systematic, obligations
in the implementation of a QMS, financial performance in various sectors of
activity such as: Staines (2000), Pascal, Chalochet and Damour (2002), Bhuiyan
and Alam (2004), Bhuiyan and Alam (2005), van der Heuvel, Koning, Bogers, Berg,
van Dijen (2005), Poksinska, Eklund, Dahlgaard (2006), Aggelogiannopoulos,
Drosinos and Athanasopoulos (2007), Fotopoulos and Psomas (2008), Jovanovic and
Jovanovic (2008), Benner and Veloso (2008), Sampaio, Saraiva and Rodrigues
(2009), Kirsch, Vogg, Hosten and Fleba (2009).
This
study is based on Bhuiyan and Alan´s article (2005) which provided its research
protocol, identifying the reasons for certification of a quality management
system as described in Table 1.
Storey
and Tether (1998) on researching articles from different countries, say that
each country defines technology-based company differently. According to
Dahlstrand (2007), defining technology-based company is a complex task because
the parameters for such classification are relative, since the measurement of a
technology does not admit single answers. To that end, they seek to identify
technology conceptions of "traditional" and "advanced",
"breakthrough" or "emerging" bases.
Table 1 - Qualitative research versus quantitative
research
Reasons to seek ISO 9001
certification |
|
1 - Customer requirements/expectations |
|
2 - Competitive
pressure from competitors |
|
3- Competitive
advantage over competitors |
|
4 - Aid to export-related
activities |
|
5 - Potential
access to export market |
|
6 – Consultants´
approach for implementation |
|
7 - Government procurement policy
(item required in biddings) |
|
8 – Improvement
in product quality; |
|
9 - Improvement
in quality management practices |
|
10 - Culture / discipline the
organization |
|
11 - Government funding for ISO
9001 certification |
|
12- Meet all necessary legislation
for the marketing of products (e.g. ANVISA) |
|
2.2.
Technology-Based
Company
Technology-Based
Company is focus of many researches such as Lindelöf and Löfsten (2003), Ng
(2006) as Salgado et al. (2014b). In
this paper, the term Technology-Based Company is based on the definition
proposed by The National Association of Entities Promoting Innovative Enterprises
(HENCE; ANPROTEC, 2002).
Hence
and Anprotec (2002) defines technology-based company as one that has a process
or product that results from scientific research and whose added value comes
from advanced technology areas such as: information technology, biotechnology,
fine chemicals, precision mechanics, new materials etc., and can even be
characterized by the application of scientific knowledge, the mastery of
complex techniques and the high technical qualification work.
Countries
considered of global economy recognize the loss of advantages in traditional
industries and have shifted their focus, including policy and support to
emerging industries. These industries have their basis in knowledge and
innovation activities, developing products and services that generate high
levels of aggregated and social outcomes (MOHANNAK, 2007).
According
to Ng (2006), technology-based enterprises as a matter of study object is
justified, since they explore technologies with a continuous development
focusing on profits due to launching of new products, services and solutions
with a high aggregated-value to the final client. This whole process just
mentioned does not happen in the same way for traditional industries. On the
same line, Lindelöf and Löfsten (2003) claim that technology-based enterprises’
role is to accelerate the technology propagation and to enhance the enterprise
competitiveness.
3. RESEARCH METHOD
The
survey research, according to Fink and Kosecoff (1998) and Forza (2002), is a
method of collecting information directly from people about their ideas,
feelings, health, plans, beliefs and, social, educational and financial
background, or about the unit, company or organization they operate. According
to Pinsonneault and Kraemer (1993), the Survey research can be classified as to
their purpose in explanatory, exploratory or descriptive. Based on the
classification proposed by Pinsonneault & Kraemer (1993), as to the
purpose, this research is exploratory due to its goal. This research used steps
proposed by Pinsonneault and Kraemer (1993), Fink (1995) and Forza (2002):
·
Defining the purpose of the research
· Population and Sample: Incubators of the Mineira Innovation Network
·
Implementation
Method
·
Preparation
of the instrument
·
Validation
of the instrument
·
Data
Collection
·
Preliminary
analysis of
the data
The
questionnaire was prepared in accordance with factors, processes, variables and
scales to identify the reasons for implementing ISO 9001. We used the questionnaire elaborated by
Bhuiyan and Alan (2005); see Table 1, which is based on a Likert scale. The
respondents assigned a single response to each reason, with five options to
choose from, varying the intensity from very much (5) to none (1). The opinions
were collected from partners of the companies, which were the ones in charge
for the allocation of PRIME resources into advisory projects. A question
regarding the company's business segment was added to the questionnaire: 1 -
manufacturing; 2 - hospital doctor; 3 - Software; 4 - services.
