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CHAPTER- ONE
INTRODUCTION
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1.1BRIEF BACKGROUND OF THE PROBLEM UNDER STUDY
Many large organisations have made significant investments of both time and
capital to Implement ERP systems, however not all implementations go as well
as intended (Bingiet al., 1999; Kumar and van Hillegersberg, 2000). Owing to
the complex nature of ERP Systems, many implementations have been difficult,
lengthy and over budget, terminated before completion, and/or failed to achieve
their business objectives even a year after implementation (Volkoff, 1999). ERP
systems are organisation-wide systems their implementation involves multiple
stakeholders, often in geographically disperse locations. Therefore, an ERP
system requires data standardisation, integration of the system with other
information systems and management of consultants and vendors (Soh et al.,
2000). Traditional project management challenges are magnified in such
environments, making the implementation more difficult, expensive and failure-prone (Holland and Light, 1999). This complexity suggests that results obtained
in other simpler technology implementation environments do not automatically
apply to ERP environments (Markus et al., 2000). The significance of a new
ERP system and the inherent risks in implementing such a system make it
essential that organisations focus on ways to improve ERP implementations.
Even though the use of ERP systems is growing and becoming more popular,
these systems are still somewhat unfamiliar in the construction industry. Many
engineering and construction firms know how beneficial ERP systems are, but
they still hesitate to adopt these systems due to their high cost and risk. Without
a doubt, a successful ERP implementation is an essential for the benefits from
such systems, so this issue is always considered top priority in the ERP related
research area. It is obvious that several important factors must be considered for
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successful implementation, but most engineering and construction firms have no
idea what factors should be considered most heavily. Therefore, the main goal
of this project is to help the firm better understand the critical factors that need
to be considered to ensure the success of ERP systems.
Since there have been few studies attempting to validate the factors affecting
both ERP implementation and user adoption, this project focused on identifying
the factors for the ERP success from both implementation project and user
adoption perspectives. Then, identified factors were examined to verify their
relationships with success indicators associated with the redefined ERP success.
Furthermore, the project suggested recommendations for the ERP success
showing how to approach ERP implementation to avoid failure and what we
should do considering the significance of each factor to a given dependent
variable based on the findings of the study. These recommendations can provide
helpful information to construction firms when they consider implementing or
upgrading their ERP systems. This information should help companies reducetremendous ERP implementation risks so that companies can have more
chances to improve their business value with the success of EPR systems
A successful ERP implementation is an essential for the benefits from such
systems, so this issue is always considered top priority in the ERP related
research area. It is obvious that several important factors must be considered for
successful implementation, but most construction firms have no idea whatfactors should be considered most heavily. Therefore, the main goal of this
study is to help these firms better understand the critical factors that need to be
considered to ensure the success of ERP systems. This study formulated the
conceptual ERP success model based on theories and knowledge gained from
several industry practitioners.
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Traditionally, the construction industry has been faced with the problem of
getting and keeping projects on schedule, under budget, and safe with the
quality specified by the owner and/or architect/engineer (A/E). Although the
construction industry is one of the largest contributors to the economy, it is
considered to be one of the most highly fragmented, inefficient, and
geographically dispersed industries in the world. To overcome this inefficiency,
a number of solutions have long been offered.
Modern Enterprise Resource Planning (ERP) systems have their roots in
Materials Requirement Planning (MRP I) systems, which were introduced in the
1960s. MRP I systems are computer-based systems for inventory control and
managing production schedules. As data from the factory floor, warehouse, or
distribution center began to affect more areas of the company, the need to
distribute these data across the entire enterprise demanded that other business
area databases interrelate with the MRP I system. However, MRP I systems had
limitations on this functionality leading to the development of ManufacturingResource Planning (MRP II) systems, which have now given way to ERP. MRP
II systems can evaluate the entire production environment and create or adjust
master schedules based on feedback from current production and purchase
conditions. Finally, companies such as SAP, Oracle, and others are reaping the
rewards of dramatic growth as companies move away from legacy MRP II
systems and begin the process of ERP implementation. Their solutions are morerobust than any host-based MRP system to date (Bedworth and Bailey 1987;
Intermec 1999; Januschkowetz 2001). OLeary (2000) defined ERP systems as
computer-based systems designed to process an organizations transactions and
facilitate integrated and real-time planning, production, and customer response
(O'Leary 2000).
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The process of ERP systems includes data registration, evaluation, and
reporting. Data registration is entering data into a database, data evaluation is
reviewing data quality and consistency, and data reporting is the process of data
output sorted by certain criteria (Januschkowetz 2001). The role of enterprise
resource planning (ERP) does not match its name. It is no longer related to
planning and resources, but is rather related to the enterprise aspect of the name.
ERP attempts to unify all systems of departments together into a single,
integrated software program based on a single database so that various
departments can more easily share information and communicate with each
other. This integrated approach can have a remarkable payback if companies
install the software properly. An increasing number of companies want to obtain
all relevant information about their business processes to control and guide
them in a profitable direction (Koch 2002). Most ERP vendors have suggested
that the best way to obtain the full benefits of their software was to implement
their software packages with minimal changes
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1.2 MACRO DIMENSIONS OF THE ISSUE UNDER STUDY, MICRO
TRENDS AND CONTEMPORARY DEVELOPMENTS IN THE GIVEN
AND RELATED ASPECTS UNDER STUDY.
The study involves the analysis of ERP effectiveness in Synthite Realty. In the
study there involved macro dimensions and micro trends. The macro
dimensions of the issue include the top management support for the ERP
implementation for which they have to provide with the necessary financial
resources and they ensure the presence of an expertise in the project team.
Another macro dimension is the change management which includes the users
resistance to change and their participation for the success of ERP. Another
macro dimension includes the interdepartmental cooperation and
communication as this software is not meant for any particular department as it
is meant for the integration of the entire department.
Enterprise Systems (ES), also called Enterprise Resource Planning (ERP)
systems, are among the most important business information technologies toemerge in the last decade. While no two industries Enterprise Systems are the
same, the basic concept of Enterprise Systems is focused mainly on
standardization, synchronization and improved efficiency. ERP is basically the
successor to material resource planning (MRP) and integrated accounting
systems such as payroll, general ledger, and billing. The benefits of Enterprise
Systems are very significant: coordinating processes and information, reducingcarrying costs, decreasing cycle time and improving responsiveness to customer
needs (Davenport 2000; Elarbi 2001).
Traditionally, the construction industry has been faced with the problem of
getting and keeping projects on schedule, under budget, and safe with the
quality specified by the owner and/or architect/engineer (A/E). Although the
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construction industry is one of the largest contributors to the economy, it is
considered to be one of the most highly fragmented, inefficient, and
geographically dispersed industries in the world. To overcome this inefficiency,
a number of solutions have long been offered.
Recently, a significant number of major construction companies embarked on
the implementation of integrated IT solutions such as Enterprise Systems to
better integrate their various business functions, particularly those related to
accounting procedures and practices. However, these integrated systems in
construction present a set of unique challenges, different from those in the
manufacturing or other service sector industries. Each construction project is
characterized by a unique set of site conditions, a unique performance team, and
the temporary nature of the relationships between project participants. This
means a construction business organization needs extensive customization of
pre-integrated business applications from ERP vendors. Unfortunately, such an
extensive customization can lead a construction firm to ERP implementation
failure. Based on a number of consultants comments, the best way to achievethe full benefits from ERP systems is to make minimal changes to the software.
For these reasons, finding the best implementation strategy of integrated
Enterprise Systems is mandatory to maximize the benefits from such integrated
IT solutions in construction companies.
