Graduate School of Management University of Zimbabwe...
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An Evaluation of the Factors Affecting Growth of Small and
Medium Enterprises (SMEs) in Zimbabwe: A Case Study of
SMEs in Harare (2009 – 2015)
Oswald Musavengana Chiwara (R943770Q)
A dissertation research submitted in partial fulfillment of the
requirements for the degree of Master of Business
Administration
Graduate School of Management
University of Zimbabwe
2015
Supervisor: Dr P.G. Kadenge
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Dedications
This study is dedicated to my late father, Mr Onesimo Meyer Chiwara who was my source of
inspiration and encouragement. May His Soul Rest in Eternal Peace.
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Declarations
I, Oswald Musavengana Chiwara, do hereby declare that this dissertation is the result of my own
investigation and research, except to the extend indicated in the Acknowledgements, References
and my comments included in the body of the report, and that it has not been submitted in part or
in full for any other degree to any other University.
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Student’s Signature Date
This dissertation has been submitted for examination with my approval as the University
Supervisor.
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Supervisor’s Signature (Dr P.G Kadenge) Date
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Acknowledgements
I am exceedingly grateful to the All Mighty for taking me this far. It has surely been a long and
tiresome journey. I would also like to thank my wife, Melody and our three children Takudzwa,
Daviroyashe and Mukudzeyi for their unwavering love and support during the three years of my
MBA studies. You have been patient and the good Lord will surely bless you.
I would also like to thank my friends and relatives who have also been very supportive and
inspired me to achieve greater things.
Finally I would like to thank Dr P.G Kadenge, my supervisor for his guidance in this research
project. Your efforts are greatly appreciated.
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ABSTRACT
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Abbreviations
“SME” Small and Medium Enterprises
“WB” World Bank
“ADB” Africa Development Bank
“RBZ” Reserve Bank of Zimbabwe
“EU” European Union
“GoZ” Government of Zimbabwe
“GDP” Gross Domestic Product
“SPSS” Statistical Package for Social Science
“MoSMED” Ministry of Small and Medium Enterprise Development
“GoZ” Government of Zimbabwe
“SEDCO” Small Enterprise Development Cooperation
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Table of Contents
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2.3.1� Business Growth: Definitions and Measures�����������������������������������������������������������������������;�
2.3.2� Theories of Firm Growth����������������������������������������������������������������������������������������������������=�
2.3.3� Firm Growth: Empirical Evidence������������������������������������������������������������������������������������44�
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2.4.2� Characteristics of SMEs���������������������������������������������������������������������������������������������������4��
2.4.3� Role of SMEs in Sustainable Development�����������������������������������������������������������������������4;�
2.4.4� Contribution of SMEs to the Zimbabwean Economy���������������������������������������������������������'4�
2.4.5� Barriers to SME Growth���������������������������������������������������������������������������������������������������'8�
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List of Tables
Table Page
Table 1: Annual GDP Growth Rates .......................................................................................... 3
Table 2: SME Definitions Used By Multilateral Institutions ................................................... 13
Table 3: Definitions of SMEs South African National Small Business Act ............................ 13
Table 4: Zimbabwean Government definition of SME by number of employees .................... 14
Table 5: Study Sample .............................................................................................................. 42
Table 6: Reliability Tests of the Questionnaire ........................................................................ 46
Table 7: Position of Respondents ............................................................................................. 48
Table 8: Gender of Respondents ............................................................................................... 48
Table 9: Age Group of Respondents......................................................................................... 49
Table 10: Level of Education ...................................................................................................... 49
Table 11: Category of Business .................................................................................................. 50
Table 12: Number of Employees ................................................................................................ 51
Table 13: Legal Status of SME ................................................................................................... 51
Table 14: Business Location ....................................................................................................... 52
Table 15: KMO and Bartlett’s Test ............................................................................................ 53
Table 16: Factor Analysis of SME Growth FactorEEEEEEEEEEEEEEEEEEEEEEEEEEE��:8
Table 17: Growth Factor Loading............................................................................................... 55
Table 18: Factor Analysis of Growth Indicators ........................................................................ 56
Table 19: Loading of Growth Factors ......................................................................................... 56
Table 20: Shapiro-Wilk Normality Test ..................................................................................... 57
Table 21: Correlation Matrix ...................................................................................................... 59
Table 22: Summary of the Regression Model ............................................................................ 61
Table 23: Prediction Model for Factor Components .................................................................. 62
Table 24: Association between Size of Firm and Growth .......................................................... 63
Table 25: Association between Level of Education and Growth ............................................... 65
Table 26: Gender and Growth .................................................................................................... 66
Table 27: Management and Growth ........................................................................................... 67
Table 28: Legal Status and Growth ............................................................................................ 67
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Table 29: Age of SME and Growth ............................................................................................ 68
Table 30: Category of Business and Growth .............................................................................. 69
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Figure Page
Figure 1: GDP Contribution per Sector ..................................................................................... 19
Figure 2: Employment Contribution of SME............................................................................. 20
Figure 3: Access to Finance as a major constraint to SME Operations ..................................... 28
Figure 4: Barriers to Adoption of Technology ........................................................................... 33
Figure 5: Q-Q Normality Test for Growth Factors .................................................................... 58
Figure 6: Q-Q Normality Tests for Growth Indicators .............................................................. 58
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CHAPTER ONE
INTRODUCTION
1.1 Introduction
This research study is an investigation of factors affecting growth and development of Small and
Medium Enterprises (SMEs) operating in Harare. The role of SMEs in economic development is
being increasingly recognized by economic planners and development practitioners the world
over. SMEs play an important role in the economic growth and development of most low income
countries. Phillip (2005) points out that the vibrancy of the SME sector is critical for the
development of any economy. SMEs are an effective instrument for the alleviation of poverty
through the creation of jobs for both the entrepreneurs and their workers. They contribute to long
term industrial growth by producing future large business enterprises that spring out of the SME
sector. Abor and Quartey (2010) describe SMEs as efficient and prolific employment creators,
the seeds for future larger business corporations and engines for economic prosperity. SMEs also
promote free market enterprise, advance entrepreneurial skills and contribute significantly to
exports and trade. In Zimbabwe, the SME sector provides employment to a large proportion of
the working population. The FinScope SME Survey conducted in 2012 revealed that the SME
sector has 2,8 million entrepreneurs of various sizes and employs 2,9 million people (Reserve
Bank of Zimbabwe, 2014). The sector also contributes 60% of Gross Domestic Product (GDP).
Research on SMEs in both developed and developing countries has gained momentum over the
years on the backdrop of failure by economic policies to stimulate private sector driven growth,
especially in low income countries. There is now broad consensus that a vibrant SME sector is
one of the principal components of a thriving market economy and should not be allowed to fail.
Worku (2013) argues that the failure of SMEs represents the failure of the national economy.
The development of SMEs also promotes the decentralization of economic activity to previously
disadvantaged regions and accelerates the attainment of wider national economic and social-
economic wishes (Cook and Nixson, 2000). Rostow (1960) cites the promotion of small
companies as one of the key drivers of the industrialization process in Europe. According to
Mullineux (1997), the SME sector remains the biggest employer in the developed countries,
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accounting for more workers than those employed by multinational companies. In Asia, the
enhancement of SMEs in terms of size and productivity in countries such as China and Japan
was critical in increasing export capacity that resulted in economic growth (Singh, 1999).
In Zimbabwe, the economic meltdown between 2000 and 2008 and the resultant increase in the
level of unemployment has reinforced the importance of SME sector as an engine for economic
recovery and expansion. Given the importance of SMEs in the recovery process, it is imperative
for policy makers and the public to be aware of the factors affecting the growth of SMEs in the
current economic environment characterized by high unemployment, depressed demand for
products and services, low production output and liquidity challenges. It is hoped that this study
will inform policy makers, development practitioners and more importantly, players in the SME
sector about the factors inhibiting their growth prospects.
The objective of this study is to determine the factors affecting the growth of SMEs operating in
Zimbabwe.
1.2 Background to the Study
The Zimbabwean economy developed a strong industrial backbone during the pre-independence
period. After independence in 1980, GDP grew at an average rate of 5.5 percent between 1980
and 1990, a rate that surpassed the average for Sub-Saharan Africa (SSA) countries during this
period (Africa Development Bank, 2009). In the 1990s, economic growth slowed down and the
economy weakened on account of low investment, adverse macroeconomic environment and
cutback in industrial production. From 2000 to 2008, the Zimbabwean economy experienced its
highest decline in economic activity resulting in a cumulative decline in real GDP growth by
about 50% on the backdrop of high inflation levels, capital flight and foreign currency shortages.
The formal sector shrunk dramatically due to company closures with many workers losing their
jobs through retrenchments. The massive loss of jobs gave way to the growth and dominance of
the informal sector in Zimbabwe. The sector became the safety net where the majority of
Zimbabweans found their means of survival (Gangata, 2013).
Globally, during the 1990s, business development focus shifted from the formation of new
businesses to growing the already existing small enterprises. The Government of Zimbabwe
(GoZ) joined this bandwagon and by the end of the 1990s, the Department of the Informal Sector
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was established in the President’s Office in recognition of the emergence of the informal sector.
In 2002 the Department of Informal Sector was upgraded to the Ministry of Small and Medium
Enterprises Development (MoSMED), with the mandate to oversee the development of the SME
sector (MoSMED, 2002). Since then, the government has prioritized the SME sector growth as a
vehicle for addressing the national problems of employment, economic growth and equitable
distribution of wealth among Zimbabweans (Goriwondo, 2009).
After experiencing one of the historic levels of inflation, in 2009, the country adopted the
multicurrency regime which immediately stabilized the economy. The Zimbabwean economy
bounced back to positive GDP growth during this period of economic recovery as shown in the
table below:
Table 1: Annual GDP Growth Rates
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The contribution of SMEs during this period of economic recovery was significant. According to
the FinScope 2012 SME Survey, 60% of the country’s GDP came from the SME sector (RBZ,
2014).
Despite the reported growth in GDP, the post dollarization period has some “side effects” on the
health of the economy. The SME sector has not experienced the anticipated growth as they are
constrained by a number of factors, chief among them access to credit. After dollarization,
capital flows were expected to come into the economy and recapitalize all sectors. Unfortunately
this has not been the case. The economy has remained relatively sluggish with external investors
shunning the economy. Although the problem started at the onset of dollarization, it has
deteriorated recently and worsened the plight of all sectors of the economy. The debate has
therefore been whether the SMEs are struggling because of the external factors such as the
economic environment and government regulations or because of internal factors such as access
to finance, management skills, technical knowhow and experience, investment in technology,
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entrepreneurial skills or the product characteristics. This research study will investigate the
factors affecting the growth of SMEs in Harare, Zimbabwe.
1.3 Problem Statement
SMEs are increasingly playing an important role in the recovery of the Zimbabwean economy.
There is consensus among economists and academics that the development of SMEs in
Zimbabwe will catapult economic growth and poverty alleviation (Olawale and Garwe, 2010).
Widespread efforts are being made by government and its development partners to encourage the
development of SMEs on the backdrop of a shrinking industrial sector. The SME is increasingly
viewed as the backbone of the country’s economic recovery efforts and a solution to the national
problems of employment creation and poverty reduction.
However, there is a gap in information regarding the dynamics of SMEs growth nt in Zimbabwe.
An understanding of the factors constraining the growth of SMEs in Zimbabwe therefore
warrants investigation. A better understanding of the factors affecting the growth of SMEs will
result in the development of strategies and policies to accelerate the growth of SMEs in
Zimbabwe. This study critically evaluates the factors affecting the growth of SMEs operating in
Harare and examines how these SMEs can best develop in the current sluggish economic
environment.
Literature on the factors affecting the growth of SMEs in the post-dollarization period in
Zimbabwe is limited. Very few studies have been conducted to establish the characteristics of
SMEs operating in Harare and the factors affecting their growth. Most of the studies conducted
on the challenges facing SMEs, relate to the pre-dollarization period. McPherson (1992)
conducted a study to determine factors influencing growth of micro and small enterprises which
covered several countries in Southern Africa and was not specific to the study group and area.
Another study by Muponda and Chaneta (2014) looked at the reasons behind small-firm clusters
in the small furniture manufacturing firms in Harare. A study by Zindiye, Chiliya and Masocha
(2012) focused on the impact of government support on the performance of SMEs in the
manufacturing sector. Gandata (2013) conducted a survey in 2012 which only focused on the
challenges facing SMEs in accessing finance from financial institutions in Bulawayo.
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This study takes a different approach to the studies cited above. It is extremely important for the
factors affecting SMEs in the post dollarization period to be known with certainty in order to
proffer solutions to accelerate growth in this important sector. It is against this backdrop that the
research aims at investigating factors affecting the growth of SMEs in Harare, Zimbabwe.
1.4 Research Objectives
The objectives of this study are:
1. To establish the association between the characteristics of SME entrepreneurs and
business growth.
2. To ascertain the relationship between SMEs characteristics and business growth.
3. To determine the determinants of SME growth in Zimbabwe.
3. To make recommendations that can enhance the growth of SME in Zimbabwe.
1.5 Research Questions
This research study aims at answering the following questions:
1. What is the association between characteristics of SME entrepreneurs and business
growth?
2. What is the relationship between the SME characteristics and business growth?
3. What are the determinants of SME growth in Zimbabwe?
1.6 Significance of the Study
This study seeks to investigate the factors affecting the growth SMEs in Zimbabwe. SMEs
contribute significantly to economic growth and employment creation and are credited for
economic expansion in most developing countries. The Zimbabwean economy is currently facing
a lot of challenges, chief among them high unemployment, depressed local output, low levels of
investment, liquidity challenges and high importation costs. The SME sector provides a solution
to some of these challenges. The promotion of SMEs as a vehicle for economic growth and
employment creation is paramount and hence policy makers, financiers and the entrepreneurs
themselves must understand the factors that affect the growth of this important sector. The
promotion of the SME sector is justifiable as it generates economic growth tied with equity,
employment, income to the business operators and their workers, products for local consumption
and exports, and is the seedbed for large scale enterprises.
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Recommendations made in this study are targeted at assisting SME owners and managers to
achieve high growth rates. The Zimbabwean government, financiers and developmental agencies
that have invested in this sector for many years will get insights on ways to further improve this
sector. The information provided from this effort will assist them with generating appropriate
policies to address the challenges faced by SMEs. The research will also contribute to the small
but growing body of knowledge on SMEs, especially in developing countries and act as a
platform for further research in this area. It should also further enrich the debate on the
contribution of SMEs to development in low income countries.
1.7 Scope of the Study
This study evaluates the characteristics of the entrepreneur, the SME and the factors affecting the
growth of SMEs in Harare, Zimbabwe. The research project will be carried out in Harare where a
large concentration of SMEs operates from.
1.8 Dissertation Outline
This dissertation is arranged into five chapters.
Chapter 1 (Introduction) provides the foundation for the study. It includes the background of
the study, the problem statement, research objectives, significance of study, scope of study and
the dissertation outline.
Chapter 2 (Literature Review) is the chapter where the theoretical and empirical background
on SME performance and growth is laid out. This chapter presents the basis on which the
research findings are discussed.
Chapter 3 (Research Methodology) is the chapter covering the methodology of the research
study. It outlines the data collection methods and a justification of each of the methods used, how
the data is processed and analyzed.
Chapter 4 (Research Findings and Analysis) discusses the research findings and results while
Chapter 5 presents the conclusions, recommendations and suggestions about areas of further
studies.