The
survey on Technology-Based Companies was conducted for 20 days in November
2010, and the contact was established through electronic mail (e-mail),
interviews and phone calls. The first step was to validate the questionnaire
used, so that the information obtained from respondents corresponded to
reality, even though it was their personal opinions.
To
assess whether a questionnaire has reliable variables, an internal validation
can be used, which refers to how well the instrument measures what it is
proposed to measure; and an external validation to infer a possible situation
in the population, and if the results are generalizable, according to Giuffre
(1997a, 1997b).
The
sample for this study was defined as all the companies covered by the PRIME
program in the southern region of Minas Gerais, which have developed adequacy
projects of their Quality Management System to the standard ISO 9001: 2008. A
total of 34 companies (51%) allocated PRIME resources aiming adequacy of their
QMS with focus on ISO 9001, of which 26 (76%) completed the questionnaire. It
is worth noting that all companies started the project at the same time due to
requirements.
To
determine the reliability of the questionnaire, the degree of homogeneity of
the set of responses was calculated using Cronbach's alpha, since it provides
internal consistency values, enabling the evaluation of the scale used (HAIR
JR. et al., 2005).
Internal
validity indicates the instrument´s application conditions, in this case the
questionnaire. While there is no absolute standard, Cronbach's alpha values
equal to or above 0.70 reflect an acceptable reliability (NUNNALY; BERNSTEIN,
1994; HAIR JR.; et al. 2005).
However,
Malhotra (2006) recommends, as a decision criterion for "Cronbach's alpha
to be considered acceptable, indices above 0.6; and the closer to 1, greater
the reliability". In this work, Cronbach's alpha was calculated using the
software Minitab 15®. The lowest value found was 0.9498, which can be
considered acceptable.
In
this paper, we used the "Partial Least Squares" regression method or
PLS that applies when there are: multiple dependent variables, highly
correlated predictors, and more predictors than observations, according to
Yacoub and MacGregor (2003), Helland (1988). The PLS method reduces the number
of predictors to a set of principal components. Therefore, PLS is a method that
seeks to form components that capture the maximum information of the variables
X and that is useful for predicting Yi, while reducing the dimensionality of
the regression problem by using a smaller number of components than original
variables.
The
correlation analysis using PLS, calculated through the software Minitab 15 ®,
uses the algorithm NIPALS (Nonlinear Iterative Partial Least Squares). The
NIPALS is an extension of PLS used for multivariate data analysis. As in PLS,
the NIPALS is used in cases where all dependent variables are provided
simultaneously, according to Sena and Poppi (2004).
The
PLS model and a waste analysis were performed to verify their normality. In
case of abnormality of the waste, you eliminate its generating element and
recalculate the model. The process is repeated until normality of the wastes is
obtained and only then the analysis of the PLS results is performed. Data normality was obtained in the waste
analysis.
One
major issue that arises in the Principal Component Analysis is the criterion
for choosing the number of components to retain. Kim and Mueller (1978) report
that the most popular methods are: Kaiser, which proposes to consider only the eigenvalues
greater than one, demonstrating that these values would be statistically
significant.
But
this condition is not sufficient. Not all eigenvalues greater than one
correspond to components with apparent significance; and the Eigenvalues Diagram:
which consists of observing the diagram of eigenvalues and retaining the ones
situated above the breakpoint of the fall of the curve of the function that
relates the order and the eigenvalues.
Thus,
if two factors are associated with almost equal eigenvalues, they represent
the same proportion of variability and there is no reason, a priori, to keep
one and not the other. However, a strong decrease between two successive
eigenvalues follows in conserving the predecessor factors in the interpretation.
According
to Babbie (2005), one deemed adequate response rate is 50%, a rate of 60% is
considered good, and a rate of 70% or more is considered very good. The author
believes that these rates have no statistical basis and that honesty in the
answers have a much greater importance that a high response rate.