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1.3 OBJECTIVES OF THE STUDY
Usually, ERP vendors show off their successful implementation stories on their
websites. However, there are also many failures behind their implementation
experiences. ERP projects are notorious for requiring a long time and a lot of
money. Large IT projects such as ERP implementations have more chance to be
failures than most people expect. In the last decades, many studies have
identified that the success rate is approximately 25%, the failure rate is also
about 25%, and partial successes and failures exist around 50% (Kozak-Holland
2007). Obviously, it is very important to identify and understand the factors that
impact heavily on the success or failure of ERP implementation.
The main objective of the completed project is to present guidelines for
ensuring successful ERP implementation, providing factors associated with the
success of ERP systems in engineering and construction firms. To do so, the
project identifies the factors affecting the success or failure of ERP
implementation, and analyzes these factors according to the level ofsignificance in affecting the success of ERP systems.
To achieve the goal of the study, the following research questions
1) What are the factors affecting the success or failure of ERP implementation?
2) How can we define the success of ERP implementation?
3) How do we approach implementation to avoid failure?
The research objectives are
1) Exploring the factors affecting success or failure of ERP implementation.
2) Studying the conditions necessary for achieving success of ERP
implementation.
3) Finding out methods to failsafe ERP implementation.
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1.4 SCOPE OF THE RESEARCH
The study was conducted in Synthite Realty during the period of June July.
These benefits mostly come from the integration of all the necessary business
functions across the organization, with which the organization can make its
business processes more efficient and effective. However, the complex nature of
ERP systems has required many organizations to commit significant
organizational and financial resources to their ERP initiatives, which in turn
have encountered unexpected challenges associated with system
implementation. For this reason, ERP implementation is generally considered a
high cost and high risk activity that consumes a significant portion of a
companys capital budget and is filled with a high level of risk and uncertainty.
There have been many failure cases reported in the literature, which shows
mostly abandoned implementation projects with significant financial damage.
Many companies have suffered from partial failures which resulted in tenuous
adjustment processes for their business functions and created some disruption intheir regular operations. To overcome these problems, more extensive studies
with respect to the factors affecting ERP success or failure are required to
minimize ERP implementation risks.
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1.5 NEED AND RELEVANCE OF THE STUDY
Traditionally, the construction industry has been faced with the problem of
getting and keeping projects on schedule, under budget, and safe with the
quality specified by the owner and/or architect/engineer (A/E). Although the
construction industry is one of the largest contributors to the economy, it is
considered to be one of the most highly fragmented, inefficient, and
geographically dispersed industries in the world. To overcome this inefficiency,
a number of solutions have long been offered.
There have been few studies attempting to validate empirically the factors
affecting both ERP implementation and user adoption, this study focused on
identifying the factors for the ERP success from both implementation project
and user adoption perspectives. Then, identified factors were examined to verify
their relationships with success indicators associated with the redefined ERP
success. Furthermore, the research suggested recommendations for the ERPsuccess showing how to approach ERP implementation to avoid failure and
what we should do considering the significance of each factor to a given
dependent variable based on the findings of the study. These recommendations
can provide helpful information to construction firm when they consider
implementing or upgrading their ERP systems. This information should help
company reduce tremendous ERP implementation risks so that companies canhave more chances to improve their business value with the success of EPR
systems.
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Each construction project is characterized by a unique set of site conditions, a
unique performance team, and the temporary nature of the relationships
between project participants. This means a construction business organization
needs extensive customization of pre-integrated business applications from ERP
vendors. Unfortunately, such an extensive customization can lead a construction
firm to ERP implementation failure. Based on a number of consultants
comments, the best way to achieve the full benefits from ERP systems is to
make minimal changes to the software. For these reasons, finding the best
implementation strategy of integrated Enterprise Systems is mandatory to
maximize the benefits from such integrated IT solutions in construction
companies.
It is widely accepted from empirical evidence to date that the benefits from ERP
systems are very significant (Gefen and Ragowsky 2005; Murphy and Simon
2002; Shang and Seddon 2000; Stensrud and Myrtveit 2003). These benefitsmostly come from the integration of all the necessary business functions across
the organization, with which the organization can make its business processes
more efficient and effective. However, the complex nature of ERP systems has
required many organizations to commit significant organizational and financial
resources to their ERP initiatives, which in turn have encountered unexpected
challenges associated with system implementation. For this reason, ERPimplementation is generally considered a high cost and high risk activity that
consumes a significant portion of a companys capital budget and is filled with
a high level of risk and uncertainty. There have been many failure cases
reported in the literature, which shows mostly abandoned implementation
projects with significant financial damage. Many companies have suffered from
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partial failures which resulted in tenuous adjustment processes for their business
functions and created some disruption in their regular operations (Gargeya and
Brady 2005). To overcome these problems, more extensive studies with respect
to the factors affecting ERP success or failure are required to minimize ERP
implementation risks.
The results of this research can provide helpful information to engineering and
construction firms when they consider implementing or upgrading their
Enterprise Systems. Clearly, it is critical to identify and understand the factors
that largely determine the success or failure of ERP implementation. This study
will identify the causes of failure and analyze them according to their
significance. If these causes are addressed properly, the contribution to the
knowledge about ERP success will be huge. This is one of the key issues related
to Enterprise Systems in the business domain, and can reduce tremendous ERP
implementation risks. Furthermore, the research provides holistic understanding
about the concept of integrated Enterprise Systems, including structure andrepresentative modules for engineering and construction firms. This approach
should allow construction firms considering the implementation of integrated
Enterprise Systems to make informed decisions in the early stages of strategic
planning in regard to the existing alternatives.
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1.6METHODOLOGY
Data collection method
The ERP implementation at the organisation saw a variety of change
management activities implemented. Various departments were recipients of a
range of change management activities according to the assessed impact that the
change would have and the readiness of users in those departments. Various
forms of data collection were employed.
PRIMARY DATA
Interviews. A range of interviewees was sought, representing a cross-section of
the users of the ERP system. The interviews were designed to be semi-
structured with open-ended questions covering implementation effectiveness,
implementation climate (awareness response, feelings response and adoption
intention).the interviewers include selected mangers, workers and the vendorswho provide us the technical support .the survey was conducted with a sample
size of 40 of which 15nos are managers and 25 are workers.
SECONDARY DATA
Review of organisational documents. Surveys, reports and other documentsthat were generated as part of the ABC implementation were reviewed.
Surveys.Triangulation was achieved through the collection of survey data from
a small set of respondents in the departments. The strength of the respondents
agreement with a range of statements (Table I) was measured on a five-point
Likert scale, ranging from 1strongly disagree to 5strongly agree.
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FIGURE 1: Implementation effectiveness process cycle
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1.7TOOLS OF DATA COLLECTION
The main survey was conducted through a questionnaire distribution among
employees, and a total of 40 responses were received of which 70% have three
or more than three years of experience in working with ERP. Among the
respondents, about 50% of them are managers or higher level. The average of
use hours of the ERP system was 11.3 hours per week, and 75% of the
employees they spend 10hours or more with ERP/week.
0 TO 20%, 10%
20 TO 40%, 15%
40 TO 60%, 27%
60 TO 80%, 40%
80 TO 100%, 8%
HOW MUCH DID ERP FULFILL YOUR
BUSINESS STRATEGY
0 TO 20%
20 TO 40%
40 TO 60%
60 TO 80%
80 TO 100%
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1.8TOOLS AND METHODS OF STATISTICAL ANALYSIS
The main analysis done in this project was a comparison of samples using chi-
square tests. Again the use of percentage analysis is also employed.