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CHAPTER TWO
Literature Review
2.1 Introduction
This chapter discusses the theoretical concepts and interrogates empirical literature on the subject
in question. The theme of this research study is the growth of SMEs and the factors influencing
this growth in the SME sector. The chapter also discusses other related issues that include
contribution of SMEs to economic growth and challenges faced by businesses in Zimbabwe.
2.2 Concept of Entrepreneurship
The term entrepreneurship is defined by Nieman and Bennett (2006) as the development and
growth of new businesses enterprises. Cronje, Du Toit and Motlatla (2000) describe
entrepreneurship as the establishment and operation of a business, taking greater risk than normal
by mobilizing resources to satisfy the needs of society, create jobs and realize profits for the
owner of the business. Entrepreneurship involves the continuous ownership and direction of the
business by the business operator. Entrepreneurship has also been described by Kuratiko and
Hodgetts (2004) as a dynamic process of vision change and creation. Rwigema and Venter
(2004) describe entrepreneurship as the process of conceptualizing, organizing and nurturing a
business idea and opportunity into a growing venture.
An entrepreneur is the individual who starts the business with the motive of making profit and
assumes financial and business risk in the process. There are of number of attributes that are
discussed in literature that good entrepreneurs have. These include risk taking, innovation and
creativity, vision, passion, and identification of business opportunities. Risk is the likelihood of
suffering harm, experiencing loss or danger. It can also be described as the variability of
expected returns from an investment. The ability and willingness to take calculated risk is one of
the characteristics of an entrepreneur. Hellriegel et al. (2004) argue that the risks taken by
entrepreneurs are calculated carefully to reduce the occurrence of losses. In an effort to share
financial and business risk, entrepreneurs invite shareholders, financiers and suppliers to
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contribute resources into the business. In addition to risk taking, an entrepreneur has to be
innovative by creating new ideas and implementing changes that enhance business performance.
Innovation involves incremental or radical changes to processes, products and services.
Wickham (2004) argues that the main purpose for innovation is to meet the needs of the
customer. Nieman et al. (2006) adds that innovation enhances value to customers and improves
the financial performance of the business and promotes sustained growth. Nieman et al. (2006)
concludes that an organization attains competitive advantage over its rivals through innovation
and creation of unique products, development of new markets and lowering production costs.
Entrepreneurship is key to the startup and development of small businesses. According to
English and Henault (2005), private initiative, imagination and innovation are the key to the
development of businesses in African countries. Worku (2013) discovered in his study of SMEs
in Pretoria, South Africa that business enterprises that were operated by individuals with
adequate entrepreneurial skills performed better than those run by individuals who had no
adequate entrepreneurial skills. A study of SMEs in Ghana, also confirmed that the performance
of SMEs is linked to the entrepreneurial skills of the proprietor (Inkoun, 2003). English et al.
(2005) claims that there was a general misconception that Africa lacked entrepreneurship and
cites studies under the Growth and Equity through Microenterprise Investment and Institutions
(GEMINI) program and those under the Regional Program on Enterprise Development (REED)
that have shown that many Africans are willing to start businesses. Some of the challenges facing
aspiring business people are that of mobilizing enough capital and acquiring sufficient skills to
start businesses.
2.3 Business Growth
2.3.1 Business Growth: Definitions and Measures
McPherson (1996) defines firm growth in employment terms, as the annual change in
employment from the start of the enterprise to the time of the survey, inclusive of the proprietor.
Growth of SMEs can be measured using several indicators that include sales, employment,
assets, profits and output, both in absolute and relative terms. According to Govori (2013) the
commonly used indicators of firm growth are sales and employment measures. McPherson
(1996) corroborates Govori (2013) and state that sales and employment figures are more
preferable because they are usually readily available for most SMEs. Although SMEs usually
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have poor record keeping skills, they attach high importance to sales data as an indicator of
business performance. Olawale et al. (2010) supports the use of sales data as more appropriate
measure of business growth. This is also supported by McPherson who argues that in the absence
of measurement errors, defining growth in terms of turnover and profits is more accurate than a
labour based measurement. Barringer et al. (2005) concurs with the use of sales figures to
measure growth and stresses that they are a precise barometer of how a firm is faring relative to
its competitors. Other researchers prefer to measure firm growth in employment terms. A
business is assumed to grow if it increases its employment capacity over time. Davidsson,
Delmar and Wiklund (2006) recommend the use of employment data over sales data as a
measure of the growth of SMEs because the data on sales may be affected by inflation. While
other authors advocate for the measurement of business growth using increases in market share
and production levels, the problem with these two measures is that they vary widely across
industries and therefore difficult to use for comparisons. Govori (2013) further argues that profit
as an indicator of growth and development is not relevant unless measured over a period of time.
This study measures growth predominantly in terms of employment growth but sales turnover,
profitability and net asset values are also used to complement the main measurement indicator.
Evans (1997) discovered that estimating business growth using employment figures will yield
similar results to those using sales figures. Parker and Dondo (1991) registered similar results in
a study of two manufacturing sectors in Kibera, Kenya.
2.3.2 Theories of Firm Growth
There are no theories specific to SME growth in developing countries. Theories of growth that
are discussed in literature relate to firms and are used to guide the analysis of SME growth in this
discussion. Much of the early literature about growth of firms concentrated on the relationship
between growth and firm size. Traditional neoclassical economic theory posits that the size of
the firm is determined by factors that affect the long term average costs of firms such as the
available technology and market size. This theory assumes a perfect competitive market structure
and dictates that labour is added to the production process until marginal product of the
additional labour equal the wage rate of the last worker. McPherson (1992) supports the
neoclassical theory and postulates that growth in firms occurs in response to changes in the wage
rate, technology and price of the product. Gebreeyesus (2007) criticizes the neoclassical theory
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by pointing out that the theory does not give a definite prediction of the size distribution of firms
that influences supply and demand for the product. The Law of Proportionate Effect, better
known as the Gibrat’s Law was advanced in response to the shortcomings of the neoclassical
theory. According to Gibrat’s Law, yearly growth of firms is independent of current size, but
follows a random distribution of growth rates. Gibrat’s Law predicts identical growth chances for
both large and small firms. The Gibrat’s Law has however been criticized and contrary to its
predictions many empirical studies have shown that, in fact an inverse relationship exists
between firm size and growth (McPherson, 2002).
The Learning Model by Jovanovic (1982) theorized that managerial efficiency and learning were
the key determinants of firm growth. The Model postulates that firms become aware of their
efficiency level after the firm starts operating and they have to update their prior predictions
through experience (McPherson 1992). Growth is therefore said to be a function of the accuracy
of the managers in predicting their ability and estimation of this efficiency improves as the firm
ages. The model attributes slower rate of growth on older firms to the low variance between
actual efficiency and the predicted efficiency. The growth of firms attributed to management
effort is therefore the difference between the true efficiency of management and their predictions
of their managerial efficiencies. The implication of the Learning Model is that firms that are
inefficient exit the market while those that are efficient survive the competition and grow. The
model also suggests that bigger firms have slower growth rates compared to smaller firms due to
their efficiency and confidence in predicting their costs, resulting in a decrease in the mean and
variance of its growth rate. The model is criticized as being “passive” because it depends heavily
on the efficiency of managers. The Learning Model was modified by Pakes and Erickson (1987)
with the efficiency parameter changing through human capital development. The “active model”
by Pakes and Erickson implies that firms that invest in human capital and research and
development are assumed to be more efficient and grow faster. Gebreeyesus (2007) concludes
that as a result of the model by Parkes and Erickson, investment in human capital through
education and experience is critical for the growth of SMEs in developing countries.
Churchill and Lewis (1983) came up with a theory to explain firm growth in terms of growth
stages. They suggest that as firms start operating, they pass through a number of growth stages
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and propose five stages of growth, namely existence stage, survival stage, success stage, take-off
stage and resource maturity stage. As a small firm develops it passes through some of these
stages with each stage having its own characteristics, problems and requirements. Olawale et al.
(2010), states that the Churchill Lewis Model provides insights into the dynamics of SME
growth and business processes involved.
2.3.3 Firm Growth: Empirical Evidence
Empirical studies have weighed in with evidence of the determinants of the growth of business
enterprises. Some of the factors that are cited in literature as affecting growth of firms include
lack of access to financial resources, shortage of entrepreneurial skills, poor managerial skills,
poor infrastructure, access to markets and a hostile regulatory environment. These factors are
discussed in detail under Barriers to Growth of SME in Section 2.2.5.
2.4 Small and Medium Enterprises
2.4.1 Definitions
In development economics, the role of SMEs is a subject of intense debate. Gibson and Van der
Vaart (2008) attribute the debate on the role of SMEs in economic growth and development to
the varying and broad spectrum of definitions of SMEs. There is no universal and single
generally accepted definition of SMEs in the literature. Several indicators are used in defining
the SME sector. As early as 1971, the Bolton Committee (London) made an “economic and
statistical” definition of a small firm based on its relative size in the market, its contribution to
GDP, employment and exports, and its management structure (Bolton, 1971). One notable result
of the Bolton Committee in England was the different definitions of small firms across sectors.
Other authors have presented their own definitions of SMEs. Abor and Quartey (2010) observe
that authors have different definitions of SMEs depending on the target group (operational
definition). Helmsing (1993) agrees with the view that there is no global agreed definition for an
SME and noted that even in a single jurisdiction, SME’s can have several definitions depending
on the industry they operate in. Weston and Copeland (1998) argued that definitions of the size
of enterprises suffer from global application because they are conceived in different contexts.
Some of the criteria extended to define SMEs in literature include use of capital assets criteria,
number of employees, type of industry, ownership of enterprise and turnover levels. SME are
also defined in terms of their legal status and method of production (Abor et al., 2010). Kim and
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Gallent (2000) prefers to classify business enterprises according to the number of employees,
annual turnover and total assets.
The definition of SMEs also varies from one country to another and between reporting entities.
Different countries and institutions set their own guidelines in defining SMEs based on sales,
assets and headcount (Nyanga et al., 2013). In Egypt SMEs are defined as having more than 5
and fewer than 50 employees, Vietnam considers SMEs to have between 10 and 300 employees
(Nyanga et al., 2013). The World Bank define SMEs as those enterprises with a maximum of
300 employees, US$15 million in annual revenue, and US$15 million in assets. The European
Union (EC) defines SMEs largely based on the number of employees and categorizes SMEs as
business enterprises (outside agriculture, hunting, forestry and fishing) which employ less than
500 persons. The EC distinguishes between micro (less than 9 workers), small (between 10 and
99 workers) and medium (between 100 and 499 workers). Storey (1994) argues that the
European Union definition is more convincing as it assumes that the SMEs are heterogeneous
and that their definition is based solely on employee numbers rather than a multiplicity of
criteria. The United Nations Industrial Development Organisation (UNIDO) defines SMEs in
employment terms but they provide different classifications for developed and developing
countries (Elaian, 1996). For developed countries, small firms are those with 99 or fewer
employees, medium firms are those with 100 to 499 employees while large firms have 500 or
more workers. For developing countries micro enterprises are firms with less than 5 employees,
small firms have 5 to 19 workers, medium firms are those with 20 to 99 workers and large firms
have 100 or more workers. Table 2 below, shows some of the definitions used by multilateral
institutions such the World Bank (WB) and Africa Development Bank (ADB).
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Table 2: SME Definitions Used By Multilateral Institutions
Source: Brookings Global Economy and Development
From Table 2, it becomes evident how varied the def
institutions perspective can be
definition includes enterprises that are three time
turnover or assets than the SME under the Multilate
National Small Business Act of 1996 uses the number
combined with the annual turnover and the gross ass
of the categorization of businesse
Table 3: Definitions of SMEs according to the South African
Enterprise Size Number of Employees
Medium Fewer than
depending on industry
Small Fewer than 50
Very Small (Micro) Fewer than 10 to 20
depending on industry
Micro Fewer tha
Source: Abor and Quartey (2010)
47�
SME Definitions Used By Multilateral Institutions
Source: Brookings Global Economy and Development (2008)
From Table 2, it becomes evident how varied the definitions of SMEs
can be. It can be observed from above table that the Worl
definition includes enterprises that are three times larger by employees and five times larger by
turnover or assets than the SME under the Multilateral Investment Fund. In South Africa, the
National Small Business Act of 1996 uses the number of employees per company’s criterion,
combined with the annual turnover and the gross assets (excluding fixed property). The summary
of the categorization of businesses in South Africa is given in the Table below;
Definitions of SMEs according to the South African National Small Business Act
Number of Employees Annual Turnover (In SA
Rands)
Fewer than 100 to 200,
depending on industry
Less than R4 million to
R50 million, depending
upon industry
Fewer than 50 Less than R2 million to
R25 million, depending on
industry
Fewer than 10 to 20,
depending on industry
Less than R200 000 to
R500 000, depending on
industry
Fewer than 5 Less than R150 000
�
initions of SMEs from a multilateral
. It can be observed from above table that the World Bank
s larger by employees and five times larger by
nvestment Fund. In South Africa, the
of employees per company’s criterion,
ets (excluding fixed property). The summary
s in South Africa is given in the Table below;
Definitions of SMEs according to the South African National Small Business Act
Gross Assets (Excluding
Fixed Property)
Less than R2 million to
R18 million, depending on
industry
Less than R2 million to
R4,5 million, depending
on industry
Less than R150 000 to
R500 000, depending on
industry
Less than R100 000
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In Zimbabwe, there are three commonly used definitions of SMEs, all of which are based on the
number of employees, the asset base and the legal status. SEDCO (2010) defines a small and
medium enterprise as a firm that has no more than one hundred (100) employees and maximum
annual sales turnover of US$830 000. They further distinguish between informal enterprises and
SMEs based on their legal status. Informal enterprises are defined as those operations that are not
registered in terms of the Company Act (Chapter 190) and the Factory and Works Act (Chapter
283) while SMEs are businesses that are registered in terms of the Companies Act (Chapter 190)
and employing less than one hundred employees (Ruzivo Trust, 2013). The Ministry of Small
and Medium Enterprises and Cooperative Development (MoSME & CD) defines a small and
medium enterprise as a legal business entity with the following attributes:
(a) Turnover of less than US$800 000,
(b) It is not a subsidiary or branch or associate of a large business organization and,
(c) Maximum number of full-time permanent employees as given in the following table:
Table 4: Zimbabwean Government definition of SME by number of employees
Sector/Sub-Sector Size Max Number of Full Time
Employees
Agriculture, Manufacturing and
Mining
Micro
Small
Medium
5
50
100
Construction, transport, retail,
tourism, catering, arts and crafts,
wholesale and fisheries
Micro
Small
Medium
5
30
50
Source: MoSMED Policy Document (2009)
From the above definitions, the commonly used variable to define SMEs is employment. The
employment variable was used by Van der Wijst (1989) and Jordan et al. (1998) in their studies
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of South African SMEs. Other jurisdictions prefer to use sales threshold to distinguish SMEs
from large scale operations. Lopez and Aybar (2000) considered SMEs as companies with a
turnover of less than 15 million euros. However Storey (1994) criticized the use of sales figures
to determine the size of business because it results in firms in the same sectors all being
classified as small whilst some in other sectors can all be classified as large scale enterprises.
Abor et al. (2010) concludes that there are varying definitions of SMEs that vary across
industries and also jurisdictions. However in spite of the varying definitions of SMEs, there are
three important generic elements of SMEs and these are the number of employees, level of
capital and legal status.