As we
obtained 76% of responses, by the managing partners, the questionnaire was
applied in person and 100% of the questionnaires were validated, the external
validity is considered appropriate. After data collection, statistical analyzes
were performed on the number of employees and in relation to the time to get
certified. For both data (time to obtain and number of employees), it was
performed waste analyzes, number of principal components, variance analysis,
determination of factors and alpha Cronbach.
4. RESULTS AND DISCUSSIONS
Data box plot was carried out (Figure 1 and 2), and
the outliers kept in subsequent analyzes.
In addition, Figure 3 presents the Market Segment of the companies that
participated in the Survey
FIGURE 1: Box Plot
of the opinions on reasons for implementation.
|
|
FIGURE 2: Box Plot of the company's age and the % of
implementation of the QMS adequacy project to NBR ISO 9001: 2008.
Figure 3: Market
Segment of the companies that participated in the Survey.
There is great dispersion in the implementation
reasons (Figure 1). In Figure 2, the median age of the companies is 19.5
months, the minimum 5 months and the maximum 42 months. For the percentage implemented, the median is
72%, the maximum 90% and the minimum 51%; it turns out that none of the
companies completed the project within the deadline established by PRIME (12
months). Subsequently, the T test (Table 2) in the Minitab15 ® software for the
perception of difficulties in the implementation of the section, considering a
statistical difference of 5% (p-value lower or equal to 0.05). The
statistically significant reasons (H1) are described in Table 3.
Table 2: T Test reasons to implement NBR ISO 9001:
2008
Variable |
N |
Mean |
StDev |
SE Mean |
95% CI |
T |
P |
Question 1 |
26 |
3,769 |
1,366 |
0,268 |
(3,218; 4,321)
|
-0,86 |
0,397 |
Question
2 |
26 |
3,769 |
0,992 |
0,195 |
(3,368; 4,170)
|
-1,19 |
0,247 |
Question
3 |
26 |
4,577 |
0,758 |
0,149 |
(4,271; 4,883)
|
3,88 |
0,001 |
Question 4 |
26 |
3,808 |
1,327 |
0,260 |
(3,272; 4,344)
|
-0,74 |
0,467 |
Question
5 |
26 |
3,615 |
1,203 |
0,236 |
(3,130; 4,101)
|
-1,63 |
0,115 |
Question
6 |
26 |
2,846 |
1,255 |
0,246 |
(2,339; 3,353)
|
-4,69 |
0,000 |
Question 7 |
26 |
3,308 |
1,543 |
0,303 |
(2,684; 3,931)
|
-2,29 |
0,031 |
Question 8 |
26 |
4,500 |
0,762 |
0,149 |
(4,192; 4,808)
|
3,35 |
0,003 |
Question
9 |
26 |
4,462 |
0,811 |
0,159 |
(4,134; 4,789)
|
2,90 |
0,008 |
Question
10 |
26 |
4,385 |
0,983 |
0,193 |
(3,988; 4,782)
|
2,00 |
0,057 |
Question
11 |
26 |
3,385 |
1,444 |
0,283 |
(2,801; 3,968) |
-2,17 |
0,040 |
Question
12 |
26 |
3,385 |
1,211 |
0,237 |
(3,396; 4,374) |
-0,49 |
0,631 |
Table 3: Statistically Significant ISO 9001
Implementation Reasons - (T Test)
Bhuiyan and Alam (2005) |
Technology-based
companies in the South of Minas Gerais contemplated by PRIME that allocated resources in a certification
projects |
Comments |
1 - Customer requirements/ expectations |
6 - Consultants´ approach for implementation |
The technology-based companies are mostly incubated
(88%), still in the development phase of their products, so there are no
customer requirements. In addition to
being influenced by the consultants. |
3- Competitive advantage over
competitors |
3-
Competitive advantage over competitors |
Coincident between the surveys, prevailing an
external perspective (market) |
8 – Improvement in product quality |
8 – Improvement in product quality |
Coincident between the surveys, prevailing an
external perspective (market) |
9 - Improvement in quality management practices |
11 - Government funding |
The motivation for hiring assistance to conform the
QMS to the NBR ISO 9001:2008 standard was the resources allocated by the
PRIME project. As most technology-based companies are in their product
development phase and just beginning the production process, there are few
needs of improvements in quality practices. |
10 - Culture /
discipline the organization |
|
The technology-based companies are young, on average
19.5 months old, still in the development phase of their products and
creation of their culture. |
The comments were obtained from the managing partners
of the companies through semi-structured interviews.