1.9HYPOTHESIS
H0: There is a no relationship between motivation behind implementing ERP in
the organization and the number of years of working experience in ERP
H0: There is no relationship between motivation behind implementing ERP in
the organization and the number of hours an employee dealing with ERP/ week.
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1.10 TECHNICAL TERMS USED IN THE STUDY
Manufacturing resource planning (MRP)
Enterprise Resource Planning Systems
Critical Success Factors (CSF)
Legacy Systems
Business Process Re-engineering (BPR)
1.11 LIMITATIONS
1. IT related research in the area of construction business management
proposes research models without theories. So these surveys have been
developed without sound theoretical models.
2. Lack of knowledge in the civil engineering aspects was a constraint in thisproject.
3. Lack of availability of adequate data was a constraint for this project.
4. Busy schedule of the top level executives were also a constraint for this
project.
5. Employees resistance to change was also a constraint in the project.
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CHAPTERTWO
REVIEW OF LITERATURE
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2.1ERP innovation implementation model incorporating change
management.
This article provides a preliminary validation of a model for how change
management during an ERP implementation affects the effectiveness of that
ERP implementation. ERP systems are an example of an innovation a idea,
practice, or object that is perceived as new by an individual or other unit of
adoption (Rogers, 1995). Implementation of aninnovation is described as the
process of gaining targeted employees appropriate and committed use of an
innovation (Klein and Sorra, 1996).When introducing an innovation such as an
ERP system to an organisation, the implementation process needs to be
managed so that the expected benefits are achieved. Users require ongoing
support from the organisation such as training, maintenance and equipment
upgrades in order to achieve effectiveness. It has been suggested that many new
systems fail due to implementation failure, rather than innovation failure (Kleinet al., 2001). The factors leading to implementation effectiveness can be
described using the model proposed by Klein et al. (2001), Figure 1. Change
management is not explicitly included in this model, although its effect would
be expected to influence implementation climate.
The implemented change management activities also affected different areas ofthe organisation in different ways. Each department within the organisation
received a very different range of change management activities based on the
identified needs, and it is evident that the range and types of change
management received impact upon the effectiveness of the ERP
implementation. The general attitude to the system by those in the department
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that received less change management was less positive than for those who were
the recipients of more targeted activities. This indicates that change
management is required throughout an organisation implementing an ERP
system, even if the changes in one particular area of the organisation are not
particularly great.
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2.2A Critical Success Factors Model for Enterprise Resource Planning
Implementation.
In this paper we apply the concept of CSFs, those factors that need to be
considered and managed to ensure the success of a project, to explain
differences in project outcomes. CSF models have been applied to both general
project management problems (Slevin andPinto 1987), manufacturing system
implementation (Lockett et al 1991) and the area of reengineering (Basheinet al
1994). The approach is particularly suitable for the analysis of ERP projects
because it provides a framework for including the influence of tactical factors
such as technical software configuration and project management variables
together with broader strategic influences such as the overall implementation
strategy. The contribution of the paper is twofold. It provides a framework for
practising managers to aid their decision making and guide them in the
development of an implementation strategy, and it identifies the role andinfluence of individual factors on each other and on the project outcome.
Organisations need to understand their current business structure and business
processes associated with the existing IT system, and relate their existing
situation to the business processes contained within the ERP system (Osterle
1995). There are process modelling tools which help organisations to alignbusiness processes with the standard package. For every core and support
process in their generic business process model there are several alternative
processes relating to best practices in different types of operations and business
environments.
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ERP systems are now the most common IT strategy for all organisations, and
this paper has presented a CSFs model that can aid management thinking in this
difficult and complex problem. In addition to the identification of the role of
legacy systems in the implementation of ERP systems, it has also been shown
that there are different approaches to ERP strategy ranging from skeleton
implementations to full functionality. There are also important differences in
how organisations manage the gap between their legacy systems and the ERP
business processes. It appears that it is easier to mould the organisation to the
ERP software than vice versa. Looking ahead, it is clear that organisations will
continue to develop their ERP systems by upgrading their systems and
continuing to enhance their business processes. The next stage in the research
will be to develop the framework, specifically focussing upon creating a set of
quantitative measures for assessing the impact of each factor on their
implementation outcome for a large sample of companies.ERP Implementation
Process consist of two factors Strategic and Tactical.
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2.3An analysis of success and failure factors for erp systems in engineering
and construction firms
This research formulated the conceptual ERP success model based on strong
background theories and knowledge gained from several industry practitioners.
The survey instrument was designed based on the conceptual ERP success
model, and was tested before conducting the main survey. The ERP success
model and its variables were finally fixed after completing a series of data
analyses with the main survey. This research conducted Structural Equation
Modeling (SEM) to examine the validity of the proposed research model as a
complementary analysis.
In most cases, the cost of a full-scale ERP implementation in a large
organization can easily exceed $100 million, and the implementation usually
takes at least 2 years to complete. Not only do ERP systems need plenty of timeand money to implement, even successful implementations can disrupt a
companys culture, create extensive training requirements, and lead to
productivity losses. Furthermore, many experts say that over 50 percent of U.S.
firms experience some degree of failure when implementing advanced
manufacturing or information technology. Unfortunately, many companies have
already experienced significant troubles trying to implement ERP systems, andthese poorly executed implementations have had serious consequences. One
recent survey revealed that 65 percent of executives believe ERP
implementation has at least a moderate chance of damaging their business.
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The main objective of the completed research is to present guidelines for
ensuring successful ERP implementation, providing factors associated with the
success of ERP systems in engineering and construction firms. To do so, the
research identifies the factors affecting the success or failure of ERP
implementation, and analyzes these factors according to the level of
significance in affecting the success of ERP systems. This study focuses on
analyzing the ERP success from the combined point of view of implementation
project and user adoption. Based on this concept, new success factors will be
postulated with the redefined ERP success, and then will be validated
empirically through data analysis. This study will identify the causes of failure
and analyze them according to their significance. If these causes are addressed
properly, the contribution to the knowledge about ERP success will be huge.
Furthermore, the research provides holistic understanding about the concept of
integrated Enterprise Systems, including structure and representative modules
for engineering and construction firms. This approach should allow constructionfirms considering the implementation of integrated Enterprise Systems to make
informed decisions in the early stages of strategic planning in regard to the
existing alternatives.
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CHAPTERTHREE
CONCEPTUAL OVERVIEW OF THE STUDY
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3.1CONCEPT INTRODUCTION
Enterprise Resource Planning (ERP) systems are highly integrated enterprise-
wide information systems that automate core business processes. The ERP
packages of vendors such as SAP, Baan, J.D. Edwards, Peoplesoft and Intentia
represent more than a standard business platform; they prescribe information
blueprints of how an organisations business processes should operate. In this
paper the scale and strategic importance of ERP systems are identified and the
problem of ERP implementation is defined. A Critical Success Factors (CSFs)
framework is proposed to aid managers develop an ERP implementation
strategy. Companies are radically changing their information technology (IT)
strategies by moving away from developing IT systems in-house and purchasing
standard package software. More specifically, Deloitte and Touche state that
ERP systems are now the preferred method by which businesses replace legacy
systems. This shift is very clear in the ERP market. AMR Research state that the1997 market for ERP systems was worth $15.68 billion and that this is likely to
increase at a compound rate of 36% to $72.63 billion by the year 2002
Enterprise Systems (ES), also called Enterprise Resource Planning (ERP)
systems, are among the most important business information technologies to
emerge in the last decade. While no two industries Enterprise Systems are thesame, the basic concept of Enterprise Systems is focused mainly on
standardization, synchronization and improved efficiency. ERP is basically the
successor to material resource planning (MRP) and integrated accounting
systems such as payroll, general ledger, and billing. The benefits of Enterprise
Systems are very significant: coordinating processes and information, reducing
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carrying costs, decreasing cycle time and improving responsiveness to customer
needs (Davenport 2000; Elarbi 2001).