2.4.1.1 Number of Employees
Human capital is one of the critical factors of production. The number of employees in an
enterprise can be used as a measure of the size of the organization. An increase in personnel
signals the growth of an organization (Zindiye, 2008). In both local and international definitions,
the maximum number of employees for small enterprises is 50. For medium enterprises, the
minimum number of employees is 50 and the maximum number is 500 depending on industry or
sector. In the Zimbabwean definitions, the maximum number of employees in an SME is 100.
2.4.1.2 Capital Base
Capital is another essential factor of production without which production cannot take place. In
both definitions, the capital requirements differ mainly due to currency differences but in all
cases sufficient capital must be provided to ensure that production takes place. The amount of
capital required differs between industries and sectors and across borders due to the different
currencies used in different countries. Assets in the form of current and fixed assets are also
essential in the operation of a business enterprise. The maximum threshold for capital base is
$830 000.
2.4.1.3 Registration
The legal status of the enterprise differentiates formal and informal businesses. SMEs must be
registered for purposes of government taxation and calculation of Gross Domestic Product
(GDP). Formalizing a business venture may entail costs in the form of government taxes and
transactional costs but the benefits accrued through business registration include access to
financial resources from lending institutions and assistance from government and donor
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programs. The SEDCO definition requires SMEs to be registered in terms of Chapter 190 and
this differentiates them from businesses in the informal sector. However the Ministry of Small
and Medium Enterprise Development definition of SME is not specific about the registration
requirements of SMEs in Zimbabwe.
2.4.2 Characteristics of SMEs
The SME sector is the cornerstone of many developed countries’ economies and constitutes
about 95% of the business enterprises (OECD, 2005). The sector is less developed in low income
countries and includes a wide range of businesses, which differ in their technical advancement
dynamism, and risk attitude (Bouri et al., 2011). Ayaggari, Beck and Kunt (2005) claim that
most SMEs are relatively stable in their technology, market and scale, while a few are more
technically advanced, providing crucial product and services to niche markets. Others are
dynamic and high risk taking while others require high-tech start-ups. Despite all these
differences, there are some distinct characteristics of SMEs. Cronje, Du Toit and Motlatla (2001)
provide the following characteristics of SMEs in developing countries:
• SME are more labor intensive and technically inferior to large scale businesses.
• They are vehicles for using talent and entrepreneurship skills for people who cannot
achieve these objectives in large businesses.
• SMEs generate more employment opportunities per unit of capital invested.
• SMEs flourish by providing services to small and restricted markets which are not
attractive of large enterprises.
• SMEs create social stability by stimulating personal savings, less damage to the
environment and improve the general participation of citizens in a country.
• SMEs are the seed bed of new industries and development of entrepreneurial skills.
Gibson et al. (2008) proposes the following attributes for SMEs:
• Less negotiating power with government and the financial sector for fiscal incentives or
government benefits.
• Managed by their owners or more centralized management with weaker delegation and
departmentalization.
• Focused on short term need and medium term survival than on long term profitability and
growth.
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• Less technologically sophisticated and slower at adapting to available technology.
• More flexible and easy adapting to changing regulatory and economic environment.
• More reliant on employing unskilled workers who receive on the job training.
• More dependent upon personal relationship between management are workers and
between management and customers. ��
Kayangula and Quartey (2000) categorized SMEs into organized and unorganized enterprises
with the former having a registered offices and employing salaried workers. The unorganized
enterprises are made up of artisans who employ a few unsalaried workers who are mostly family
members or apprentices. The unorganized enterprises operate from open spaces or at home. They
further argue that most SMEs are one-person businesses with the families of the proprietor
usually participating in the business without receiving a salary. They estimate that hired workers
and trainees constitute a quarter of the SME workforce. Cronje et al. (2001) corroborates the
above findings and agrees to the point that SMEs in Africa are labour intensive and have lower
capital costs associated with employment creation.
In terms of their business activities, SMEs in developing countries are mostly involved in
manufacturing, trading and retailing (Kayangula et al., 2000). The proportion of SME
involvement in manufacturing has been observed to depend on the availability of raw materials,
tastes of domestic consumers and accessibility to export markets. According to Phillip (2005),
SMEs are highly diverse and heterogeneous, and are traditionally dominant in the industrial sub-
sectors of food and allied products, light engineering, textiles, transport and wood products. Abor
(2010) is of the view that whilst the majority of SMEs fall under the retail category, their
proportion varies from one country to another and between rural and urban centers. In terms of
labour productivity, it varies within and across industries and is related to the level of adaption of
technology and management skills (Fisher et al., 2000). Although, SMEs are more flexible to
changing economic environment and bring innovations to the market place, their innovative
contributions take time to increase productivity as the innovations are usually implemented faster
by large firms. A study by Porter and Turner (2004) concluded that most successful and vibrant
SMEs are characterized by innovation, attention to quality, excellence in service provision and
dedication to satisfying customer needs. They argue that service excellence results in a loyal and
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solid customer base and that the dedication to providing quality service is a prerequisite for
sustained growth of small businesses.
2.4.3 Role of SMEs in Sustainable Development
The importance of SMEs in economic and social development is undisputed. According to Nyanga
et al. (2013) economic growth is the process of economic transition involving structural
transformation of the economy through industrialization, rising GDP and per capita income.
SMEs and entrepreneurs play a significant role in all economies and are the key generators of
employment and income, and drivers of innovation and growth (OECD, 2009). A World Bank
Report (2008) argues that SMEs are the backbone of all economies and a key source of economic
growth, job creation and innovation in both developed and emerging markets. In the past, the
notion was that SMEs were not linked to the formal sector and would disappear once industrial
development is achieved (Gebreeyesus, 2007). There is now growing consensus among development
practitioners globally that SMEs are crucial contributors to sustainable development in both high
and low-income countries (World Bank, 2008). The World Bank Report (2008) credits the
presence of SMEs as one of the strongest contributors to the growth of GDP in many countries.
SMEs are the drivers of sustainable economic growth in developing countries through which
growth objectives of low income countries can be realized.
Worku (2013) argues that it is very difficult to grow the economy of developing countries on a
sustainable basis without the sustained growth and development of SMEs. Swanson (2007)
supports this view and states that the realization of SME growth is critical for sustained growth
and development at the national level. SMEs contribute to the nations GDP by producing
products and provision of services to consumer markets and also provide inputs to other
businesses. They also contribute significantly to exports and to the promotion of international trade.
The manufactured goods that are exported to foreign countries increases the country’s export
earnings and reduces dependency on the export of primary commodities in most developing
countries. Figure 1 shows the contribution of the SME sector to GDP in both low and high
income countries. It shows that SMEs contribute more than half (51%) of GDP in high income
countries and about 15% of GDP in low income countries.
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Figure 1: GDP Contribution per Sector
SMEs are a major contributo
contribute significantly to employment and poverty
Abor (2010) also recognized the importance of SMEs
SMEs are important sources of employment and income in many developing
viewed as the panacea to the problem of high rate o
countries which has been exacerbated by increasing population
most developing countries are
International Labour Organization
informal enterprises and wage employment in
agricultural employment in all regions of the devel
dominance of SMEs in employment
developing and developed countries. Ahmed (1999) ci
employment contribution of SMEs is a common phenome
figures ranging from 70% to 90% in Africa to 40% to
estimates that 80% of new jobs worldwide are being created b
striking about SMEs in terms of employment
poor members of society and women who have lower ch
businesses. They are more labour intensive than lar
4=�
GDP Contribution per Sector
SMEs are a major contributor to employment creation. Olawale (2011)
contribute significantly to employment and poverty alleviation in most developing countries.
Abor (2010) also recognized the importance of SMEs in employment creation by stating that
sources of employment and income in many developing countries. They are
viewed as the panacea to the problem of high rate of unemployment in most developing
exacerbated by increasing population. The public and formal sectors in
t developing countries are failing to cope with the ever increasing demand for jobs.
International Labour Organization (ILO) 2002 report estimates that self
informal enterprises and wage employment in SMEs represents more than half of
agricultural employment in all regions of the developing world. Abor (2010
MEs in employment generation and in the number of business enterprises
developing and developed countries. Ahmed (1999) cited in Phillip (2005) adds that the
employment contribution of SMEs is a common phenomenon in low income countries with
figures ranging from 70% to 90% in Africa to 40% to 70% in other regions. Worku (2013)
at 80% of new jobs worldwide are being created by the SME sector.
striking about SMEs in terms of employment creation is the sector’s absorption
poor members of society and women who have lower chances of employment in large
businesses. They are more labour intensive than large businesses and have a lower capital costs
�
e (2011) asserts that SMEs
alleviation in most developing countries.
in employment creation by stating that
sources of employment and income in many developing countries. They are
f unemployment in most developing
The public and formal sectors in
the ever increasing demand for jobs. The
ILO) 2002 report estimates that self-employment in the
represents more than half of total non-
oping world. Abor (2010) observes the
and in the number of business enterprises in both
ip (2005) adds that the
non in low income countries with
70% in other regions. Worku (2013),
y the SME sector. What is more
absorption of marginalized
ances of employment in large
ge businesses and have a lower capital costs
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associated with job creation. Since SMEs are more l
better suited to succeed in rural areas and smaller
in remote areas and slow down rural
equitable distribution of incomes among the citizen
efficacy in resource allocation through the adoption of labour
developing countries where labour is in abundance. The Figure below sho
employment contribution to employmen
middle income countries, upper middle countries and
Figure 2: Employment Contribution of SME
Source: Dalberg Report on SME IN Developing Countri
In addition to promoting the diversification of economic activities,
entrepreneurial skills and promote private ownershi
SMEs, besides introducing new products and new technolo
innovation and they bring competitive pressure on established firms.
important role in the optimal utilization of local
and local technologies and thereby
local and indigenous technologies. Kayanula
scarce resources and improve the efficiency of the
economic growth. Abor et al
' �
associated with job creation. Since SMEs are more labour intensive than large fi
better suited to succeed in rural areas and smaller towns where they promote economic activity
in remote areas and slow down rural to urban migration. This dispersion facilitates a more
equitable distribution of incomes among the citizens of any country. Furthermore, SMEs creat
resource allocation through the adoption of labour intensive production techniques in
where labour is in abundance. The Figure below sho
to employment (in percentage terms) in low income countries, lowe
middle income countries, upper middle countries and in high income countries.
�
Employment Contribution of SME
Source: Dalberg Report on SME IN Developing Countries, November 2011
the diversification of economic activities,
entrepreneurial skills and promote private ownership (Phillip, 2005). Olawale (2010) argue that
new products and new technologies, they are also
bring competitive pressure on established firms.
important role in the optimal utilization of local inputs. They use mainly locally produce
thereby promote demand for local inputs and stimulate the
local and indigenous technologies. Kayanula et al. (2000), states that SME
scarce resources and improve the efficiency of the domestic market which results in long term
al. (2010), argue that SMEs have an advantage over the large scale
abour intensive than large firms, they are
towns where they promote economic activity
urban migration. This dispersion facilitates a more
country. Furthermore, SMEs create
nsive production techniques in
where labour is in abundance. The Figure below shows share of
(in percentage terms) in low income countries, lower-
in high income countries.
the diversification of economic activities, SMEs also stimulate
Olawale (2010) argue that
they are also a key source of
bring competitive pressure on established firms. SMEs also play an
use mainly locally produced inputs
stimulate the growth of
states that SME utilize domestic
domestic market which results in long term
SMEs have an advantage over the large scale
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enterprises due their easy adaptation to local market conditions, resilience to adverse economic
conditions and adoption of new technologies. SMEs also absorb productive resources from all
sectors of the economy thereby helping the country to establish resilient economic systems
where all firms, large or small are interlinked. Kayanula and Quartey (2000) attribute their
resilience to adverse economic conditions to the flexible nature of the SME sector.
Worku (2013) describes the importance of SMEs with respect to competiveness, innovation and
economic development. He argues that the contribution of SMEs to the national economy is
rooted on their ability to generate employment opportunities, utilize available resources, expand
local output, develop local technologies, produce intermediate goods, promote sustainable and
balanced development, lower income disparities and increase the revenue base of the
government. In terms of their geographical distribution, SMEs tend to be widely dispersed.
Nyanga et al. (2013) argue that their geographical distribution help in the development and
diffusion of entrepreneurial skills, technical skills and technology. SMEs initiate technological
innovations and play a critical function as creators of new products and services. They also
support large firms by supplying them with inputs and often act as subcontractors of these large
businesses and also consume output from the large industrial firms. According to Worku (2013),
the capital and output ratio in the SME sector is lower as compared to large companies and the
sector has a higher multiplier effect per unit of investment. The development of information
technology and global integration provides more opportunities for SMEs to enhance their
competitiveness and contribute to national development (Nyanga et al., 2013).
2.4.4 Contribution of SMEs to the Zimbabwean Economy
In Zimbabwe, SMEs have taken a central role in social and economic development of the
country. According to Mudavanhu et al.(2011) SMEs are the engines of economic empowerment
and growth in Zimbabwe in both the formal and informal sectors. They are viewed as the engine
for economic growth because of their contribution to employment, wealth creation, income
generation and strategic linkages with large companies across the economic clusters (RBZ,
2014). The Reserve Bank of Zimbabwe describes SMEs as the key drivers of the Zimbabwe
Agenda for Sustainable Socio-Economic Transformation (RBZ, 2014). The development of the
SME sector is also part of the government strategy of achieving broader developmental goals
which include employment creation, poverty alleviation, indigenization and women
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empowerment (Karedza et al., 2014). Chidoko et al., (2011) agrees with the view that that the
SME sector is crucial for the country’s broader developmental goals which include spreading of
employment opportunities, poverty alleviation and increasing indigenous ownership of national
resources. Below we discuss the specific contributions of SMEs to the Zimbabwean economy;
2.4.4.1 Employment Creation
The Zimbabwean economy has over the years experienced long periods of economic decline
characterized by company closures and retrenchments. This resulted in the shrinking of the
formal employment opportunities. Nyoni (2002) claims that investment levels in the economy
have not been sufficient to create employment for over 300 000 annual graduates from the
country’s training institutions. The SME sector has become the primary source of employment
and a source of livelihood for millions of people (Zindiye et al., 2012). The 2012 FinScope SME
survey estimates the SME sector to employ 2.9 million people in the country (RBZ, 2014).
Perhaps the most striking revelation is the absolute size of the sector which has around 2,8
million owners. The existence of employment opportunities results in disposable income for the
citizens of Zimbabwe and increases local demand for goods and services.
2.4.4.2 Contribution to Economic Growth
SMEs have been identified as key contributors to the economic recovery process in Zimbabwe.
The contribution of SMEs to economic growth is premised on their ability to create employment,
lowering income disparities, utilization of locally produced inputs, production of intermediate
goods, increasing national output, promotion of balanced development and increase in
government revenues (Worku, 2013). Zindiye et al. (2012) argue that SMEs offer opportunities
for the development of new products and services, innovation and promote competition in the
business landscape. This competition eliminates monopoly by large enterprises resulting in a free
market economy. They contribution of SMEs to the nation’s GDP is estimated at about 60%
(RBZ, 2014). According to the 2012 FinScope SME Survey, the increased growth in the SME
sector has had a direct bearing on the GDP growth due to increased output, value addition and
profits. GDP is also affected indirectly by SME growth through increased innovation and
productivity that enhances macroeconomic resilience. The sector also benefits the economy
through their propensity to innovate, low start-up capital requirements, flexibility and potential to
develop rapidly (Maseko, 2011). Bukaliya and Hama (2012), claim that a stronger SME sector in
Zimbabwe can improve the national economy’s resilience through diversification and broadening
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economic activities, consequently reducing its vulnerability to periodic shocks. The flexibility
and innovativeness of SMEs allows them to easily adapt to the changes in the economic
environment, market needs and production techniques.