Subsequently, It
was used the method of regression "Partial Least Squares" or PLS that
applies when there are: multiple dependent variables, highly correlated
predictors; more predictors than observations (YACOUB; MACGREGOR, 2004; HELLAND,
1988).
The PLS method
reduces the number of predictors to a set of major components. Therefore, PLS
is a method which seeks to form components that capture the maximum information
from the variables X and that is useful for predicting Yi, while reducing the
dimensionality of the regression problem by using a smaller number of components
than original variables (SILVA, 2009).
In this
research, there are 12 reasons for implementing NBR ISO 9001:2008 (X), and it
was identified that they are correlated, besides the existence of more
predictors than observations (20 variable X questions against 2 Yi: company age
and percentage of the certification project developed).
|
Reasons
present in companies with greater age of existence (Hypothesis H2 ): 5 -
Potential access to export market 3- Competitive advantage over competitors 9 -
Improvement in quality practices management
6 -
Consultants´ approach for implementation 7 -
Government procurement policy ( item required in biddings) 4 -
Aid to export-related activities 1 -
Customer requirements/ expectations 8 –
Improvement in product quality 13 -
Market Segment |
Reasons
independent of age (hypothesis H2): 2 -
Competitive pressure from competitors 11 -
Government funding for ISO 9001 certification |
|
Reasons
present in companies with lesser time of incubation (Hypothesis H2): 12-
Meet the necessary legislation for the marketing of products (e.g. ANVISA) 10 -
Culture / discipline the organization |
|
|
Reasons
present in companies with greater implementation percentage (Hypothesis H2): 6 -
Consultants´ approach for implementation 13 -
Market Segment 1 -
Customer requirements/ expectations 4 -
Aid to export-related activities 5 -
Potential access to export market |
Reasons
that are independent of the implementation percentage (hypothesis H2): 8 –
Improvement in product quality 11 -
Government funding for ISO 9001 certification 9 -
Improvement in quality practices management
|
|
Reasons
present in companies with lesser implementation percentage (Hypothesis H2): 12-
Meet the necessary legislation for the marketing of products (e.g. ANVISA) 10 -
Culture / discipline the organization 7 -
Government procurement policy (item required in biddings) 2 -
Competitive pressure from competitors 3- Competitive advantage over competitors |
Figure
4: Reasons to implement a QMS according to the NBR ISO 9001:2008 standard and
the value of their respective PLS coefficient for the results analyzed.
The correlation
analysis uses the PLS, calculated through the software Minitab 15 ®, that
according to Silva (2009), uses the algorithm NIPALS (Nonlinear Iterative Partial
Least Squares). All the results showed relation with the age of the company and
the percentage of the certification project implemented for a confidence
interval of 95% (Pvalue <0.05), obtaining for both values of PValue:
0,000. The waste analysis resulted in
the normality of the data.
One major issue
that arises in the Major Component Analysis is the criterion for choosing the
number of components to retain. It was based on the eigenvalues diagram
considering the ones situated above the breakpoint of the curve fall of the
function that lists the order and the eigenvalues (KIM; MUELLER, 1978). Six
major components were considered for both results.
Reasons to
implement QMS according to the NBR ISO 2008:5 standard and the value of their
respective PLS coefficient for the results analyzed (Figure 4).
Analyzing Figure
4, we identified that the reasons present in companies with greater age and
percentage of implementation of the NBR ISO 9001:2008 project are: 6 -
Consultants´ approach for implementation; 13 - Market Segment; 1 - Customer
requirements/ expectations; 4 - Aid to export-related activities; 5 - Potential
access to export market.
Meanwhile, the
reasons for companies with lesser age and a lower percentage of project
implementation are: 12 - Meet the necessary legislation for the marketing of
products (e.g. ANVISA) and 10 - Culture / discipline the organization Note that
reason 12 - Government funding for ISO 9001 certification is a reason that is
independent of the company's age and the percentage of the QMS adequacy project
implemented.
The following comments were obtained when presenting
the results to some managing partners participating in the research:
“… incubated companies that have been around for some time are starting the commercialization of their products, they are closer to the market and therefore more engaged in the implementation of the QMS. It was expected the reasons to be common: market segment; customer requirements/expectations;
aid to export-related activities; and potential
access to export market.”