Traditionally, the construction industry has been faced with the problem of
getting and keeping projects on schedule, under budget, and safe with the
quality specified by the owner and/or architect/engineer (A/E). Although the
construction industry is one of the largest contributors to the economy, it is
considered to be one of the most highly fragmented, inefficient, and
geographically dispersed industries in the world. To overcome this inefficiency,
a number of solutions have long been offered. This means a construction
business organization needs extensive customization of pre-integrated business
applications from ERP vendors. Unfortunately, such an extensive customization
can lead a construction firm to ERP implementation failure. Based on a number
of consultants comments, the best way to achieve the full benefits from ERP
systems is to make minimal changes to the software. For these reasons, finding
the best implementation strategy of integrated Enterprise Systems is mandatoryto maximize the benefits from such integrated IT solutions in construction
companies.
ERP software automates core corporate activities such as manufacturing, human
resource, finance and supply chain management. The systems are sold on the
basis of incorporating 'best practice' that facilitates rapid decision-making, costreductions and greater managerial control. The concept of ERP software being
integrated makes it complex. Enterprise consensus is required to reengineer an
organisation's core business processes and to take advantage of the software
(Davenport 1998). If the system is to be implemented globally then global
consensus is required (Holland and Light 1999). Software configuration is also
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more complex and intricate than is typical of a bespoke system. This is because
bespoke systems are designed for individual companies leading to an emphasis
upon systems analysis and design. With standard software, and especially ERP
software, the focus of the development effort shifts from systems analysis and
design to software configuration. It is clear that ERP implementation is a
complex and difficult process that can potentially reap enormous benefits for
successful companies and be disastrous for those organisations that fail to
manage the implementation process.
Although the ERP software is standard, there are different strategic approaches
to implementation, which differ in terms of the technical and business scope of
the project. There are two main technical options the implementation of the
standard package with minimum deviation from the standard settings provided
by the supplier and the bespoke adaptation of the system to suit particular local
requirements. The main business options revolve around the issue ofcompromise over fitting the system to the organisation or vice versa. ERP
implementation therefore involves a mix of BPC and software configuration in
order to align the software with the business processes. From a management
perspective, the nature of the ERP implementation problem includes strategic,
organisation and technical dimensions. In this paper we apply the concept of
CSFs, those factors that need to be considered and managed to ensure thesuccess of a project, to explain differences in project outcomes. CSF models
have been applied to general project management problems (Slevin and Pinto
1987), manufacturing system implementation (Lockett et al 1991) and the area
of reengineering (Basheinet al 1994). The approach is particularly suitable for
the analysis of ERP projects because it provides a framework for including the
influence of tactical factors such as technical software configuration and project
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management variables together with broader strategic influences such as the
overall implementation strategy. The contribution of the paper is twofold. It
provides a framework for practising managers to aid their decision making and
guide them in the development of an implementation strategy, and it identifies
the role and influence of individual factors on each other and on the project
outcome.
Based on the review of literature (Grover et. al. 1998, Kotter 1995, Benjamin
and Levinson 1993, Hall et. al.1993, Slevin and Pinto 1987) and the experiences
of the organisations in the study, a CSF research framework is presented. The
structure of the model is based on grouping the CSFs into strategic and tactical
factors. Each group of factors is discussed in turn with an emphasis on the
factors that are specific to ERP projects.
Figure :2 A Critical Success Factors Model for ERP System
Implementation
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Strategic Factors
The strategic factors business vision, top management support and project
schedules/plans are based on Slevin and Pinto (1987). In addition, we have
identified the importance of ERP strategy, and the role of legacy systems which
is similar to what Roberts and Barrar (1992) refer to as antecedents. A brief
definition of Slevin and Pintos factors are given before describing the role of
legacy systems and ERP strategy in more detail. Business vision is the clarity of
the business model behind the implementation of the project. Is there a clear
model of how the organisation should work? Are there goals / benefits that can
be identified and tracked? Top management support is the level of commitment
by the senior management in the organisation to the project in terms of their
own involvement and the willingness to allocate valuable organisational
resources. Project schedule/plans is the formal definition of the project in terms
of milestones, critical paths and a clear view of the boundary of the project.
Legacy Systems
Legacy systems are the business and IT systems that encapsulate the existing
business processes, organisation structure, culture and information technology
(Adolph 1996, Bennett 1994, Roberts and Barrar 1992). It determines the
amount of IT and organisational change that is required to successfully
implement an ERP system. Business and IT legacy are not separate problems
since many components of a business (e.g. work flow and processes) are bound
up in the design and operation of the existing IT systems.
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Tactical Factors
Client consultation, personnel, client acceptance, monitoring and feedback and
communication are based on Slevin and Pinto (1987). Client consultation is theinvolvement of the users in the design and implementation of business process
that includes formal education and training. Client acceptance is the user
acceptance of the system and represents 'buy-in' from the owners of the business
processes. Monitoring and feedback is the exchange of information amongst
members of the project team and the analysis of feedback from organisation
users. Communication is the formal promotion and advertisement of theproject's progress from the project management team to the rest of the
organisation. Troubleshooting is ability to manage crises and deviations
from the plan. The additional factor BPC and software configuration recognises
the critical role of aligning business process to the ERP software in
implementation. Although the standard project management factors are still
important, they play a supporting role to the BPC and software configuration.
Business Process Change and Software Configuration
Organisations need to understand their current business structure and business
processes associated with the existing IT system, and relate their existing
situation to the business processes contained within the ERP system (Osterle
1995). There are process modelling tools which help organisations to align
business processes with the standard package. For example, the ERP vendor
Intentia offers a tool that models business processes and automatically
configures their software. This tool is referred to as the Movex Visual
Enterprise (www.intentia.com). The tool has a repository of business processes
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that can be used as a reference when reengineering current processes and
designing new ones. For every core and support process in their generic
business process model there are several alternative processes relating to best
practices in different types of operations and business environments. These
processes can be modified, for example unwanted activities and sub-processes
can be deleted online and others can be added from different reference
processes. Therefore business processes can be customised to a certain extent
without making bespoke changes to the code. This tool can be used at any stage
after the initial implementation process to enable continuous business process
improvement.
Figure 3: workflow of project implementation
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3.2HISTORICAL BACKGROUND
ERP systems are now ubiquitous in large businesses and the current move by
vendors is to repackage them for small to medium enterprises (SMEs). This
migration has many consequences that have to be addressed through
understanding the history and evolution of ERP systems and their current
architectures. The advantages and disadvantages of the ERP systems will
impact their penetration in this new market. The market position and general
strategy of the major systems providers in preparation for this push are
described. The chapter concludes that the growth and success of ERP adoption
and development in the new millennium will depend on the legacy ERP
systems capability of extending to CustomerRelationship Management
(CRM), Supply Chain Management (SCM) and other extended modules, and
integration with the Internet-enabled applications.
The unprecedented growth of information and communication technologies(ICT) driven by microelectronics, computer hardware and software systems has
influenced all facets of computing applications across organizations.