SMEs do not only produce goods and services for the consumers but also provide products that
are tailor made in size and quantity for the domestic market. Products from the SME sector are
relatively cheaper and competitive because of their proximity to markets which keeps the
transport and other costs lower. Moreover, the high reliance of small businesses on locally
produced raw materials, local skills and production methods allows the country to reduce its
foreign currency payments and promote exploitation of local resources (RBZ, 2014). SMEs
benefit the Zimbabwean economy through nurturing the entrepreneurial skills in the people of
this country. They mobilize and stimulate the vast potential for business entrepreneurship,
creation of wealth and widening the capacity of the local economy (Maseko, 2011). Nyoni
(2002) added that the utilization of the country’s human resources and local commodities creates
wealth and an economic structure that is self-sustaining with advanced linkages among its
different sectors. SMEs also contribute to long term industrial growth by producing an increasing
number of firms that grow up and out of this sector.
The World Bank (WB) and multilateral institutions have realized the potential of SMEs to the
acceleration of economic growth and poverty alleviation and have provided targeted assistance to
sector. According to Zindiye et al. (2012), the World Bank policy on SMEs is rooted on three
arguments. Firstly, SMEs promote competition and entrepreneurship that results in economic
efficiency, innovation and growth in productivity. Secondly, SMEs are generally more
productive than large firms because of their ability to specialize in niche products. SMEs also
have the advantage over large business in terms of greater flexibility and ability to launch new
products and services more easily. Lastly, SMEs can make decisions more easily and are thus
more efficient based on prompt action and solutions adjusted to market circumstances.
2.4.4.3 Poverty Alleviation
SMEs have become increasingly important as a source of livelihood for many Zimbabweans.
The FinScope SME survey report (2012) also pointed out that SMEs play a critical role in
poverty alleviation for the entrepreneurs and their employees (RBZ, 2014). Through provision of
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employment and business opportunities, SMEs provide workers and entrepreneurs with
disposable income which improves their standards of living and alleviate poverty.
2.4.5 Barriers to SME Growth
Although SMEs play a critical role in accelerated economic growth and development in many
developing countries, they are often plagued by several factors that prevent realization of their
full potential (Abor et al., 2010). Literature on SMEs is pregnant with a host of common
challenges affecting their growth, irrespective of the country where they operate. Myles (2010)
cited in Nyanga et al. (2013) estimates that more than 50% of SMEs collapse within the first five
years of their operations as a result of numerous challenges. These challenges as advanced by
Muranda (2003) include the economic recession, poor management skills, access to credit
financing, technology, barriers to global sourcing, low productivity, and the regulatory
environment. Mboko and Hunter (2009) single out access to credit, lack of access to formal
business and social network as the major challenges to SME development in Zimbabwe. English
and Henault (2005) outline inadequate infrastructure, inappropriate institutional framework, lack
of adequate financing schemes and inefficient information systems as the major obstacles that
hamper the organized development of SMEs in Africa. Fatoki (2006) stresses the bureaucratic
government regulations, inadequate financing, quality of infrastructure, access to markets,
acquisition of skills and managerial expertise as the major constraints to SME development in
low income countries.
Nyoni (2002) weighed in with the lack of access to finance and the cost of available finance,
poor marketing skills and market knowledge, inadequate management and entrepreneurial skills,
poor access to infrastructure, lack of access to land, lack of information and a hostile regulatory
environment as the major constraints to the performance and growth of SME. Some of these
factors are discussed in detail below.
2.4.5.1 Entrepreneur’s Characteristics
Gebreeyesus (2007) argues that the characteristics of the entrepreneur which include age, sex,
and marital status affect firm growth. These characteristics he further argues, determine the
business operator’s ability and aggressiveness. Some studies have supported the notion that male
headed enterprises perform better and grow faster that those headed by their female counterparts
(Liedholm, 2002; McPherson, 1996,). This has however been disputed by Phillips (2005) who
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found no association between gender of business operator and its effect on the firm’s growth
prospects.
According to Hisrich and Drnovsek (2002), the entrepreneurial competencies measured by the
level of education, startup experience and the knowledge of the business have a positive
influence on the performance of the business enterprise. McPherson (1996) also found the level
of education and experience of the business operator affects the growth of SMEs. Educational
background and training of the business operator enhances their entrepreneurial skills. Education
and training programs also improve the capabilities of not only the entrepreneur but his manager
and workers. The attainment of vocational training further enhances the capabilities of the
entrepreneur and resultantly increases the chances of growth of the business enterprise. Evidence
from surveys carried out on entrepreneurship show consistent correlation between entrepreneur’s
education level and their success (English et al., 2005). Herrington and Wood (2003) in their
study of South African firms observed that the lack of education and training reduces the
capacity of managers and attributes the lack of education to low entrepreneurial creation and the
high failure of new businesses. Mudavanhu et al. (2011) agrees with the notion of education as a
predictor for the success of any business. Matern (2005) cited in Manyani et al. (2014)
conducted a study on the success of small businesses in Canada and also discovered that the
educational background of the business operator is positively related to the success of the
business.
Entrepreneurial skills are important for running viable SMEs and a proprietor holding any
business related qualification is expected to make better decisions that reduce the chances of
enterprise failure. Worku (2013) encourages those who do lack entrepreneurial skills to improve
themselves through training in business related courses. According to Abor (2010) the bulk of
small business that fail in their first three years of operating are characterized by poor
entrepreneurial skills. Manyani et al. (2014) supports the argument and claims that education
increases the knowledge of the business operator in such important areas as management,
leadership, finance and marketing thereby enhancing the chances of business success.
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In addition to the educational background and experience of the entrepreneur, good leadership
skills are important to the achievement of the goals of SMEs. Entrepreneurship and leadership
are intertwined. Judge and Piccolo (2004) argue that successful entrepreneurs have good
leadership skills. Worku (2013) claims that the leadership style of the business operator
contributes to the ability of the business to retain customers. In cases where customers complain
about poor service or product quality, able business leaders resolve the problems to the
satisfaction of the customer. Different leadership styles account for differences in performance
among SMEs.
2.4.5.2 Characteristics of the SME
The characteristics of the business enterprise have been found to affect its growth and
performance. According to Kiggundu (2002), the registration status of the business enhances its
growth prospects. Although registration of the business involves fiscal and transaction costs, it
also allows the business to access financial resources from banks and other providers of credit.
The initial size of the firm and age has been found to be negatively related to growth
(McPherson, 1996). However Chandler (2009) disagrees with this view and argues that the older
the firm and the bigger it is, the more likely it can withstand tough economic conditions and
hence the more chances for growth. This view is also supported by Bougheas, Mizen and Yalcin
(2005) cited in Olawale et al. (2011) who argue that young firms are more prone to failure as
compared to established firms.
The type of industry and location also has a bearing on its growth prospects. Liedholm (2002)
discovered that SMEs operating in the service and manufacturing industries tend to grow faster
than those in retail. Liedholm (2002) also discovered that SMEs operating from rural areas and
those that are home based have lower grown rates than those operating from urban centers.
2.4.5.2 Access to Finance
SMEs are a vital component of any country’s economic matrix (Bouri et al., 2011). They play a
critical role in advancing growth, innovation and economic prosperity. However, SMEs require
financial support to fund operating and expansion needs. Finance is also required for capital
structure adjustments such as mergers or acquisition transactions. Access to finance improves
firm performance through facilitating market entry, growth, risk reduction and promoting
entrepreneurial activity and innovation (Beck, Thorsen and Demirglic-Kunt 2008). Furthermore,
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firms with greater access to credit and finance are more capable to take advantage of existing
investment opportunities and growth opportunities. SMEs have problems in accessing finance
from formal financial institutions or face unfavorable lending requirements. As a result SMEs are
mainly financed from the entrepreneurs own funds or from external sources such as family and
friends (Olawale et al., 2010). Further growth in established small businesses is also financed
from retained profits. A study conducted on SMEs in Nigeria, concluded that the bulk of initial
financing for SMEs comes from personal savings and additional finance for business expansion
comes from the informal sources (Ekpenyong et al., 1992). Another study conducted in the
United Kingdom also revealed that the initial funding of SMEs comes from immediate family
members while after two years, there is high reliance on own savings and support from financial
institutions (Manyani, 2014). SMEs are however unable to finance their growth requirements
from internal resources because their turnover and profit levels are limited (Gangata, 2013).
Several studies highlight access to credit and finance as one of the key determinants of business
success. Beck (2007) claims that access to finance and the cost of finance are rated as major
constraint by around 30% and 35% of small and medium enterprises in developing countries,
respectively. According to Bouri et al. (2011), improved access to finance for SMEs improves
economic performance of low income countries by fostering innovation, GDP growth and
macro-economic resilience. The lack of access to credit and financial resources is also cited by
Cessar (2004) as a constraint to business growth. Masuko and Marufu (2003) supports the
importance of bank and non-bank credit as being central to the performance of business ventures
through the provision of startup and working capital. According to Ekpenyong (1992), there are
three main sources of financing that SME can access;
1. Formal Financial institutions such as commercial banks, micro-finance institutions,
development banks, merchant banks, insurance companies and savings banks.
2. Informal Financial institutions such as money lenders, credit and savings associations,
relatives and friends.
3. Personal savings.
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Leasing of production equipment or business assets
sources of SME financing. National governme
also provide schemes for financing SME
Bouri et al. (2011) observe that financial constraints are highe
SMEs in these environments are constrained by gaps in the financ
financial gap include high administrative costs, hi
SME entrepreneurs in dealing
function of size and therefore th
the SME sector. They often earn high returns from serving large p
and are unwilling to assume additional risk by lend
transaction costs per loan due to their small loan
access to finance as a constraint to the SME sector performan
World Bank.
Figure 3: Access to Finance
Source: Dalberg Report on SME in Developing Countries (
In Zimbabwe, Olawale et al.
to new business failure, after education and traini
to finance and the high cost of finance as the two
Zimbabwe. According, to RBZ (2006), access to finance
establishment, survival and growth of SMEs in Zimbabwe.
large corporations for financial resources from ban
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Leasing of production equipment or business assets and government subsidies are the other
sources of SME financing. National government, local and international developmental agencies
also provide schemes for financing SMEs.
(2011) observe that financial constraints are higher in low income countries and that
are constrained by gaps in the financial system. The reasons for the
financial gap include high administrative costs, high collateral requirements and inexperience
SME entrepreneurs in dealing with financial intermediaries. Typically, transacti
function of size and therefore the costs and risks of serving SMEs are too high for
. They often earn high returns from serving large private and public corporations
and are unwilling to assume additional risk by lending to the SME sector
transaction costs per loan due to their small loan sizes. Figure 3 show how businesses rated
finance as a constraint to the SME sector performance in a survey conducted by the
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Access to Finance as a major constraint to SME Operations
on SME in Developing Countries (2011)
(2010) rank the lack of financial support as the se
to new business failure, after education and training. Zindiye et al. (2012) also cite limited access
to finance and the high cost of finance as the two principal constraints facing SMEs i
According, to RBZ (2006), access to finance is a major
survival and growth of SMEs in Zimbabwe. SMEs in Zimbabwe compete with
large corporations for financial resources from banks. However financial institutions
and government subsidies are the other
nt, local and international developmental agencies
r in low income countries and that
ial system. The reasons for the
gh collateral requirements and inexperienced
with financial intermediaries. Typically, transaction costs are a
e costs and risks of serving SMEs are too high for banks serving
. They often earn high returns from serving large private and public corporations
ector where they incur high
show how businesses rated
ce in a survey conducted by the
(2010) rank the lack of financial support as the second contributor
(2012) also cite limited access
principal constraints facing SMEs in
major impediment to the
SMEs in Zimbabwe compete with
inancial institutions are more
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biased towards supporting large firms and they develop their financial products to suit the needs
of the large corporations. Karedza et al. (2014) explains that banks are unwilling to support
SMEs due to collateral issues. Collateral is an important consideration for SMEs to access credit
as it reduces the riskiness of the loan to the SME by availing a tangible asset to the financial
institution. Nyanga et al. (2013) attributes the lack of regulatory support and lender information
to support SMEs as the reasons for the unavailability of financing facilities for SMEs. Myles
(2010) cites the size and short term nature of the borrowing requirements for SMEs which are
not attractive to banks. Again the poor loan repayment reputation of SMEs discourages banks to
continue lending to this sector. Manyani (2014) attributes the failure by SMEs to access financial
resources on poor management and accounting practices. According to English et al. (2005), the
failure by financial institutions to support SMSs is attributed to the following factors;
1. Their historical bias towards large firms, import trade and government.
2. The restructuring that they perform to clean up portfolios.
3. Tight monetary policies that limits the volume of credit.
4. Government borrowing that crowds out the private sector.
5. Failure to introduce technology that reduces transaction costs and risks in small loans as
substitute for collateral.
Gebreeyesus (2007) recommends the formalization of SMEs to improve the credibility of the
sector to lenders that are more comfortable to deal with businesses that operate formally. He
therefore concludes that formalizing SMEs enhances their prospects for growth. While most
literature point to the importance of credit in the growth of small businesses, Phillip (2005) in his
study of SMEs in Bangladesh found the availability of finance to have an insignificant effect on
the performance of SMEs. Biggs and Srivastava (1996) found no evidence to support the
argument that access to credit is a major obstacle to growth of manufacturing businesses in Sub-
Saharan Africa.
2.4.5.3 Managerial Skills
Hellriegel et al. (2008) define management skills as a set of knowledge skills, behaviors and
attitudes that contribute to personal effectiveness. Managerial skills are crucial to the
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performance and growth of any new business including SMEs. The managerial competencies are
assessed in terms of the manager’s ability to generate good business plans, record keeping,
auditing, introducing appropriate technologies and expertise, acquiring innovative business skills
from competitors, motivating staff, investing in staff trainings and resolving disputes (Worku,
2013). The lack of proper management skills is a huge challenge cited in literature. This is
because SMEs rely on owner managers who are reluctant to engage knowledgeable and
experienced managers. Lack of managerial skills and expertise constrains the development of
SMEs. There remains a skills gap in the SME sector and Abor (2010) attributes this gap to
complacency on the part of the SME operators. Where SMEs attract motivated managers, they
hardly match the caliber of managers found in the large corporations. McPherson (1994) asserts
that most failures and poor performances in SMEs are tied to the lack of management attention to
strategic issues. Nyanga et al. (2013) argues that there is reluctance among entrepreneurs in the
SME sector to move away from the owner-manager arrangement which results in poor decisions.
Cronje et al. (2003) echoes the same view and argues that the primary cause of failure in SMEs
is poor management. In a study of the management competencies in SMEs operating in South
Africa by Martin and Staines (2008), they discovered that the lack of managerial skills and
experience are the main reasons for the failure of new firms.
SMEs in Zimbabwe lack marketing skills, human resources skills, financial management and
general management skills to run their businesses (Zindiye et al., 2012). The managerial
weaknesses are attributed to the lack of financial resources to hire qualified and professional
staff. Again, the managerial inadequacies are due to low levels of education among entrepreneurs
and their managers. Myles (2010) argues that most SMEs are started by individuals who have
special technical skills or entrepreneurial skills but without good managerial skills. The situation
is compounded by the scarcity of management talent which is prevalent in most developing
countries. Even in countries where there are training institutions, there still remains a skills gap
because entrepreneurs need to appreciate the need for management training (Kayanula et al.