"...
the influence of the consultant in selling us advice was for sure a major reason for us to buy their services.
”
"...
many companies have not progressed in the implementation of their QMS. The main
cause was that the company's efforts were focused on product development; first
comes the product that is the generator of revenues."
"...
we had to spend the resources provided by PRIME ...."
A
cluster analysis (Figure 5), performed in the Minitab 15® software, allows you
to identify that the questions 4 (aid to export-related activities) and 5
(potential access to export markets) can be grouped together because they have
a similarity level of 92.25%.
Figure 5: Dendrogram of the reasons
that lead companies to seek adequacy of their QMS to the NBR ISO 9001: 2008
standard.
5. CONCLUSIONS
The reasons for technology-based
companies in the South of Minas Gerais contemplated by the PRIME program have
allocated resources in a certification project their QMS to the NBR ISO 9001: 2008
standard are: 3 - Competitive advantage over competitors; 6 -
Consultants´ approach for implementation; 8 – Improvement in product quality;
and 11 - Government funding for ISO 9001 certification. It is found that among
these reasons, three are of external origin and only one internal.
Regardless of the age of the company
or the implementation percentage of the QMS adequacy project, the consultant
stands out as a strong reason for searching adequacy of their QMS. In this
sense, the criteria for selecting consulting firms, as well as guidelines
provided by funding bodies proved to be object of special attention.
The market segment in which the
company operates has influence in the search for adequacy to the NBR ISO
9001:2008 standard.
5.1.
Managerial Implications
The results here stated provide
managers, practitioners and researchers new information’s to support their
decision to implement a ISO 9001 taking into account the better understanding
about the reasons for certification. Moreover, this research has identified the
main reasons for Technology-Based Companies implement the ISO 9001. In
addition, these results can support certification bodies and consultancy firms
to demonstrate for the customers the point of view for the specialist.
5.2.
Future Research
It has become apparent during this paper that many
studies have been carried out with focus on identify the reasons, benefits and
difficulties to implement ISO 9001. However, it is possible to suggest future
research:
ACKNOWLEDGEMENTS
The
authors would like to thank the CAPES Foundation, (Process PE024/2008), the
FAPEMIG Foundation (Processes: APQ-00976-13, TEC-PPM-00520/13 and
TEC-PPM-00058-13) and the CNPq (Processes: 249160/2013-7, 310660/2012-2,
401082/2014-8 and 478509/2012-0), that without their support, this work would
be impossible. In addition, the authors thank the interviewees, by their
information, patience and devoted time for this work.
REFERENCES
AGGELOGIANNOPOULOS, D.; DROSINOS, E. H.;
ATHANASOPOULOS, P. (2007) Implementation
of a quality management system (QMS) according to the ISO 9000 family in a
Greek small-sized winery: A case study. Food
Control. v. 18, n. 9, p. 1077–1085.
ALDOWAISAN,
T. A.; YOUSSEF, A. S. (2006) An ISO 9001:2000-based framework for realizing
quality in small businesses. Omega.
v. 34, n. 3, p. 231-235.
ALMUS, M.;
NERLINGER, E. A. (1999) Growth of New Technology-Based Firms: Which Factors
Matter? Small
Business Economics. v. 13, n. 2, p.141–154.
ANPROTEC. Associação Nacional de Entidades
Promotoras de Empreendimentos de Tecnologias Avançadas. (2002) Glossário dinâmico de termos na área de
Tecnópolis, Parques Tecnológicos e Incubadoras de Empresas. Brasília/DF,
Editado Anprotec & Sebrae.
ASSOCIAÇÃO BRASILEIRA DE NORMAS TÉCNICAS – ABNT (2008)
NBR ISO 9001. Sistemas de gestão da
qualidade – requisitos. ABNT, Rio de Janeiro, Dezembro.
BADE, F. J.; NERLINGER, E. A. (2000) The spatial distribution of new
technology-based firms: Empirical results for West-Germany. Papers in Regional
Science. v. 79, n. 2, p.
155-176.
BENNER, M.;
VELOSO, F. M. (2008) ISO 9000 practices and financial performance: A technology
coherence perspective. Journal of
Operations Management. v. 26, n. 5, p. 611–629.