Simultaneously the business environment is becoming increasingly complex
with functional units requiring more and more inter-functional data flow for
decision making, timely and efficient procurement of product parts,
management of inventory, accounting, human resources and distribution ofgoods and services. In this context, management of organizations needs
efficient information systems to improve competitiveness by cost reduction and
better logistics. It is universally recognized by large and small-to medium- size
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enterprises (SME) that the capability of providing the right information at the
right time brings tremendous rewards to organizations in a global competitive
world of complex business practices. Starting in the late 1980s and the
beginning of the 1990s new software systems known in the industry as
enterprise resource planning (ERP) systems have surfaced in the market
targeting mainly large complex business organizations. These complex,
expensive, powerful, proprietary systems are offthe- shelf solutions requiring
consultants to tailor and implement them based on the companys requirements.
In many cases they force companies to reengineer their business processes to
accommodate the logic of the software modules for streamlining data flow
throughout the organization.
These software solutions, unlike the old, traditional in-house-designed company
specific systems, are integrated multi-module commercial packages suitable for
tailoring and adding add-ons as and when required.The phenomenal growth
of computing power and the Internet is bringing ever more challenges for the
ERP vendors and the customers to redesign ERP products, breaking the barrierof proprietorship and customization, and embracing the collaborative business
over the intranet, extranet and the Internet in a seamless manner. The vendors
already promise many add-on modules, some of which are already in the
market as a sign of acceptance of these challenges by the ERP vendors. It is a
never-ending process of reengineering and development bringing new products
and solutions to the ERP market. ERP vendors and customers have recognizedthe need for packages that follow open architecture, provide interchangeable
modules and allow easy customization and user interfacing.
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3.3 EVOLUTION OF ERP SYSTEMS
1960s most organizations designed, developed and implemented centralized
computing systems, mostly automating their inventory control systems using
inventory control packages (IC). These were legacy systems based on
programming languages such as COBOL, ALGOL and FORTRAN. Material
requirements planning (MRP) systems were developed in the 1970s which
involved mainly planning the product or parts requirements according to the
master production schedule. Following this route new software systems called
manufacturing resources planning (MRP II) were introduced in the 1980s with
an emphasis on optimizing manufacturing processes by synchronizing the
materials with production requirements. MRP II included areas such as shop
floor and distribution management, project management,finance, human
resource and engineering. ERP systems first appeared in the late 1980s and the
beginning of the 1990s with the power of enterprise-wide inter-functional
coordination and integration. Based on the technological foundations of MRPand MRP II, ERP systems integrate business processes including
manufacturing, distribution, accounting, financial, human resource
management, project management, inventory management, service and
maintenance, and transportation, providing accessibility, visibility and
consistency across the enterprise.
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Figure:4ERP systems concept
During the 1990s ERP vendors added more modules and functions asadd -onsto the core modules giving birth to the extended ERPs. These ERP extensions
include advanced planning and scheduling (APS), e-business solutions such as
customer relationship management (CRM) and supply chain management
(SCM). Figure 2 summarizes the historical events related with ERP.
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Figure:5 ERP evolution
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ADVANTAGES AND DISDAVANTAGES OF ERP SYSYTEM
FIGURE:6 ADVANTGES OF ERP SYSYTEM
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FIGURE:7 DISADVANTGES OF ERP SYSYTEM
COMMERCIAL ERP SYSTEMS
The five dominating ERP software suppliers are SAP, Oracle, PeopleSoft, Baan
and J.D. Edwards. Together they control more than 60% of the multibillion
dollar global market.
SAP AGFlagship Products R/3, mySAP.COM
SAP AG (Systeme, Anwendungen, und Produkte in Datenverarbeitung),or
Systems, Applications and Products in Data Processing, was started by five
former IBM engineers in Germany in 1972 for producing integrated business
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application software for the manufacturing enterprise (SAP, 2001). Its first ERP
product, R/2, was launched in 1979 using a mainframe-based centralized
database that was then redesigned as client/server software R/3 in 1992.
Oracle CorporationFlagship Product Oracle Appli cations
Oracle (Oracle, 2001), founded in 1977 in the USA, is best-known for its
database software and related applications and is the second largest software
company in the world after Microsoft. Oracles enterprise software applications
started to work with its database in 1987. It accounts for $2.5 billion out of the
companys $9.3 billion in 1999, which places Oracle second to SAP in the
enterprise systems category with over 5,000 customers in 140 countries
PeopleSoft Inc.Flagship Product PeopleSoft8
PeopleSoft is one of the newest ERP software firms started in 1987 in
Pleasanton, California, with specialization in human resource management andfinancial services modules. PeopleSoft quickly managed to offer other corporate
functions and attained a revenue of $32 million in 1992. One of the strengths of
PeopleSoft is the recognition by its customers that it is flexible and
collaborative. The flagship application PeopleSoft8 with scores of
applications was developed by PeopleSoft with an expenditure of $500 million
and 2,000 developers over 2 years as a pure Internet-based collaborativeenterprise system.
The Baan CompanyFlagship Product BaanERP
Founded in 1978 in The Netherlands, Baan (Baan, 2001) started with expertise
in software for the manufacturing industry and by 1997 claimed an ERP market
share of roughly 5%. Banns revenue in 1998 was roughly $750 million and
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while facing a slight slowdown in 1999 started growing again in 2001 with sales
up 12% at 7,231million and operating profit of 926 million.
J.D. Edwards & Co.Flagship Product OneWorld
J.D. Edwards was founded in 1977 in Denver (cofounded by Jack Thompson,
Dan Gregory and C. Edward McVaney) with long experience of supplying
software for the AS/400 market. J.D. Edwards flagship ERP product called
OneWorld is capable of running on multiple platforms and with multiple
databases and revolutionizes enterprise software by liberating users from
inflexible, static technologies (JD Edwards, 2001).
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3.4 ABOUT US
Synthite Realty is the housing division of Synthite Industries Ltd., the worlds
largest exporter of spice oleoresins, having diversified interests in bio-
ingredients, spices, farm tech, hospitality and wind energy. Synthite Realty
made its first foray into real estate in 1992 with Riviera Retreat on the Thevara
waterfront in Cochin. This landmark project offering fully air conditioned
apartments was the first of its kind in the state, setting new standards in luxury
and offering an array of amenities. It is one of the finestproperties in Cochinand Synthite Realty has a proven track record as premiumbuilders in Kerala.
Spice Villas in Kolenchery, Synthites next offering, was highly acclaimed as a
topKerala property.With the completion of this project, Synthites philosophy
of focusing primarily on semi-urban projects took shape.
Synthites core values are commitment to quality and keen customer focus.Since its clientele consists of the well-travelled, design conscious elite, Synthite
homes reflect their taste and aspirations forluxurious homes in Kerala.Prime
importance is given to functionality and ambience, both within the home and its
surroundings. Serene and pollution-free locations are preferred.
Ongoing Projects
Ginger County
Nestled in the comforting environs of Kolenchery, Ginger County is a
residential enclave that blends the comforts of a modern lifestyle with the
charms of easy, peaceful living. Ginger County features thoughtfully planned
and tastefully designed luxury villas, along with exclusive lifestyle amenities.
http://www.synthiterealty.com/http://www.synthiterealty.com/http://www.synthiterealty.com/builders-at-kochi-synthite/villas-in-kochi/http://www.synthiterealty.com/builders-at-kochi-synthite/villas-in-kochi/http://www.synthiterealty.com/contact-builders-in-kerala/luxury-villas-cochin/http://www.synthiterealty.com/contact-builders-in-kerala/luxury-villas-cochin/http://www.synthiterealty.com/builders-at-kochi-synthite/villas-in-kochi/http://www.synthiterealty.com/http://www.synthiterealty.com/8/11/2019 syntheite group erp
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Completed projects
Vanilla Grove
One of the finest properties in Kerala from the finest builder in Kerala, Vanilla
Grove is nestled in estate-like environs in the heart of prosperous Kolenchery.
easy access to all the amenities this thriving business town offers from your
luxury home in verdant Kerala Bustling Cochin and its numerous opportunities
Spice Villla
One of Keralas best properties. Upmarket villas in the verdant and peaceful
environs of Kolenchery, Kerala; Spice Villa is an ideal retreat. A project
offering from Synthite Realty, one of the best builders in Kerala Spice Villa
promises all the luxurious features of a classic home.