2000). The high cost of training also hampers management skills development in developing
countries. There is also evidence that entrepreneurs in the SME sector in Zimbabwe attach low
priority to management skills development and are unwilling to participate in such training
programmes.
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Efforts have been made to upgrade managerial skills of SME operators in Zimbabwe by the
government through its agencies such as SEDCO and multilateral institutions such as World
Bank and Africa Development Bank. The focus of such training is on business planning,
financial management, business ethics, strategic marketing and information technology.
However most of these initiatives have not been successful because the SMEs operators do not
participate in such training programmes (Zindiye et al., 2012).
2.4.5.4 Regulatory Environment
The performance of SMEs is influenced by both internal (firm specific) and external (systemic)
factors (Beck, 2007). Systemic factors comprise of macroeconomic factors, informational and
contractual factors, environment, technology, social factors and the regulatory environment. The
systemic factors are beyond the control of SMEs. In most developing countries, negative
attitudes towards entrepreneurship manifests through the restrictive regulations.
Entrepreneurship need to be rewarded and respected to achieve its intended goal of economic
development. Governments and other policy making bodies must incorporate entrepreneurship
into the national policy agenda (English et al., 1995). Zindiye (2012) admits that the regulatory
environment is so complex and that the bureaucratic requirements are a major constraint on
SMEs in Zimbabwe. The process of registering the business and getting the necessary approvals
and licensing is so cumbersome to the extent of discouraging entrepreneurship. These procedures
in some instances, take years to accomplish.
The cost of compliance with regulatory policies is usually very high and threatens the
performance and graduation of SMEs into large firms. There is wide agreement in developing
countries that government policy favours large business enterprises at the expense of small
businesses. While large firms enjoy direct benefits such as restriction on competition (through
tariffs and quotas), access to credit, trade licensing and access to foreign technology, small
businesses are often deprived of these benefits and at times harassed by the authorities
(Ekpenyong and Nyong, 1992). Most SMEs do not operate within the system of state regulations
and hence are unable to access assistance programmes.
Nyanga et al.(2013), claims that in the past, SMEs were exempt from several government
regulations but this has changed. SMEs are now exposed to the same regulations as large
corporations and at times the regulations are so complex for SME operators to understand and
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comply with. The legal framework is also another aspect that deters the development of the SME
sector. Even for SMEs that are already operational, they are unable to produce statements of
accounts and produce tax returns - conditions necessary to access formal credit from financial
institutions. Ndhlovu (2002) claims that compliance with the taxation laws in Zimbabwe require
huge business resources in the form of personnel and time, most of which costly to SMEs. Such
conditions not only limit the performance of SMEs but also encourage them to remain small and
informal in an effort to avoid regulations.
2.4.5.5 Information Technology
Technology is increasingly becoming important in the operations of most SMEs. Investment and
adoption of new technology and keeping abreast with developments in information technology is
important to the growth of SMEs. Technology improvements results in the introduction of new
production techniques, unique products and services and new distribution methods. Technology
also improves the quality of existing products and introduces new ways of storing and
propagating information (Phillips, 2005). According to Zindiye (2012), SMEs find difficulty in
identifying appropriate technologies for their operations due to limited knowledge. Inappropriate
technology results in high cost of production which reduces the competitiveness of the SME
sector. Olawale et al.(2010), stresses the point that improvements in technology not only
maximize business opportunities but also reduce the cost of producing the goods and services.
Nyanga (2013) identified the lack of information technology support as a hurdle that prohibits
SMEs from competing domestically and globally. He recommends that SMEs should strive to
use the most efficient ways of producing its output and reduce wastages in order to remain
competitive and achieve growth. Figure 4, illustrates the barriers to technology adoption:
�
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Figure 4: Barriers to Adoption of Technology
Source: Storey and Westhand (1994)
2.4.5.6 Business Location
The location of the business enterprise relative to
the growth of the business operations. Proximity to
of distribution and ensures that the business monit
et al. (2010) argues that proximity to the market enables
earlier than competition and found the factor signi
SMEs. Access to markets bo
operating in Zimbabwe (Zindiye, 2012). This has bee
information and market intelligence to identify business opport
The export capacity of the SME sector has also not develop
disadvantages of the local SME sector and the compli
2.4.5.7 Infrastructure
The quality of basic infrastructure such as operati
telecommunication is key to the growth of businesse
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Barriers to Adoption of Technology
Storey and Westhand (1994)
The location of the business enterprise relative to its market and suppliers of inputs is critical for
the growth of the business operations. Proximity to suppliers and to the market reduces the costs
of distribution and ensures that the business monitors the ever changing market trends. Olawale
(2010) argues that proximity to the market enables SMEs to exploit existing opportunities
earlier than competition and found the factor significant in determining the performance of
SMEs. Access to markets both local and foreign remains a huge challenge for m
operating in Zimbabwe (Zindiye, 2012). This has been attributed to the lack of sufficient
and market intelligence to identify business opportunities and to follow market trends.
port capacity of the SME sector has also not developed sufficiently due to competitive
disadvantages of the local SME sector and the complicated export procedures.
The quality of basic infrastructure such as operating structures, electricity, transport and
telecommunication is key to the growth of businesses. The provision of workspace (buildings)
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its market and suppliers of inputs is critical for
suppliers and to the market reduces the costs
the ever changing market trends. Olawale
SMEs to exploit existing opportunities
ficant in determining the performance of
th local and foreign remains a huge challenge for many SMEs
n attributed to the lack of sufficient
unities and to follow market trends.
ed sufficiently due to competitive
cated export procedures.
ng structures, electricity, transport and
s. The provision of workspace (buildings)
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closer to the sources of raw materials and the market is key to the development of the SME
sector. The absence of business incubators which are temporary structures established to house
newly started businesses is also cited as a constraint to the development of SMEs in Zimbabwe.
The need for transport to carry raw materials to the production premises and finished products to
the market cannot be overemphasized. Zindiye (2012) cites the cost of transport as one of the
challenges facing SMEs in Zimbabwe. Olawale (2010) however found infrastructure as the least
important determinant of SME performance in South Africa.
Gono (2006) highlighted the problems facing the SME sector in Zimbabwe and recommended
the following measures to government for improving the performance of the SME sector;
1. Creation of an economic environment conducive to entrepreneurship and the development of
the SME sector.
2. The development of management skills and technical knowledge among SME operators and
managers through training programmes.
3. Provision of targeted financial resources to the SME sector.
4. Provision of cheap and affordable premises available for leasing or outright purchase by
SMEs.
5. Establishment of appropriate professional support programmes for players in the SME sector.
2.5. Chapter Summary
The chapter has interrogated literature on the theoretical and empirical orientations of the
research subject. The underlying principle of entrepreneurship was examined, followed by the
theoretical underpinning of the growth and development of business enterprises. The chapter
emphasized entrepreneurship as the root of business development and growth in developing
countries. The importance of private initiative, risk taking and innovation is also highlighted as
attributes of business entrepreneurs.
The varying definitions of small and medium enterprises were examined in detail. There exists
no universal definition of SMEs and definitions used in literature vary from country to country,
across sectors and between reporting entities. The description of SMEs centers on three
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important criteria, namely, employment numbers, legal status and turnover. The characteristics
of SMEs in developing countries are discussed in this chapter and include a wide range of
businesses that differ in dynamism, risk attitude and technical advancement. They are mostly
labor intensive, managed by their owners and less technologically sophisticated. Their business
activities range from manufacturing, retailing and trading.
The importance of SMEs in the development of low income countries is undisputed. They play
an important role in employment creation, economic growth, poverty alleviation, production of
exports and provision of goods and services. In Zimbabwe, SME sector employs a large
proportion of workers and is at the center of the economic recovery process in the country. The
chapter also examines barriers to the growth of SMEs in developing countries and in Zimbabwe.
The challenges faced by SMEs include lack of entrepreneurial skills, poor managerial skills,
access to finance, unfavorable regulatory environment, access to modern technology and markets
and poor infrastructure. Access to financial assistance is cited as the most important ingredient in
the development and growth of the SME sector.
The next chapter outlines the methodology used in this research project.
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CHAPTER THREE
METHODOLOGY
3.1 Introduction
This chapter describes the way the research project has been carried out. It details the design and
methodologies used to collect, analyze and present the research data. The chapter begins by
discussing the various research designs and justification of the research design used in the study.
The study population, sampling techniques, research instruments, data collection methods, data
processing, analysis and presentation procedures are also discussed.
3.2 Research Philosophy
The research philosophy relates to the development of knowledge and the nature of that
knowledge (Saunders, Lewis and Thornhill, 2009). According to Burrell and Morgan (1979), the
debate about research philosophy is underpinned by the theory of society and the philosophy of
science. While some people may view the world around us as factual reality, others may see it as
a social construction. It is therefore fundamental to describe the viewpoint from which the
research is being conducted and determine the methodology to be used. Ontology refers to the
nature of reality and the ontological debate concerning the phenomena under investigation i.e.
the business world is whether it exists external to social actors (objectivism) or whether the
business world is created from perceptions and consequent actions of individuals (subjectivism).
The objectivist would therefore believe that the information about business world can be
observed and obtained through surveys while subjectivists prefer to use participatory research
and use of diaries.
According to Saunders et al. (2009), epistemology relates to the constitution of acceptable
knowledge in the field of study. Hughes and Sharrock (1990) define epistemology in the
business context as the nature of business knowledge and how it is communicated to
stakeholders. There are two sides to the question of epistemology, namely positivism and
interpretivism. Positivism identifies knowledge as being observable, hard and real phenomena
that is capable of being acquired. Visagie (2010) argues that positivism is applies the logic and
methods of physical sciences to unearth social phenomena. It seeks to formulate laws that are
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universal and give reasons for objectively observable and measurable behavior. Anti-positivism
or interpretivism assumes that the application of laws adopted from the physical sciences is
insufficient to explain social phenomena and that reality is socially constructed through the
management of meaning. Interpretivists view knowledge as being subjective, softer and based on
personal insight and experience. The conscious participation of individuals in a research study
allows them to interpret the situation and construe meaning. While positivism explains the
business phenomena through causal relationships between variables, interpretivism advocates for
the participation of individuals in the activities of the study.
Due to the differing philosophical viewpoints, a researcher has choices to make and justify
regarding the research approach. If the researcher is more inclined towards positivism, they are
more likely to take a quantitative approach whilst those inclined to interpretivism will most
certainly prefer to take the qualitative approach to their research.
3.3 Research Design
Kerlinger (1986) defines a research design as a strategy and structure for investigation developed
to ensure that the researcher get answers to the research question at hand. It is the master plan
that outlines the techniques and procedures for collecting and analyzing data relevant to the
research study (Zikmund, 1997). The research design outlines the procedures for carrying out the
research study and serves to provide accurate answers to the research questions. It is therefore
the framework for inquiry that prevents the collection of irrelevant data.
There are basically three types of research designs, namely, explanatory research, exploratory
research and experimental (causal) research. These are examined in detail below.
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Exploratory studies are preferred in situations where the researcher lacks understanding and
knowledge of the research problem. It allows the researcher to gather information, get an insight
into the problem into the new or unclear problem. Exploratory studies also help in finding new
relationships and solve unstructured problems. According to Visagie (2010), exploratory studies
help in the development of concepts more clearly, generate operational definitions and improve
the final research design. It is performed through literature searches and in depth interviews. The
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data collection methods used in exploratory research include focus group discussions, case
studies, search for secondary data and interviewing knowledgeable people.
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According to Ghauri, Gronhaug and Kristianslund (1995), descriptive studies are aimed at
describing a subject by profiling a group of people, problems or events by collecting data and
tabulating the research variables’ frequencies or their interaction. This type of research design
describes the event or phenomena being studied as they exist without manipulation. The research
problem is very clear and well-structured. The data collection methods associated with
descriptive studies are case studies, observations and surveys. Descriptive studies are
quantitative in nature and very conclusive.
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The experimental research, also known as causal research is used to establish causation, that is,
direct cause effect relations between variables. Experimentation is defined by Boyd (1981) as a
research process that is a carefully designed to manipulate the causal agent systematically while
holding others constant, in order to measure changes on the other variable. This type of research
design is used to solve structured problems and is quantitative in nature.
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From the different research designs discussed above, a quantitative descriptive approach has
been chosen predominantly, complemented by the gathering of contextual qualitative data. This
approach has been chosen because of the structured nature of the problem under study which has
existing claims. Again this approach matches methodologies used in similar studies carried out in
this area. The research is also not investigative which would have required the use of exploratory
or a qualitative approach. The data will therefore be collected using questionnaires which are a
relatively cheaper and easier method of surveying. Questionnaires also dovetail with descriptive
research designs.
3.4 Population and Sampling Techniques
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According to Tackman (1994), the study population is the aggregation elements that the
researcher is interested in making inferences. Taylor et al. (2006) define the target population as
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the totality or collection of persons or objects that comprise the center of the study and on which
the conclusions will be drawn. It is the group that is the focus of a scientific query and the
researcher intends to generalize the findings of the study. Saunders et al. (2009), contends that
defining the population under study is useful in selecting a representative sample. In reality it is
difficult to access the target population because of logistical and economic reasons and as such
the researcher can draw results from a representative sample. According to Saunders et al.
(2009), the sampling framework is the list of all elements drawn from the population.
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Sampling is a procedure in which elements in a population are selected to represent the whole
population (Cooper and Schindler, 2003). The purpose for sampling is to assist the researcher to
draw inferences about some attitude, characteristic or behavior of the entire population.
According to Farber (1974), sampling is a small part of the whole, designed to represent its
nature and quality. It addresses the key research questions of whom to survey, how many to
survey and how to select sample elements (Schiffman and Kanuk, 2000).
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Wegner (1995) defines sampling techniques as methods for selecting a sample from the entire
population. Sampling techniques are classified into two groups, namely probability sampling
techniques and non-probability sampling techniques.
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Probability sampling, also known as representative sampling, involves the selection of sample
elements through a random process. The random process gives every element in the population
an equal and independent probability of selection. Saunders et al. (2009) describes probability
random sampling as the method that gives each element a mathematical chance of being selected
and is mostly associated with survey based research strategies. Wegner (1995) argue that the
strength of probability sampling is that it eliminates bias. It is however expensive and difficult to
obtain the sampling frame. The four probability sampling techniques are systematic random
sampling, simple random sampling, cluster random sampling and stratified random sampling.
The choice of the probability sampling techniques to use depends on the research objectives and
research questions of the study.
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Non probability sampling is a sampling method where the elements in a sample are gathered in a
way that does not give each element an equal chance of being selected. These techniques select
samples based on the researcher’s subjective judgment. Saunders et al. (2009) recommends the
use of such methods in the exploratory stages of a research study such as in a pilot survey. The
four types of non-probability sampling are quota, convenience, judgmental and snowball
sampling.
3.5 Sources of Data
This section outlines the data sources used in this research study. According to Wegner (1995)
data can be classified into primary and secondary data or internal and external data. All these
categories of data are used to complement each other and meet the objectives of the study.
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Primary data is data collected for the first time and for a specific purpose. According to
Denscombe (1998), primary data is captured at point. This gives it the advantage that it is more
relevant to the study and has a high degree of accuracy. The disadvantage with primary data is
that it is more expensive to gather and time consuming (Patzer, 1996).
The study used primary data collected from SMEs that were selected into the sample.