BHUIYAN,
N.; ALAM, N. (2004) ISO 9001:2000 Implementation – The North American
Experience. Intenational Journal of
Productivity and Performance Management. v. 53, n. 1, p. 10-17.
BURNETT,
L.; ROCHESTER, C.; MACKAY, M.; PROOS, A.; SHAW, W.; HEGEDUS, G. (1997)
Implementation of ISO
FERREIRA,
C. S.; SALGADO, E. G.; SILVA, C. E. S.; MELLO, C. H. P.; SAMPAIO, P. (2015) Reasons
and benefits associated with ISO 9001 certification for sugar and ethanol
companies. Independent Journal of Management
& Production, v. 6 n. 3, p. 623-642.
FINK, A.;
KOSECOFF, J. (1998) How to conduct
surveys – a step-by-step guide. 2a. Ed., Thousand Oaks, California, Sage
Publications.
FORZA, C.
(2002) Survey research in operations management: a process-based perspective. International Journal of Operations &
Production Management. v. 22, n. 2, p. 152-194.
GIUDICI,
G.; PALEAR, S. (2000) The Provision of Finance to Innovation: A Survey
Conducted among Italian Technology-based Small Firms. Small Business Economics. v. 14, n. 1, p. 37–53.
GÓMEZ, B.;
PLACERES, M.; LÓPEZ, Y.; DOMÍNGUEZ, P. (2009) Certification of investigacional
medicinal products management according to normative ISO 9001:2000in a hospital
pharmacy service. Medicina Clinica. v.
133, n.12, p. 479–485.
GOTZAMANI, K. D.; TSIOTRAS, G. D.;
NICOLAOU, M.; NICOLAIDES, A.; HADJIADAMOU, V. (2007) The contribution to excellence of ISO 9001: the case
of certified organisations in Cyprus. The TQM Magazine. v. 19, n. 5, p. 388-402.
HERAS, I.; CILLERUELO, E.; IRADI, J. (2008) ISO 9001 and residential homes for the elderly: a
Delphi study. Managing Service Quality.
v. 18, n. 3, p. 272-288.
HEUVEL, J.
V. D.; KONING, L.; BOGERS, A. J. J. C.; BERG, M.; DIJEN, M. E. M. (2005) An ISO
9001 Quality Management Sustem in a Hospital – Bureaucracy or Just Benefits?. Intenational Journal of Productivity and
Performance Management. v. 18, n. 4-5, p. 361-369.
HEYDEBRECK,
P.; KLOFSTEN, M.; MAIER, J. C. (2000) Innovation support for new
technology-based firms: the Swedish Teknopol approach. R&D Management. v. 30, n.1, p. 89-100.
IWASAKI, S.;
TONE, K. (1998) A search model with subjective judgments: Auditing of incorrect
tax declarations. Omega - International
Journal of Management Science. v. 26, n.2, p. 249–261.
JOVANOVIC,
M.; JOVANOVIC, J. (2008) Implementation of a quality management system in
meteorological practice in Serbia. Accreditation and Quality Assurance. v. 13, n. 1, p. 47–52.
JUCÁ JUNIOR, A. S. (2005) Gestão de projetos em empresas de base
tecnológica da área de software: análise do nível de maturidade e
aplicabilidade de escritórios de projetos. Dissertação de Mestrado. Universidade
de São Paulo. São Carlos/SP.
KIRSCH, M.; VOGG, I.;
HOSTEN, N.; FLEßA, S. (2009) Quality management in a radiological practice.
Experiences with a certification for DIN EN ISO 9001:2000. European Journal of Radiology, v. 75, n. 1, p. e1-8.
KIRWAN, P.;
SIJDE, P. V.;GROEN, A. (2006) Assessing the needs of new technology based firms
(NTBFs): An investigation among spin-off companies from six European Universities.
The International Entrepreneurship and
Management Journal. v. 2, n. 2, p. 173–187.
LINDELÖF,
P., LÖFSTEN, H. (2003) Science Park Location and New Technology-Based Firms in
Sweden – Implications for Strategy and Performance. Small Business Economics, v. 20, n. 3, p. 245-258.
MARTÍNEZ-PARDO,
M. E.; MARIANO-MAGAN, D. (2008) The tissue bank at the Instituto Nacional de
Investigaciones Nucleares: ISO 9001:2000 certification of its quality
management system. Cell Tissue Banking.
v. 8, n. 3, p. 221–231.