Riveria suites
A luxury apartment hotel set on the calm waterfront of Cochin city. A novel
concept in its time, these waterfront apartments provide a home away from
home to visitors in Kerala. It is a landmark and one of the finest properties in
Kerala.
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Synthite Industries Ltd.
Synthite Realty is backed by one of Keralas most reputed corporates, Synthite.
A food and fragrance ingredient major, the company first made its mark in spice
oleoresin extraction, starting with oleoresin black pepper. Today, the Rs. 650
crore Synthite accounts for 40% of the global market share in botanical extracts.
Synthite has a portfolio of 500 products, manufactured from its 6 state-of-the-art
processing units across South India. It employs over 1500 people directly andhas a presence in over 75 countries. Over the years, the company has also given
back to the community through its various CSR initiatives under the aegis of the
CVJ Foundation.
Other than Ingredients, Synthite has strategically diversified into Spices,
Hospitality, Wind Energy and Realty. Synthite Realty offers luxurious homes in
Kerala, villas and apartments and it one of the best builders in Kerala and
Cochin.. In all its ventures, Synthite is distinguished by its single-minded
dedication to customer needs.
Corporate Information
When they need an ingredient, the worlds leading food companies shop at
Synthite Industries Ltd (Synthite). They choose from a portfolio of over 500
products, made from the finest raw materials with complete traceability.
Innovations at Synthite ensure that customers get the right material, whatever
their range of application, however complex the process may be. In short,
Synthite sets the benchmark for the industry. Synthite was among the first in
India to enter spice oleoresin manufacturing. From that pioneering start in 1972,
the company has grown to become the worlds most trusted spice ingredient
provider today, with a turnover of over USD 125 million and commanding over
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30 per cent of the global market share. Synthite supplies spices in ground,
extracts and value added forms. Synthites quest for quality makes it the
preferred choice of its clientele in over 75 countries. Synthite is a diversified
group now, with interests in fields as diverse as bio ingredients, spice, natural
specialties, farm tech, hospitality, and realty and wind energy.
Vision
By consistently delivering the Ingredients of Success for the most exciting
Food, Health and Fragrance Solutions, we will be the partner of choice to our
clients worldwide.
Mission
Sustainable Growth: Grow Smart, Grow Fast, Grow Together.
Innovation: Operational Excellence Powered by Innovation.
Customer Service: Cultivate Customers, Care More.
Enhance Value: For all Stakeholders.
Making it a Great Place to Work: Winning People through Collaboration.
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1972 Year of establishment.
1980 Ministry of Commerce and Industry, Government of India,recognises Synthite as an Export House.
1984 Launches Herbal Isolates (P) Ltd for the manufacture ofdehydrated green pepper, pepper in brine, sterilised spices andessential oils.
1986 Launches Fragrance division, at Maradur, Coimbatore for the
production of floral concretes and absolutes of jasmine, tuberoseand mimosa with technical collaboration with Cal-Pfizer, France.
1991 The Department of Science and Technology, Government of India,recognises the in-house research laboratory.
1992 Acquires Sijmak Oils Ltd., Calicut. It is now Synthite Calicut, anexclusive export-oriented unit, specialising in herbal extracts.
1993 Upgrades the research lab, and rechristens it the CU VarkeyCentre for Research and Quality Assurance.
1993 Diversifies into realty, with the launch of Synthite Properties &Investments Ltd and then into hospitality, starting Riviera Suites,Keralas first apartment hotel.
1994 Becomes the first Indian company in the food sector to obtain ISO9002 certification from BSI UK.
1997 Bags ISO 9001: 1994 from by BSI, UK
2000 Launches Synthite Exports Ltd.
2001 Launches Natural Colour Division at Harihar.
2003 Sets up wind mills at Udumalpettu, Tamil Nadu
2006 Launches the Spice division, AromcoFlavour India (P) Ltd ., ajoint venture with Aromco, UK and Symega Savory Technology(P) Ltd ., a joint venture with Omega, Austria
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2007 Sets up CO2 extraction plant.
Sets up CVJ Foundation, the corporate social responsibility arm
2008 Bags ISO 22000:2005 certification
2010 Goes global, sets up establishments in the US and in China.
Strengthens presence in India, sets up sales offices in Mumbai,
Delhi and Bangalore.
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CHAPTER
FOUR
Results Discussion (Analysis & Interpretation)
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I started my survey with the questions about no of hours the employees spend
for ERP and the result obtained can be interpreted as almost 35% of the
employees spend ten to fifteen in ERP/Week which implies they spend one and
a half day per week. Again 75% of the employees they spend 10hours or more
with ERP. This can be interpreted as of the total sample size of 40; almost 30
employees spend 10 or more hours with ERP. But there are employees who
spend less than 10hours working with ERP they account about 10nos
Thus it can be concluded that the majority of the employees they have sufficient
exposure in ERP and they spend almost a day working in ERP per week .More
employees using ERP implies they have a positive attitude towards the system.
LESS THAN 5
HOUR, 10%
FIVE TO TEN
HOUR, 15%
TEN TO FIFTEEN,
35%
FIFTEEN TO
TWENTY, 30%
MORE THAN
TWENTY 10%
NO OF HOURS RESPONDENT DEALING WITH
ERP/WEEK
LESS THAN 5 HOUR
FIVE TO TEN HOUR
TEN TO FIFTEEN
FIFTEEN TO TWENTY
MORE THAN 20
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Employees working experience in ERP is asked to know if there is any relation
between the number of hours they spend and the experience they have in ERP.
But after the careful analysis of the data I found it is difficult to establish a
correlation between experncise and the hours one spend. From this we can
analyze majority of the employees they belongs to the category of more than
seven years of experiences in construction or three to five years of experiences
in construction and together they contribute about 52%. Almost 18% of the
employees they have less than one years of experience in ERP, it means either
they are new employees of the organizations or they show a lack of interest in
ERP.
LESS THAN ONE,
18%
ONE TO THREE,
10%
THREE TO FIVE,
26%
FIVE TO SEVEN,
20%
MORE THAN
SEVEN, 26%
NO OF YEARS OF WORKING EXPERENCISE
WITH ERP
LESS THAN ONE
ONE TO THREE
THREE TO FIVE
FIVE TO SEVEN
MORE THAN SEVEN
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This question is asked to measure the implementation effectiveness directly as
respondents who believe ERP fulfill their business strategy can be generally
considered as employees who have a positive attitude towards ERP. So 8% of
the employees they believed ERP fulfill 80 to 100% of their business strategy.
Were as majority they believed ERP helps them to fulfill 60 to 80 % of their
business strategy and they account for about 40%.
Thus the organization is successful enough to automate more than half of its
activity with ERP. Thus on the context of fulfilling the business strategies, we
can say the implementation is effective.