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Secondary data is data that already exists which would have been collected and assembled for
some other purposes. It is primarily gathered and processed by others not for the problem at
hand. The advantage of secondary data is that it already exists and can be used in the shortest
period and without much cost. The problem with secondary data is that it is not project specific
and may not address the research questions (Schiffman and Kanuk, 2000).
3.6 Population and Sampling Method Used
The target population for this study consisted of eight hundred and fifty five SMEs operating in
Harare, Zimbabwe. The sampling frame was a database of membership to the Small and Medium
Enterprises Association of Zimbabwe (SMEA). Since it was not possible to measure the whole
target population, a sample of two hundred and seventy two SMEs was drawn from the
population using the stratified random sampling technique. The researcher opted for this
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sampling technique to give each of the SME in each category a proportional chance of being
selected into the sample and thereby ensure representativeness. The sample size was calculated
using the formula shown below:
n = N / [1+ N (e)2]
where n = Sample Size
N = Total population
e = sampling error or precision level at 5% (95% confidence level)
Applying the formula to the study population of 855 SMEs:
n = 855 / [1+1555(0.05)2]
n = 855 / (3.1375)
n = 272
The sample size was statistically significant since it met the minimum recommended sample size
of thirty for quantitative surveys (Martins, Loubser and Wyk De, 1999). The formula used in the
calculation of the sample size was also used in similar studies where probability sampling
methods were used.
3.7 Sample
The target population was divided into the nine significant strata, in line with the business sectors
identified. Simple random sampling sample was then used to proportionately draw the sample
from each of the discrete strata. The table below shows the proportionate sample calculation
from each of the identified strata:
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Table 5: Study Sample
Business Category Number of SME
in Target
Proportion Proportionate
Number in Sample
Agriculture 24 2.8% 8
Manufacturing & Engineering 136 15.51% 42
Services 176 20.6% 55
Transport and Logistics 195 22.8% 62
Retail & Wholesale 120 14,0% 38
Mining 52 6,07% 17
ICT 48 5.6% 15
Food & Beverages 74 9.12% 25
Education 30 3.5% 10
TOTAL 855 100% 272
Source: SME Association of Zimbabwe
3.8 Data Collection Instrument
The primary method of collecting data for this study was the questionnaire. According to Kervin
(1999), a questionnaire is an instrument for collecting data in quantitative survey research from
respondents who record their own answers. Questionnaires consist of structured questions that
are designed to bring out opinions and facts from the respondents. The advantage of using
questionnaires in survey research is that it can be administered to a large number of research
subjects at the same time and is cost effective (Fraenkel and Wallen, 1996). Questionnaires also
allow respondents to be anonymous and this result in more honest responses. They are also a
convenient way of collecting research data.
The major drawback of using questionnaires is that of a low response rate. Kervin (199) argue
that respondents usually fail to fill and return the questionnaires to the researcher. It is also
difficult to ascertain the individual who would have completed the questionnaire as in some
cases the questionnaires are completed away from the researcher. In cases where the
questionnaire is completed in the absence of the researcher, respondents may have difficulties in
answering certain questions.
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The structure of the questionnaire used in this research project was kept simple and clear to
encourage full participation of the selected respondents. Care and precision was taken in the
phrasing and wording of the questions to ensure completion of the questions by respondents.
This is in line with the recommendations by Fowler (1993) who stated that the research
instrument should clear, simple and have reasonable length. The questionnaire consisted of
predominantly closed ended questions, with a few open ended questions. The closed ended
questions provided respondents with choice of answers and made it easier and faster for the
respondents to complete the questions. They also reduce non-response errors and are easy to
code and analyze. Open ended questions were included in the questionnaire to capture the
diverse views and attitudes of the respondents and in their own words. It was also used to gather
data on complex and variable issues.
The closed ended questions in the questionnaire comprised of dichotomous, multiple choice and
a five point Likert-Scale type questions. Dichotomous questions offer only two alternative
answers while multiple choice questions provide more than two alternative answers. The Likert-
Scale requires the respondent to indicate the level of agreement or disagreement to the question.
Dichotomous questions were used because some questions such as the gender of the entrepreneur
have only two possible answers while the use of multiple choice questions provided respondents
with ease of choosing between alternative answers. The Likert-Scale was used for some of the
questions to assess the perceptions, beliefs and attitudes of respondents to some of the questions.
The use of the Likert-Scale also standardizes responses and makes it easy for the researcher to
code and analyze the data.
3.8.2 Administering the Research Instrument
The population of research instrument (questionnaire) will be administered to entrepreneurs and
managers of the 272 SMEs selected for the sample. The questionnaires were administered
through emails of the respondents. This method of administering questionnaires was selected
because all the respondents had email addresses and to minimize the cost. The questionnaires
were accompanied by a covering letter, explaining the purpose of the research.
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3.9 Pilot Study
The questionnaire was pre-tested on a small proportion of the sample. Pre-testing refers to the
testing of the research instrument on a small portion of the respondents with a view of
identifying and correcting the flaws and limitations in the questionnaire. The questionnaire was
tested for layout of questions, the wording sequence and time required to complete. Problems
with the content of questions include misinterpretation of concepts, terms and meaning of the
whole question. Fowler (1993) argue that the self-administered questionnaire should be checked
for formatting problems as they may lead to loss of important information. A pilot study was
carried out to improve the validity of the research instrument. The pilot study resulted in some
amendments to the questionnaire
3.10 Validity and Reliability
Saunders et al. (2009) define validity as the ability of the research instrument (questionnaire) to
measure what the researcher intends to measure. According to Cooper and Schindler (2003),
content validity is a judgemental process that can be carried out through the researcher’s
judgement or through consulting a panel of experts to assess whether the instrument meet the
standards. The researcher used much of personal judgement and also sought assistance from
statisticians to determine the validity of the research instrument. The researcher conducted a pre-
test and a pilot study to identify flaws, weaknesses and limitations of the questionnaire. The
necessary improvements were made to the questions.
Reliability refers to the ability of questionnaire to produce consistent results under different
circumstances and at different times. According to Saunders et al. (2009) reliability is concerned
with the robustness of the research instrument. According to Kumar (2005), findings from a large
sample have more certainty than for small samples. The researcher used a large sample of 272
SMEs as calculated by the sample size formula. Tests for internal consistency were done through
the calculation of Cronbach’s Alpha as recommended by Saunders et al. (2009).
3.11 Data Presentation and Analysis
Data analysis involves reducing gathered data into summaries, and deducing patterns through the
application of statistical analysis techniques. Cooper and Schindler (2003), states that data
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analysis involves the interpretation of the research findings in relation to the research questions
and also checks if the findings are consistent with the research hypotheses.
The results of this study are presented in tables, charts and graphs to outline concisely the
findings of the research study. Data were collected, entered and analyzed using Statistical
Package for Social Sciences (SPSS) Version 21. Descriptive statistics in the form of percentages,
frequencies and mean scores were calculated for the different variables and tabulated into
frequency tables to make understanding easy. The presentation of data in graphical and pictorial
formats promotes effective communication and understanding of the information by
stakeholders.
Analysis of Variance (ANOVA) and Independent T-tests were carried out to compare the means
of the different factors and test for statistical significance at 5% level of significance. ANOVA is
a statistical tool that tests differences in the means across different population groups. Factor
analysis was also conducted to extract the important factors for further analysis. Correlation tests
were conducted to understand the relationships between the extracted factors (predictors) and
growth of SMEs (outcome). Linear regression analysis was then done to establish the
explanatory power of the identified factors to the growth of SMEs in Zimbabwe. In this study the
extracted independent variables, namely entrepreneurial skills, access to capital, management
skills and the regulatory environment were tested for their effect on SME growth.
3.12 Chapter Summary
This chapter has discussed the research philosophy and the research design used in the study and
the justification for choosing the latter. The literature and underlying concepts for the selection
of study population, sampling techniques, research methods and research instruments are also
discussed. The chapter also outlines the measures used to ensure validity and reliability of the
results. The chapter concludes by examining the way the research data was analyzed and
presented.
The next chapter discusses the results of the study. Tables and pictorial diagrams are used to aid
the analysis and understanding of the research results.
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CHAPTER FOUR
RESEARCH FINDINGS AND DISCUSSIONS
4.1 Introduction
This chapter discusses the analysis and interpretation of the research findings and linking them to
the relevant literature discussed in Chapter Two. The analysis of results was conducted using a
statistical package known as SPSS (Version 21). The chapter begins with the demographic
characteristics of the respondents such as age, gender, educational level and experience and that
of the business enterprise such as nature of business, size of business and registration status.
Correlation analysis is then employed to determine the relationship between SME growth
determinants and growth while regression analysis is used to determine the explanatory power of
the determinant factors on SME growth. An Analysis of Variance (ANOVA is also used to
analyze differences in the means of demographic factors and SME growth.
4.2 Response Rate
A total of 272 questionnaires were distributed to owners and managers of SMEs selected from
the membership of the Small and Medium Enterprises Association of Zimbabwe. One hundred
and ninety questionnaires were completed and collected and returned to the researcher. This
represented a response rate of 69.9 % which is high enough to ensure validity and reliability of
the research findings. According to Saunders et al. (2009), this response rate is adequate for data
analysis. They argue that a response rate of between 50% and 92% was an acceptable response
rate for quantitative research studies.
4.3 Reliability Tests
The internal consistency of the questionnaire was assessed quantitatively for each of the
variables under study. It is extremely important to assess the content validity and reliability of
the research instrument and these are measured quantitatively by the Cronbach’s Alpha. An
alpha value more than 0.7 is considered the acceptable minimum score (Wixom and Watson,
2001).
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Table 6: Reliability Tests of the Questionnaire
Growth Factors Number of Items Cronbach’s Alpha
Entrepreneurial Skills 3 0,691
Technical Skills 3 0.719
Managerial Skills 4 0.705
Access to Finance 6 0.732
Government Regulations 4 0.675
Infrastructure 3 0.715
ICT 3 0.795
Total 26 0.701
Growth Indicators Number of Items Cronbach’s Alpha
Total 4 0.751
Overall for Questionnaire 30 0.705
Table 6 above reveals that the research instrument had a reliability constant of 0.705. This
demonstrates good reliability and consistency and that the listed items are well correlated with
each other. The research instrument therefore passed the internal consistency test for reliability.
Since the questionnaire passed the reliability test, it implies that the instrument is capable of
gathering valid data and thereby ensuring its validity.
4.4 Demographic Characteristics of Entrepreneur/Manager
Section A of the research instrument had questions about the characteristics of the respondents.
These range from the position of respondents, their gender, age group and level of education.
The results of the demographic characteristics of the entrepreneur are presented in this section.
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The researcher asked respondents about their position in the SME to determine the distribution of
owners and managers involved in the study. The results are shown in Table 7 below:
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Table 7: Position of Respondents
Item Frequency Percentage (%) Cumulative Percentage (%)
Owner 102 54.0 54.0
Manager 88 46.0 100
Total 190 100.0
Source: Primary Data
Table 7 above shows that 54% of the respondents were owners of SMEs while 46% were
managers. The results indicate that there were slightly more owner operated SMEs in the study.
This implies that most SMEs in Zimbabwe are owner managed.
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The research was keen to determine the gender distribution of the respondents. The frequency
tabulation in Table 8 below was used by the researcher to present results of the gender
distribution of the respondents:
Table 8: Gender of Respondents
Item Frequency Percentage (%) Cumulative Percentage (%)
Male 103 54.2 54.2
Female 87 45.8 100
Total 190 100.0
Source: Primary Data
Table 8 above demonstrates that 54.2 % of the respondents were males while 45.8% were
females. The distribution was slightly dominated by males but the implication of the results is
that females are also participating in business enterprises. This is testimony of gender
empowerment policies instituted by the Zimbabwean government.
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The researcher wanted to find out the age group distribution of the respondents that participated
in the study. Table 9 shows the age group distribution of the respondents.
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Table 9: Age Group of Respondents
Item Frequency Percentage (%) Cumulative Percentage (%)
18 -28 30 15.8 15.8
29 – 38 64 33.7 49.5
39 – 48 51 26.8 76.3
49 – 58 37 19.5 95.8
59 and Above 8 4.2 100
Total 190 100.0
Source: Primary Data
The age group distribution results indicate that the SME owners/managers were predominately
within the 28-38 (33.7%) and 39-48 (26.8) age brackets. The 59 and above age group had the
lowest number of participants (4.2%). Nearly half of the respondents (49.5%) are in the youth
category, implying that young people in Zimbabwe are venturing into small and medium
businesses unlike in the past when they would seek employment in large scale businesses. �
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The researcher asked respondents to indicate their level of education. The results are shown in
Table 10 below:
Table 10: Level of Education
Item Frequency Percentage (%) Cumulative Percentage (%)
Primary 15 7.9 7.9
Secondary 63 33.2 41.1
Diploma 37 19.5 60.5
Degree 35 18.4 78.9
Postgraduate 40 21.1 100
Total 190 100.0
Source: Primary Data
The results also indicate that 33.2% of the respondents attained secondary education, 7.9% had
primary education, 19.5% had diplomas, 18.4% had degrees and 21.1% have postgraduate
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qualifications. About 59% of the respondents had tertiary qualifications (diploma and above) and
this indicates high education levels among SME operators in the country,
4.5 Demographic Characteristics of the SMEs
Section B of the research instrument asked respondents questions relating to the characteristics
of the business enterprise. The questions range from category of the business, number of
employees, registration status of the business and location. An analysis of results is presented in
this section.
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The researcher asked respondents to indicate the nature of the business that they managed. Table
11 below shows the category of SMEs that were surveyed:
Table 11: Category of Business
Item Frequency Percentage (%) Cumulative Percentage (%)
Manufacturing 36 18.9 18.9
Retail and Wholesale 33 17.4 36.3
Services 28 14.7 51.1
Transport and Logistics 53 27.9 78.9
Mining 10 5.3 84.2
ICT 5 2.6 86.8
Food and Beverages 20 10.5 97.4
Education and Arts 5 2.6 100
Total 190 100.0
Source: Primary Data
According to Table 11, out of the SMEs that were surveyed 27.9% were in the transport and logistics
sector, (18.9%) were in the manufacturing sector, 17.4% were in the retail and wholesale sector and the
food and beverages sector had 10.5%. The results indicate that most the respondents were in the transport
and logistics business and the least in ICT and Education and Arts.
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The researcher asked respondents to indicate the number of employees engaged in their
businesses. This question was aimed at establishing the size of the business. The results of the
question are presented in Table 12:
Table 12: Number of Employees�
Item Frequency Percentage (%) Cumulative Percentage (%)
0 – 25 158 83.2 83.2
26 – 50 19 10 93.2
51 – 75 13 6.8 100
75 – 100 0 0
Total 190 100.0
Source: Primary Data
Table 12 demonstrates that 83.2% of the SMEs had less than 25 employees, 10% had 26 to 50
employees and 6.8% had 51 to 75 employees. None of the SMEs were in the 76 to 100 employee
category. According to the Ministry of Small and Medium Enterprise Development classification
of businesses criteria, 93.2% of those surveyed operated small businesses while only 6.8% were
medium enterprises. This confirms the notion that most SMEs in Zimbabwe are in the small
business category.
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The question on the legal status of the SMEs was asked to establish whether the SME is
registered with government agencies. Table 13 below:
Table 13: Legal Status of SME
Item Frequency Percentage (%) Cumulative Percentage (%)
Registered 122 64.2 64.2
Not Registered 68 35.8 100
Total 190 100.0
Source: Primary Data
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According to Table 13 shows that the majority (64.2%) of SMEs surveyed were registered while 35.8%
indicated that they were not registered. Registration of businesses is important because it facilitates access
to resources from financial institutions and assistance from government and donor agencies.