MONTMARTIN,
B.; HERRERA, M. (2015) Internal and external effects of R&D subsidies and
fiscal incentives: Empirical evidence using spatial dynamic panel models. Research Policy, v. 44, n. 5, p.
1065–1079.
MINISTÉRIO DE CIÊNCIA E TECNOLOGIA (MCT). (2010)
Manual para a Implantação de Incubadoras
de Empresas. Brasília. 33 p., 2000. Disponível em: < http://www.mct.gov.br/>.
Acesso: 09 fev.
MELLO, C. H. P.; SALGADO, E. G.; SILVA, C.
E. S. (2005) A contribuição do gerenciamento de projetos na implantação de Sistema
de Gestão da Qualidade. XII Simpósio de Engenharia de Produção - SIMPEP,
Bauru/SP.
MENDES, G. H. S.; TOLEDO, J. C..(2005) Gestão
do processo de desenvolvimento de produto em empresas de base tecnológica de
pequeno porte: casos no setor de equipamentos médico-hospitalares. V
CBGDP, Curitiba/PR.
MOHANNAK,
K. (2007) Innovation networks and capability building in the Australian
high-technology SMEs. European Journal
of Innovation Management. v. 10, n. 2, p. 236-251.
NG, A. W. (2006)
Reporting intellectual capital flow in technology-based companies: Case studies
of Canadian wireless technology companies. Journal
of Intellectual Capital, v. 7, n. 4, p. 492-510.
PARTOVI, F.
Y. (2007) An analytical model of process choice in the chemical industry. International Journal of Production
Economics, v. 105, n.1, p. 213-227.
PASCAL, P.;
CHALOCHET, A.; DAMOUR, O. (2002) ISO 9001 Certification of a Hospital Cornea
Bank. Intenational Journal of health
Care Quality Assurance, v. 15, n.4, p. 172-178.
POKISINSKA,
B.; EKLUND, J. A. E.; DAHLGAARD, J. J. (2006) ISO 9001:2000 in a Small
Organisations – Lost Opportunities, Benefits and Influencing Factors. Intenational Journal of Productivity and
Performance Management, v. 26, n. 5, p. 490-512.
PSOMAS, E.
L.; FOTOPOULOS, C. V. (2009) A meta analysis of ISO 9001:2000 research –
findings and future research proposals. International
Journal of Quality and Service Sciences. v. 1, n. 2, p. 128-144.
ROBERTO FILHO, J.
(2008) Gestão de
manutenção em manufatura: Aplicação da teoria
da decisão baseada em conceitos de confiabilidade. Dissertação de Mestrado
Profissional, Engenharia Automotiva, Universidade de São Paulo, São Paulo/SP.
ROUBER, J. S., BORGES, M. A. V., MANUEL JÚNIOR, M. L.,
PACHECO, D. A. J. (2014) A critical analysis of quality managment
implementation in a small brazilian company. Independent Journal of Management & Production, v. 5, n. 2, p.
398-416.
SALGADO, E. G.; SILVA, C. E. S.; MELLO, C. H. P.;
SILVA, E. R. S. (2014a) Difficulties encountered in ISO 9001:2008 implementation
projects in Incubated technology-based Companies. International Journal of Quality Research, v. 8, n. 3, p. 357-369.
SALGADO, E. G.; SALOMON, V. A. P.; MELLO, C. H. P.;
SILVA, C. E. S. (2014b) A Reference Model for the New Product Development in
Medium-Sized Technology Based Electronics Enterprises. IEEE Latin America Transactions, v. 12, n. 8, p. 1341-1348.
SONG, M.;
NOH,J. (2006). Best new product development and management practices in the
Korean high-tech industry. Industrial
Marketing Management. v. 35, n. 3. p. 262–278.
TIAN, P.;
ZENG, S. X.; TAM, C. M. (2007) Overcoming barriers to sustainable
implementation of the ISO 9001 system. Managerial
Auditing Journal. v. 22, n. 3. p. 244-254.
ULLAH, F.;
TAYLOR, P. (2007) Are UK technology-based small firms still finance
constrained? The International
Entrepreneurship and Management Journal. v. 3, n. 2, p. 189-203.
YAHYA, S.;
GOH, W. (2001) Implementation of an ISO 9000 quality system, International Journal of Quality and
Reliability Management, v. 18, n. 9
p. 941–966.