0 TO 20%, 10%
20 TO 40%, 15%
40 TO 60%, 27%
60 TO 80%, 40%
80 TO 100%, 8%
HOW MUCH DID ERP FULFILL YOUR
BUSINESS STRATEGY
0 TO 20%
20 TO 40%
40 TO 60%
60 TO 80%
80 TO 100%
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Every organization while they bring in some change there will be some strong
motives behind the changes. For the ERP implementation also there are some
reasons which are identified and asked to find out which is predominant
The result obtained can be interpreted as employees doesnt feel there is a
predominant factor because of which ERP is implemented in the organization or
different people , especially people in different they have different reasons for
the implementation.
As per the survey results the predominant reason was found to be control over
the resources. Since the project areas is a construction industry there involved a
large amount of resources manually keeping record of all this is practically
5%13%
30%17%
35%
MOTIVATION BEHIND IMPLEMENTING ERP IN
THE ORGANIZATION
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impossible, so 35% of employees felt ERP is needed to keep a track of the
items both incoming and outgoing. The cost involved in ERP software is huge
so the top management commitment and support is essential as the process it
require time and the success and failure cannot be predicted. 30% of employees
felt that its the commitment and support from the top management is the
motive for implementation. whereas some felt it is to avoid the data redundancy
the ERP has to be implemented.
Thus it can be interpreted that respondents believe ERP to avoid data
redundancy and they believe for ERP success top management support and
commitment is needed and it helps to ensure a control over the resources.
erp software misfit,
12%
lack of
interdepartmental
cooperation and
communication,
20%
employees
resistance to
change, 40%
project cost over
run, 25%
use of consultants,
3%
PROBLEM YOU FACED DURING ERP
IMPLEMNTATION
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When an organization implement a new software there will be some ambiguity
related to the software which include the implementation effectiveness and its
success. A question related to the problems employees faced during the
implementation period was asked. So that in future the same can be taken care
of.Majority of the said its the employees resistance to change was the major
problem they observed. 40% of the employees felt so. 25% of the employees
felt its the project cost which is a major problem. Thus it can be interpreted that
there happened a considerable variation from the estimated cost and actual cost
of implementation. the also felt there is a lack of interdepartmental cooperation
and communication which may affect the implementation effectiveness.
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Here we identified factors which employees felt as important to avoid ERP
implementation failure and the obtained result can be interpreted as 44% of the
employees felt its the presence of expertise in the implementation team as most
important. Again 26% of the employees felt there should be standardization in
ERP to avoid failure. As fully customized software heavily rely on the support
of vendors so there is relation between the implementation expertises in team
and avoid customization so there should be a balance between these two factors.
17% of the employees felt there is a functional and technical fit of the software.
Thus if the organization taken care of the three prominent factors employees
executives buy in
and support, 5%functional and
technical fit of
software, 17%
ensure
implemntation
expertise in projectteam, 44%
avoid ERP
customization, 26%
implementation
should meet
expectation, 8%
factors most important to avoid ERP
implementation failure
executives buy in and support
functional and technical fit of
software
ensure implemntation
expertise in project team
avoid ERP customization
implementation should meetexpectation
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mentioned then up to an extend we can avoid the ERP implementation failure .
I will recommend ERP for another organization of my type
This question is asked to measure employees satisfaction with respect to the
software they are using now. The result came out in such a way that 60% of the
employees they somewhat agree to the fact that they will recommend ERP
software to another organization. 11% fully satisfied with the present software.
Where in 8% of the employees the expressed their dissatisfaction regarding the
software.13%of employees told they are neither satisfied nor dissatisfied.
The result can be analyzed as majority of the employees they have a likely
feeling towards the system.
8% 8%
13%
60%
11.00%
0%
10%
20%
30%
40%
50%
60%
70%
strongly disagree somewhat
disagree
neutral somewhat agree fully agree
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Question asked was a 5 point likert scale question and the employees
perception about ERP was analyzed with regard to completion of project on
time. The obtained result can be interpreted as 38% of the employees they felt
ERP helps them to complete project on time. These employees they belongs to
the purchase and finance department where at present ERP is fully
implemented. Whereas 25% of employees felt ERP doesnt make any difference
to their work these employees are mainly from the engineering and marketing
department where the ERP implementation is not yet effective. 22% of the
employees have a neutral opinion regarding the ERPs role in helping the
employees to complete their project on time. This may be because they have
only limited exposure with ERP . the employees work experiences with ERP
may be less.
strongly disagree somewhat
disagree
neutral somewhat agree fully agree
0
25%22%
38%
15%
ERP helps me to complete my project on time
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DIFFERENT DEPARTMENTS ARE INTEGRATED WITH ERP
Majority of the employees they felt integration of different department has
happened with the implementation of ERP. 44 % of the employees somewhatagrees to it. 33% of the employees fully agree that ERP helps in the integration
of the department. Thus 77% of the employees have a positive attitude towards
ERP in the matter it helps in the integration of the different department. At
present with ERP the purchase department can put their purchase order and
intends thru system and after approval from the top management this will be
automatically available to the finance person at the same time it gives data
transparency and avoid data redundancy.
0%
5%
10%
15%
20%
25%30%
35%
40%
45%
5%8%
10%
44%
33%
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This question is asked to know if the employees resistance to change is
predominant or not. 35% of the employees stated they have a favorable attitude
towards the old ERP 35% of the employees state the new ERP is better and 30%
they have neutral attitude which can be interpreted as either both are better or
both doesnt able to satisfy their requirement.
Among the 35% of the employees who prefer the old system 10% fully agree
that old system was better which indicate still there is a resistance from the
employees part to adapt to the new technology or they may felt the task as
tedious. 25% of the employees even though they are using the new system still
they prefer the old one may be resistance to change or easiness or else old
system was much more user friendly.
strongly
disagree,
12%
somewhat
disagree, 23%
neutral, 30%
somewhat agree,
25%
fully
agree,
10%
I PREFER OLD SYSTEM RATER THAN ERP
strongly disagree
somewhat disagreeneutral
somewhat agree
fully agree
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FOR SUCCESSFUL ERP IMPLEMENTATION TOP MANAGEMENT
SUPPORT IS ESSENTIAL
Employees also felt that for the success of ERP the management support is
essential. As there is a cost involved in this matter. 77% of the employees felt
the management support is essential where in 13% doesnt felt the management
support is essential.
Top management support doesnt confine only to the investment part of
software more than that motivating the employees to use the software, legalaspects of the software authentication and guaranteed consultant after sales
support all can be ensured with the management support.
0%
5%
10%
15%
20%
25%
30%
35%
40%
45%
strongly
disagree
somewhat
disagree
neutral somewhat
agree
fully agree
5%
8%10%
44%
33%
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Respondents expressed a mixed emotions for this question 33% supported the
view that they should have necessary technical and business knowledge as we
are implementing ERP in a sector where in there happen a lot of technical works
and technical knowledge is prior requirement. At te same time majority ie 35%
of the employees felt technical knowledge is not a prior requirement for ERP as
this itself a new software whether you have technical knowledge or not is
immaterial what matters is the ones ablity to use the software understand the
software and interpret the values as required for the data entry.