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The researcher wanted to find out where the SMEs operated from. Table 14 shows the results:
Table 14: Business Location
Item Frequency Percentage (%) Cumulative Percentage (%)
Commercial District 44 23.2 23.2
Downtown Area 28 14.7 37.9
Industrial Area 42 22.1 60
Residential Area 41 21.6 81.6
Home Based 35 18.4 100
Total 190 100.0
Source: Primary Data
The results above (Table 14) show that 23.4% of the surveyed SMEs operate from the Commercial
Districts, 22.1% from the Industrial Area, 21.6 % from the Residential Area and 18.4% are home based.
The results show a balanced distribution in the location of businesses. It implies that SMEs operators are
locating their businesses in residential areas and at their homes in an effort to be close to the market and
reduce transport and other operating costs.
4.6 Factor Analysis
This section seeks to establish the principal factors affecting SME growth in Zimbabwe and
address Objective 3 of the research study. Factor analysis was employed to extract the principal
determinants of SME growth. Data reduction is important as it improves that reliability of the
data. The Principal Factor Analysis was used as the method of extracting the key factors for
SME growth.
Before factor analysis could be carried out, the Kaiser-Meyer-Olkin (KMO) Measure of
Sampling Adequacy (MSA) and the Bartlett’s test of Sphericity were carried out first to ascertain
whether the data was appropriate for factor analysis. The Bartlett’s test of Sphericity matches the
observed correlation matrix to the identity matrix and checks whether there is a certain
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redundancy between the variables that can be summarized with few factors. The KMO uses the
same concept of factorizing the original variables by comparing correlations but it uses partial
correlations to measure the relationship between two variables and eliminates the effect of the other
factors.
The results of the KMO Measure of Sampling Adequacy (0.621) and the Bartlett’s Test for
Sphericity (�2 (153) = 791 144, p-value = 0.000) are shown in Table 15 below. According to
Didacticiel (2013), the data qualifies for factor analysis.
Table 15: KMO and Bartlett’s Test
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Kaiser-Meyer-Olkin Measure of Sampling Adequacy. .621
Bartlett's Test of
Sphericity
Approx. Chi-Square 791.144
Df 153
Sig. .000
Source: Primary Data
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Table 16 below shows results of the factor analysis. Only seven out of twenty one factors were
extracted based on their eigenvalue (eigenvalue > 1) and they explained 67,455% of the total
variance. Factor 1 was the most important factor with 18.452% of total variance and consisted of
financial issues, entrepreneurial skills while Factor 2 had 11.412% of the total variance.
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Table 16: Factor Analysis of Growth Factors
Component
Initial Eigenvalues
Extraction Sums of Squared
Loadings
Rotation Sums of Squared
Loadings
Total
% of
Variance
Cumulative
% Total
% of
Variance Cumulative % Total
% of
Variance
Cumulative
%
1 3.321 18.452 18.452 3.321 18.452 18.452 2.153 11.959 11.959
2 2.054 11.412 29.864 2.054 11.412 29.864 2.085 11.583 23.542
3 1.694 9.410 39.274 1.694 9.410 39.274 1.915 10.642 34.184
4 1.489 8.274 47.549 1.489 8.274 47.549 1.648 9.156 43.339
5 1.312 7.290 54.839 1.312 7.290 54.839 1.570 8.720 52.059
6 1.251 6.948 61.787 1.251 6.948 61.787 1.487 8.261 60.321
7 1.020 5.668 67.455 1.020 5.668 67.455 1.284 7.134 67.455
8 .900 5.002 72.457
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The Scree Plot showing graphically, the number of factors that have an eigenvalue > 1 is shown
in Appendix 1.
Table 17 below shows the Component Matrix with variables (marked in red) that were
considered to be significant and included in the seven extracted factors. Only variables with a
factor loading equal to or greater than 0.05 were selected, in line with the recommendations by
Anderson (1998) who prescribed 0.4 as the minimum threshold. The results shows that Factor 1
(the most important Factor) was loaded with issues to do with finance and management skills,
while Factor 2 consisted of entrepreneurial skills, technical skills and management skills. Factor
3 and 5 were loaded with regulatory issues. The implication of factor analysis is that the
extracted facets are well correlated with the variables. Issues of finance and availability of skills
are dominant in the extracted facets. The evident importance of managerial, entrepreneurial skills
and technical skills is supported by the Learning Model of growth by Erickson (1987) that
advocates for investment in human capital development in order to foster business growth.
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Table 17: Growth Factor Component Matrix
Component
1 2 3 4 5 6 7
Level of Entrepreneurship
Skills .041 .708 .317 .036 .159 .060 .090
Importance of
Entrepreneurship Skills.239 .250 .080 .611 .337 -.339 .097
Level of Technical Skills -.112 .589 .233 .521 .010 -.038 .150
Importance of Technical
Skills.455 .381 -.127 -.016 -.345 .326 -.100
Level of Managerial Skills .291 .629 -.063 -.374 .234 .123 -.086
Importance of Management
Skills.739 .229 .006 .228 -.033 -.200 -.151
Ease of Financial Resources .641 .023 .108 .159 -.108 .040 .111
Importance of Financial
Resources.530 -.225 .045 -.068 .342 .016 .382
High Cost of Finance -.580 .110 .387 .136 -.236 -.068 .567
Collateral Requirements .378 -.290 .359 .005 -.205 .638 .302
Ease of Business License -.447 -.142 .645 -.076 .105 -.136 .152
Taxation .329 .065 .271 .408 -.576 -.133 -.271
Government Support .476 -.399 .124 -.430 .252 -.280 -.087
Government Policies -.062 .205 -.363 .412 .591 .205 .119
Adequacy of Premises -.354 -.119 .522 .255 .300 .349 -.138
High Cost of Rent, Transport .482 -.232 .219 -.103 .224 -.332 -.261
Access to Foreign
Technology .439 -.306 -.402 .006 .028 .294 .259
Importance of Modern
Technology .390 -.118 .321 -.004 .240 .543 -.448
Source: Primary Data
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Factor analysis was also carried out on the four indicators of growth, namely number of
employees, level of sales turnover, level of asset value and annual profit. Table 18 reveals results
of the factor analysis of growth factors.
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Table 18: Factor Analysis of Growth Indicators
Compo
nent
Initial Eigenvalues Extraction Sums of Squared Loadings
Total % of Variance Cumulative % Total % of Variance Cumulative %
1 2.395 59.885 59.885 2.395 59.885 59.885
2 .932 23.291 83.176
3 .408 10.209 93.385
4 .265 6.615 100.000
Extraction Method: Principal Component Analysis.
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Only one factor (Factor 1) out of the four was extracted because it had an eigenvalue greater than
1 and it accounts for 59.885% of the total variance. The loading of this one facet is shown in
Table 19 below (red markings):
Table 19: Loading of Growth Factors
Growth indicators Component
1
Number of Employees .432
Annual Sales Turnover .850
Net Asset Value .848
Annual Profit .876
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The above component matrix show that only three variables with a loading factor greater than
0.5 were selected. These are annual sales turnover (0.850), net asset value (0.848) and annual
profits (0.876). The extracted facet is highly correlated with the other variables.
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4.7 Normality Tests
Before the Pearson’s Correlation Test could be carried out, the researcher had to carry out the Q-
Q test and the Shapiro-Wilk (s-w) tests for normality to determine whether the data was normally
distributed. Figure 20 below shows the results of the normality test on the factors affecting
growth of SMEs in Zimbabwe:
Table 20: Shapiro-Wilk Normality Test
Number of Employees
Kolmogorov-Smirnova Shapiro-Wilk
Statistic Df Sig. Statistic Df Sig.
Growth Strongly Agree .175 47 .175 .949 47 .837
Agree .162 15 .162 .988 15 .872
Not Sure Disagree Strongly Disagree
.155
.179
.161
32 42 24
.155
.179
.161
.826
.812
.906
32 42 24
.856
.829
.864
Source: Primary Data
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Table 20 above shows results of the Shapiro-Wilk test for normality. Since the significance value
for the Shapiro-Wilk test are greater than 0.05 (0.949, p >0.05) it implies that data are normally
distributed. The Q-Q normality test was also conducted to test the data for normality. Results of
the tests are shown in Figure 5 for growth factors and 6 for growth indicators. Both diagrams
show that the data points are closer to the diagonal line and therefore both data are evenly
distributed. The data therefore qualified for parametric testing using the Pearson’s Correlation
Tests.
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Figure 5: Q-Q Normality Test for Growth Factors
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Figure 6: Q-Q Normality Tests for Growth Indicators
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4.8 Pearson’s Correlation Coefficient Test
The study sought to measure the degree of association between that identified factors and this
was in line with Objective 3 of the study. The Pearson Correlation Test was conducted using
SPSS V21 to determine the relationship between these variables. The Correlation Test is an
analytical technique used to establish the relationships between two continuous quantitative
variables. The Pearson’s correlation is a parametric statistical test for measuring the linear
relationship between two variables The Pearson’s correlation coefficient (r) ranges from -1 to 1,
with r = -1 indicating a perfect negative relationship between the two variables and r = 1
indicating a perfect positive relationship between variables. An r = 0 indicates no linear
relationship between the two variables. The Pearson’s Correlation test was conducted to establish
the level of association between the SME growth factors and SME growth. The analysis yielded
the results shown in the Table 21 below:
Table 21: Correlation Matrix
1 2 3 4 5 6
Growth (1) Pearson Correlation 1
Sig. (2-tailed)
Entrepreneurial Skills (2) Pearson Correlation .365 1 .
Sig. (2-tailed) .006 .
Managerial Skills (3) Pearson Correlation .473 .358 1 .
Sig. (2-tailed) .023 .000 .
Access to Finance (4) Pearson Correlation .563 .009 .011 1
Sig. (2-tailed) .005 .906 .876
Regulatory Environment (5) Pearson Correlation .690 .130 -.229 .055 1
Sig. (2-tailed) .000 .075 .001 .448
Technical Skills (6) Pearson Correlation .203 .160 .233 .018 .053 1
Sig. (2-tailed) .156 .028 .001 .806 .465
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The above table shows the correlation coefficients between the extracted growth factors and
SME growth. The results indicate that the four factors, namely entrepreneurial skills, managerial
skills, access to finance and the regulatory environment were positively and statistically related
to growth. The regulatory environment (r=0.690, p=0.00) had a strong and positive association
with SME growth. Access to finance (r=0.563, p=0.005) was also strongly and positively related
to SME growth while managerial skills (r=0.473, p=0.23) and entrepreneurial skills (r=0.365,
p=0.006) were moderately and positively related to small business growth. Although technical
skills had a weak positive association with SME growth, the result was not statistically
significant since the p-value >0.05 (0.156). The implication of the results is that when SME
operators and managers have high entrepreneurial and management skills, this would have a
weak positive influence on SME growth. Access to financial resources had a strong positive
influence of SME growth. This implies that when SME are able to access better financial
resources, this leads to improved growth. The regulatory environment had the highest positive
effect on SME growth. This implies that an improvement in government regulations and policies
enhances the growth prospects for SME.
The above results are consistent with previous studies. The results corroborate findings by
Muranda (2003), who found out that access to finance, management skills and regulatory
environment are main determinants of growth of SMEs in Zimbabwe. The results are also in line
with findings by Nyoni (2002) who identified access to capital, management and entrepreneurial
skills and a hostile regulatory environment as major challenges to the growth of SMEs in
Zimbabwe. The results are also supported by Mboko and Hunter (2009); Fatoki (2006); Olawale
(2010); McPherson (1994) and Zindiye (2012) all of whom identified access to credit,
management and entrepreneurship skills and government regulations as key to the growth of
SMEs.
The correlation results for the level of technical skills (r = 0.203, p = 0.156) to SME growth
indicate a weak positive relationship. However the result is not statistically significant since p >
0.05. The weak associations between SME growth and technical skills identified in the analysis,
suggests that the effect of the two factors on growth can only be explained by other factors. The
findings differ from discoveries by McPherson (1996) that the attainment of vocational and
technical skills enhances the entrepreneur’s capabilities and in turn enhances SME growth.
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4.9 Regression Analysis
Besides testing for correlation between the study variables, the study also sought to assess the
predictive power of the variables on SME growth. Correlation does not assure causality and
therefore it was necessary to conduct regression analysis. Linear regression analysis tests the
extent to which the dependent variable (SME growth) is predicted by the independent variables
(entrepreneurial skills, management skills, access to finance, regulatory environment and level of
technical skills).
Table 22: Summary of the Regression Model�
Model R R Square
Adjusted R
Square
Std. Error of the
Estimate
1 .704a
.496 .473 3.05006
a. Predictors: (Constant), Technical Skills, Finance, Regulatory
Environment, Entrepreneurial Skills, Managerial Skills
The summary of the Regression Model is given in Table 22 above and it gives the overall
predictive power of the model. The overall results show how much of the variation in SME
growth is explained by variations in the factors under investigation. The R value is 0.704 and it
shows a strong level of association between SME growth and the extracted predictors. The
predictive fir is measured by R2 = 0.496 and it shows the percentage of variance in SME growth
that is explained by the variation in the predictors. The model shows that the level of
entrepreneurial skills, management skills, technical skills, the regulatory environment and access
to finance explain 47.3% of SME growth (Adjusted R Square = 0.473). The Adjusted R squared
value of 0.473 shows that the model is a good predictor of SME growth. Since the model is
statistically significant (p<0.05) at 95% confidence level, it can be concluded that SME growth is
indeed influenced by extracted factors. However the overall model implies that the growth of
SMEs is also explained by other factors outside this model.
The regression model was statistically significant (F(5) = 7.313, p = 0.00 ).The results of the
regression analysis are shown Table 23 below:
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Table 23: Prediction Model for Factor Components�
Model
Unstandardized Coefficients
Standardized
Coefficients
T Sig.B Std. Error Beta
1 (Constant) 4.280 1.967 2.176 .031
Entrepreneurial Skills .418 .192 .147 .2.172 .031
Managerial Skills .322 .216 .115 1.487 .039
Finance .591 .188 .234 3.146 .002
Regulatory Environment .726 .151 .348 4.815 .000
Technical Skills -.442 .271 -.114 -1.631 .105
a. Dependable Variable: Growth
F(5) = 7.313
p-value = 0.000
In the above model (Table 23), the regression slope coefficient represented by the standardized
coefficients (Beta) shows the average change in the dependent variable due to a unit increase in
the independent variable. It can be either positive or negative, depending on the nature of the
relationship between the variables. The most significant predictors for SME growth were found
to be the regulatory environment (Beta = 0.348, p = 0.000), access to finance (Beta = 0.234, p =
0.02), entrepreneurial skills (Beta = 0.147, .p = 0.031) and management skills (Beta = 0.115, p =
0.039). Technical skills (Beta = -0.114, p = 0.105) were found to be affecting SME growth in a
negative way.
The implication of the positive Beta for the regulatory environment is that a unit change in the
regulatory environment would result in a 0.348 change in SME growth. Similarly a unit change
(increase) in access to finance leads to a 0.234 change (increase) in SME growth. Managerial
skills (Beta = 0.115), and entrepreneurial skills (Beta = 0.147), and were found to be weak
predictors for SME growth. A unit increase in managerial skills and entrepreneurial skills results
in 0.115 and 0.147 increase in SME growth, respectively. For technical skills a unit increase in
technical skills results in a -0.114 unit variation (decrease) in SME growth. However the result is
not statistically significant since the p- value > 0.05 (p-value = 0.105).
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The levels of significance for entrepreneurial skills, management skills, access to finance and
regulatory environment are all less than 0.05 and therefore we can conclude that their
relationship with SME growth is true and not by chance. However they do not account for all the
growth. There are other factors outside this model that explain SME growth in Zimbabwe. These
results point to the importance of the regulatory environment and access to credit as major
determinants of SME growth. This supports finding by Beck (2007); English and Henault
(1995), Nyanga et al. (2013) and Zindiye (2012), all of whom identified the two factors as
paramount to the growth of SMEs in developing countries.
4.10 Analysis of Variance (ANOVA) and Independent T-Test
This section presents results of the Analysis of Variance (ANOVA) and Independent t-test
carried out to address Objective 1 and 2 of the research study. These objectives as stated in
Chapter One are:
• Objective 1: To determine the association between the characteristics of the SME
entrepreneurs and business growth.
• Objective 2: To ascertain the relationship between the SME characteristics and business
growth.
The one way Analysis of Variance (ANOVA) test was used to investigate whether there were
relationships between the characteristics of the SME entrepreneur, characteristics of the SME
and business growth. The ANOVA technique is an inferential statistical test that examines the
variations in the means of any group of variables. The assumption of ANOVA is that no
differences in the mean would exist.
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Table 24 below gives a summary of descriptive statistics on whether growth of SMEs differs
according to the size of the business enterprise.
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Table 24: Association between Size of Firm and Growth
Growth
N Mean Std. Deviation Std. Error No. of Employees
0-25 158 11.2658 3.36981 .26809
26-50 19 9.1053 1.41007 .32349
51-75 13 7.9231 1.75412 .48650
Total 190 10.8211 3.29495 .23904
F(4) = 9.895
df = 0.189
Sig (p-value) = 0.000
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The results above indicate the existence of variances (F (2) = 9.895, p = 0.00) measured at 95%
confidence. The results shows that smaller SME employing less than 25 people had a higher
growth rate (mean = 11.2658) followed by the 26 – 50 category (mean = 9.1053).The 51-75
employee category had the least growth rate (mean = 7.9231). The implication of the results is
smaller SMEs measured in employment terms, experience higher growth rates.
The results are supported by McPherson (1996) who found a negative relationship between the
initial size of the firm and growth. However, the findings are contrary to the views of Chandler
(2009) who argued that bigger were capable of withstanding external shocks and they grow
faster that smaller businesses.
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Analysis of Variance (ANOVA) was used to determine difference in the means of the different
categories of the level of education. The results are shown in Table 25.
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Table 25: Association between Level of Education and Growth
Growth
N Mean Std. Deviation Std. Error
Primary 15 9.0571 .50709 .13093
Secondary 63 9.1351 2.59030 .32635
Diploma 37 10.2000 3.07465 .50547
Degree 35 12.3333 2.72184 .46007
Postgraduate 40 14.4000 3.48771 .55145
Total 190 10.8211 3.29495 .23904
F(4) = 17.694
df = 0.189
Sig (p-value) = 0.000
Table 25 shows the results of the ANOVA test on the relationship between the level of education
and SME growth. The results show the existence of variances (F (4) = 17,694, P=0.000)
measured at 95% confidence level. The descriptive statistics show that SMEs managed by
owners/managers with different levels of education, experience varying growth rates. SMEs
operated by owners/managers with postgraduate qualifications experienced the highest growth
(mean = 14.4000) followed by those managed by those with degrees (mean = 12.3333) and those
with diplomas (mean = 10.2000). SMEs managed by owners/managers with primary education
had the lowest growth rates.
The findings support earlier work by McPherson (1996); English and Henault (2005); Herrington
and Wood (2003) and Mudavanhu et al (2011) who all observed a strong positive relationship
between level of education and business growth. The high growth rates in SMEs managed by
tertiary graduates could be a result of better decision making by the operators as they understand
business processes better that their counterparts.
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The Independent t-test was carried out to determine differences in the mean of the males and
females. The t-test was employed because there were only two categories of gender. The results
are shown in Table 26 below:
Table 26: Gender and Growth
Growth
Gender
N Mean Std. Deviation Std. Error
Male 103 10.4854 3.59156 .35389
Female 87 11.2184 2.87501 .30823
Total 190 10.8211 3.29495 .23904
F(1) = 2.350
df = 0.189
Sig (p-value) = 0.127
Table 26 shows the means of the two gender groups. Variances were recorded (F(1) = 2.360, p
=0.127), measured at 95% confidence level. However since the level of significance (p – value)
is greater than 0.05, it implies that there is no difference in the means of the two gender group.
Therefore SME growth Zimbabwe is not influenced by whether the operator/manager was male
or female.
The results above are confirmed by Phillips (2005) who stated that there was no association
between gender of business operators and growth. They however differ from those obtained by
Liedholm (2002) and McPherson (1996) that male headed enterprises grow faster than female
headed businesses.
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The Independent t-test was again employed to determine the variations in the means of SMEs
operated by owners or those by employed managers. The results are shown in Table 27 below:
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Table 27: Management and Growth
Growth
Management
N Mean Std. Deviation Std. Error
Owner Manager 125 10.4560 3.42077 .30596
Employed Manager 65 11.5231 2.93741 .36434
Total 190 10.8211 3.29495 .23904
F(2) = 3.476
df = 0.189
Sig (p-value) = 0.033
Table 27 shows results of the Independent t-test on the management structure of surveyed SMEs.
Difference in means were found to exist between the two management groups (F(2) = 3.476, p =
0.000). According to the descriptive statistics SMEs who were managed by the operators
experienced lower growth (10.4560) than those run by employed managers (11.5231). This result
confirms findings by Ekpenyong et al (1992) that SMEs run by employed managers were more
likely to grow faster because the employed managers tend to have appropriate skills and
expertise to compete in the market place.
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The Independent t-test was also used to determine differences in means of the two registration
categories. The results are shown in Table 28
Table 28: Legal Status and Growth �
Growth
N Mean Std. Deviation Std. Error
Registered 122 12.1176 3.25350 .29456
Not Registered 68 10.0984 2.97517 .36079
Total 190 10.8211 3.29495 .23904
F(1) = 17.862
df = 0.189
Sig (p-value) = 0.000
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The table above is a summary of the descriptive statistics of the registration status of the SMEs.
The results indicate that variances existed at 95% confidence level (F (1) = 17.862, p = 0.000).
Results reveal that registered SMEs experienced a high growth rate (mean = 12.1176) as
compared to unregistered ones (mean = 10.0984). This could be explained by their ability to
access credit from financial institutions, government assistance programs and tenders.
The results are supported by Kiggundu (2002) who found out that registered businesses grew
faster than unregistered businesses because the can access credit finance from banks and other
lenders. Registered businesses also access government and donor agency support programs.
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The study sought to establish the number of years the SME has been operating use the ANOVA
to relate that to its growth. The descriptive statistics relating to the age of the SME are presented
in Table 29 below:
Table 29: Age of SME and Growth
Growth
N Mean Std. Deviation Std. Error
Less than 1 Year 27 11.9412 2.83949 .54646
1-5 Years 112 12,7143 3.18710 .30115
6-10 Years 20 12.7037 2.39022 .53447
11-15 Years 14 10.2889 3.49568 .93426
Above 15 Years 17 9.1500 3.43640 .83345
Total 190 10.8211 3.29495 .23904
F(4) = 6.665
Df = 0.189
Sig (p-value = 0.000
The results in Table 29 indicate that variances existed at 95% confidence level (F (4) = 6.665, p
= 0.000). SMEs that have been operating for between 1 and 5 years had the highest growth rates
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(12.7143), followed by the 6 to 10 year age category (12.7037). The lowest growth was
experienced by SME that are above 15 years (9.1500). The implication of the results is that
younger SMEs grow at a faster rate that older SMES. The results are contrary to the Gibrat’s
Law which predicts identical growth rates between small and large businesses. This result is
supported by the Learning Hypothesis advanced by Jovanovic (1982), Gebreeyesus (2007) and
McPherson (1996).
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The researcher asked respondents to indicate the type of industry that they were operating in. The
ANOVA results are presented in Table 30 below:
Table 30: Category of Business and Growth
Growth
N Mean Std. Deviation Std. Error
Manufacturing and
Engineering 36 9.3396 3.50815 .58469
Retail and Wholesale 33 11.5000 2.51021 .43697
Services 28 12.2000 2.29417 .43356
Transport and
Logistics53 13.6500 3.39084 .46577
Mining 10 11.6364 2.63523 .83333
Information and
Communication
Technology
5 12.0833 .00000 .00000
Food and Beverages 20 8.6786 1.72520 .38577
Education and Arts 5 10.0000 3.83406 1.71464
Total 190 10.8211 3.29495 .23904
F(7) = 8.414
Df – 0.189
Sig (p-value) = 0.000
The results in the table above indicates the existence of variance (F(7) = 8.414, p-value = 0.000).
The highest growth was experienced in the Transport and Logistics sector (13.6500), followed
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by the Services (12.2000) and then Information and Technology sector (12.0833). The lowest
growth was experienced in Food and Beverages sector (8.6786).
The above results corroborates earlier studies that pointed at differences in growth rates between
indusctries (Liedholm, 2002; Gebreeyesus ,2007; Liedholm and Mead, 1993).
4.11 Chapter Summary
This chapter presented findings of the determinants of SME growth in Zimbabwe. The Chapter
begins by testing the research instrument before analyzing the demographic characteristics of the
respondents. Factor Analysis is then employed to extract the principal factors affecting growth of
SMEs in Zimbabwe and these came out as entrepreneurial skills, management skills, access to
finance, the regulatory environment and level of technical skills. Correlation and regression
analyses were then employed to determine the associations and explanatory power of the
determinant factors and SME growth, respectively. The results from both tests reveal the
importance of skills development, finance and a condusive regulatory environment.
The next chapter focuses on the conclusions and recommendations of this research study and
provides suggestions for further studies.
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CHAPTER FIVE
CONCLUSIONS AND RECOMMENDATIONS
5.1 Introduction
This chapter presents the major conclusions and recommendations of the study. These are
derived from the findings of the research project. The chapter also presents suggestions for
further research.
5.2 Conclusions of the Research
This section elaborates and concludes the study. The conclusions and recommendations of the
research study were made with reference to the study objectives. The primary objective of the
study was to identify the determinants of SME growth in Zimbabwe. The study also intended to
establish the nature of the relationship between the identified factors and SME growth. The other
objectives of the study were to establish the relationships between the characteristics of the
business operator, characteristics of the SME and growth. The problem that prompted the study
was the observation that SME were not growing and given their importance in employment
creation and to economic growth.
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With the first objective of identifying the key determinant of SME growth, it can be concluded
that the study has produced significant evidence in line with empirical and theoretical evidence.
The study identified four key determinants of SME growth in Zimbabwe. These are
entrepreneurial skills, access to capital, management skills and regulatory environment. A further
objective was to find if there exist a strong positive relationship between these factors and SME
growth. Further analysis of the factors using correlation tests and regression analysis revealed
that the regulatory environment was the most important determinant of SME growth. Therefore
improving government policies on issues such as taxation and provision of support programs for
SMEs, increases the growth prospects of SMEs. This is also supported by empirical literature
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discussed in Chapter 2. The government of Zimbabwe should therefore craft legislation and
implement support programs such as providing space and tax incentives to stimulate SME
growth.
Access to finance was the second major determinant of SME growth. The study revealed that
finance is a major challenge for the most the SMEs surveyed but it is positively related to SME
growth. Financial institutions and government agencies such as SEDCO are not providing
adequate credit to support to the SME sector. SMEs require credit facilities to finance working
capital requirement and new investments to ensure competitive advantage and growth. There is
therefore need to promote finance clubs for SME operators to pull resources together for onward
lending to members. Microfinance institutions must also be capacitated to meet the demands of
this important sector.
The importance of human capital development is also depicted in the study through the
prominence of entrepreneurial skills and management skills as some of the major determinants
for SMEs growth. Promoting human capital development is important for SME growth in
Zimbabwe. There is therefore need to craft policies and programs that impact skills to managers
and owners of SMEs.
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The study also sought to establish the relationship between the characteristics of the
entrepreneurs and SME growth. The entrepreneur’s characteristics such as gender, level of
education and experience were tested for their relationship with firm growth and the results
showed that SME operated or managed by tertiary graduates (diploma, degree and
postgraduates) had higher growth rates than those operated by those with primary and secondary
education as their highest qualifications. The level of education therefore correlates positively
with SME growth. This highlights again the importance of training for SME operators and
managers.
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The research study found no relationship between the gender of the business operator/manager
and SME growth. The conclusion was that gender does not influence the growth of SMEs. It
does not matter whether the SME is headed by a male or female to guarantee growth.
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The research study was also aimed at finding the relationship between SME characteristics such
as size, age, management, formality and type of industry and growth. It was found that the size
and age of the business has a bearing on growth prospects. Small and younger businesses that
employed less than 25 workers grew faster than medium enterprises that employed 51 to 75
employees. Also SMEs that operated for 1 to 5 years experienced higher growth than those that
were in operation for more than 15 years. The conclusion therefore is that smaller and younger
firms grow at a faster rate than their large counterparts. The promotion of small businesses is
therefore paramount due to their ability to grow faster than large enterprises.
The formality of the SME was found to have a positive relationship with growth. SMEs that
were registered experienced higher growth rates as compared to those they were not registered.
This is explained by the ability of registered SMEs to access loans from financial institutions and
government and donor support programs. Registered SMEs also participate in government
tenders and private sector contracts. SME s should therefore be encouraged to formalize their
operations in order to expand their business portfolios. The type of industry that the SME
operates was also found to have an influence on growth. Higher growth was experienced in the
Transport and Logistics sector and the Service industry while the lowest growth was in the Food
and Beverages sector. This is explained by the lower entry barriers in those sectors as compared
to manufacturing and mining that require huge capital outlays.
From the discussion in the above section, it can therefore be concluded that the research
objectives have been achieved and the research questions have been addressed.
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5.3 Recommendations
5.3.1 The research study has highlighted the importance of human capital development. SME
operators need to be capacitated with entrepreneurial skills, management capabilities,
vocational and technical competencies. As such Government and donor agencies need
to develop tailor made skills based training programs to equip SME operators and
managers with appropriate business skills.
5.3.2 The importance of a conducive and enabling business environment was prominent in
the study. National and local governments should develop policies and programs that
nurture and promote growth of the SME sector in developing countries.
5.3.3 Access to credit finance was highlighted in the study. It is therefore important that credit
finance be made available to SME. The capitalization of SEDCO and resuscitation of
government credit support programs is recommended. The Financial institutions should
also be encouraged to lend to SME and relax their requirements high collateral
requirements. The government and other independent guarantee funds could provide
credit guarantees for SMEs when they borrow from banks.
5.3.4 The SMEs should form associations and clubs that represent their interests in national
policy dialogues and pull financial resources for onward lending to members. Such
important associations and clubs could partner governments and donors in developing
policies and assistance programs to the SME sector.
5.3.5 The research study also recommends the implementation of a longitudinal study on the
determinants of SME growth where some of the assistance programs proposed in this
study are offered to the SMEs. This would allow some of these interventions to be
tested for their effectiveness.
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Appendix 1
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