0%
10%
20%
30%
40%
50%
STRONGLYY
DISAGREE
SOMEWHAT
DISAGREE
NEURTAL SOMEWHAT
AGREE
FULLY AGREE
2% 3%
35%
20%
33%
THE PERSON DEALING WITH ERP SHOULD
HAVE NECESSARY TECHNICAL AND BUSINESS
KNOWLEDGE
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INTEGRATION OF DIFFERENT DEPARTMENT IS ESSENTIAL FOR
THE SUCCESS AND EFFECTIVENESS OF ERP
This question has the link to the above asked question whether different
department are integrated with the ERP. 44% of the employees felt different
departments are integrated with ERP. And for this question 43% of the
employees felt integration is an essential factor for the success and effectiveness
of the ERP. Thus employees felt there are a need for the integration of the
different and consider ERP as one such tool which can integrate different
module.Different organization have different requirement and depending upon
the requirement one organization have to purchase the ERP module. So the aim
of the question is that whether the organization identified the requirement of
ERP and to know whether the software is worth for the organization. From the
employees response it is found that, 39% of the employees felt the software
using is fit for the organizations requirement and 45% of the employees felt
0.00%
5.00%
10.00%
15.00%
20.00%
25.00%
30.00%
35.00%
40.00%
45.00%
STRONGLYY
DISAGREE
SOMEWHAT
DISAGREE
NEURTAL SOMEWHAT
AGREE
FULLY AGREE
0
7%
25%
43%
25%
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there is some misfit happened between the software and the organizations
requirement.
47% of the employees felt that trouble shooting is easy even if an issue is
reported. Along with that ERP helps employees to avoid the documentation
process which otherwise has to handle manually. Thus there will be minimum
loss of data as data can be stored for a period of 10yrs. Along with that the
backup support of the consultants helps us in trouble shooting even if an issue
has been reported.25% o the employees fully agree that trouble shooting is easywith the presently employed software at the same time 6% disagree on this
statement. Which indicates major issues can be solved with or without the help
of consultants and their still exsist some problem which are not yet solved.
0%
5%
10%
15%
20%
25%
30%
35%
40%
45%
50%
DISAGREE SOMEWHAT
DISAGREE
NEUTRAL SOMEWHAT
AGREE
AGREE
3% 3%
22%
47%
25%
TROUBLE SHOOTING IS EASY IN CASE OF AN
ISSUE
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Whatever work we are into cost management is an important factor which we
have to look into. So the question of ERP and effectiveness in cost management
is asked the results obtained are as53% felt ERP can do effective cost
management. 24% of employees felt that ERP cannot do any cost management.
23% of employees dont have any view regarding this.
STRONGLYY
DISAGREE, 9%SOMEWHAT
DISAGREE, 15%
NEURTAL, 23%SOMEWHAT
AGREE, 38%
FULLY AGREE, 15%
ERP IMPLEMNTATION HELPS ORGANIZATION
TO DO EFFECTIVE COST MANAGEMENT
STRONGLYY DISAGREE
SOMEWHAT DISAGREE
NEURTAL
SOMEWHAT AGREE
FULLY AGREE
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Case Processing Summary
Cases
Valid Missing Total
N Percent N Percent N Percent
MOTIVATION BEHIND
IMPLEMENTING ERP IN
THE ORGANIZATION * no
of yrs of working exp in ERP
40 100.0% 0 0.0% 40 100.0%
MOTIVATION BEHIND IMPLEMENTING ERP IN THE ORGANIZATION * no of yrs of working exp in ERP
Cross tabulation
Count
MOTIVATION BEHIND IMPLEMENTING ERP IN
THE ORGANIZATION
no of yrs of working exp in ERP Total
Less
than 1
1 to 3 3 to 5 5 to 7 more than
7
COMPLEXITY OF THE ORGANIZATION 0 1 1 0 0 2
NEED TO REDESIGN THE PROCESS 1 0 1 3 0 5
COMMITMENT AND SUPPORT FROM
TOP MANGEMNT0 2 0 2 5 9
TO AVOID DATA REDUNDENCY 2 0 3 1 2 8
ENSURE CONTROL OVER THE
RESOURCES4 1 5 2 4 16
Total 7 4 10 8 11 40
Chi-Square Tests
Value df Asymp. Sig. (2-
sided)
Pearson Chi-Square 21.987a 16 .044
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The Pearson chi-square value obtained is less than .05 which implies rejects the
null hypothesis and accepts the alternate hypothesis. So there is a significant
relationship between the motivation behind implementing ERP in the
organization and an employees years of working experience in ERP. As the
employees work experience increase he will have more idea and clarity
regarding the issues the company face. and understand the need to automate
system to reduce the work load.
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Case Processing Summary
Cases
Valid Missing Total
N Percent N Percent N Percent
MOTIVATION BEHIND
IMPLEMENTING ERP IN
THE ORGANIZATION * on
an average I am dealing
with ERP for about__hr/
week
40 100.0% 0 0.0% 40 100.0%
MOTIVATION BEHIND IMPLEMENTING ERP IN THE ORGANIZATION * on an average I am dealing
with
ERP for about__hr/ week Cross tabulation
Count
MOTIVATION BEHIND IMPLEMENTING ERP
IN THE ORGANIZATION
on an average I am dealing with ERP for about__hr/
week
Total
less than 5
hours
five to
ten
hours
ten to
fifteen
hours
fifteen to
twenty
hours
more than
20 hours
COMPLEXITY OF THE
ORGANIZATION0 0 1 0 1 2
NEED TO REDESIGN THE PROCESS 0 0 3 2 0 5
COMMITMENT AND SUPPORT FROM
TOP MANGEMNT1 1 2 4 1 9
TO AVOID DATA REDUNDENCY 3 2 3 0 0 8
ENSURE CONTROL OVER THE
RESOURCES0 3 5 6 2 16
Total 4 6 14 12 4 40
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Chi-Square Tests
Value df Asymp. Sig. (2-
sided)
Pearson Chi-
Square20.409a 16 .023
One more chi square test was conducted to know if there is any relationship
between the motivation behind implementing ERP in the organization and the
no of hours a person dealing with ERP. The intention behind this was to know if
the implementation was successful or not. From the result we can analyze that
their is a significant relationship between the no of hours a person dealing with
ERP and motivation behind implementing ERP in an organization.
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CHAPTER- FIVE
FINDINGS, RECOMMENDATIONS &
CONCLUSIONS
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The results obtained from the survey can be interpreted as 35% of employees
they are dealing with ERP for about ten to fifteen hours out of the total sample
size of 40, 30 employees spend 10hours or more with ERP/week thus the
employees they have sufficient exposure regarding the software . 26% of the
employees have more than seven years of experience with ERP, thus majority
of the employees have more than three years of experiences with ERP.
The implementation effectiveness was measured by asking the question how
much ERP fulfilled the business strategy 40% of employees felt ERP fulfil 60 to
80% of the business strategy thus the organization is successful in automating
its activity with ERP. Thus we can say that the implementation is effective. 35%
of the employees felt that the motivation behind implementing ERP is to ensure
control over the resources. Employees faced different problems during the
implementation period the prominent among it was the employeesresistance to
change. 40% felt that the find its the resistance to change which is the major
problem company faced. Again the employees opinion regarding the factors to
avoid ERP implementation failure was asked and 44 % of the employees felt animplementation expert should be there in the team to avoid the failure.
60% of the employees they agree to the fact that they will recommend ERP to
another organization of their own type. 38% of the employees is of the opinion
that ERP helps them to complete their project on time. 44% of the employees
feel integration of different department happened with the ERP
implementation.35% of the employees are of the feeling that the old system wasbetter compared to the newly implemented system. 44% of the employees felt
for the success of ERP the top management support is essential. 33% of the
employees felt the person dealing with ERP should have necessary technical
and business knowledge. 43% feel integration of different department is
essential for the success and effectiveness of ERP
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BIBLIOGRAPHY
1. Agarwal, R., and Prasad, J. (1997). "The Role of Innovation
Characteristics and Perceived Voluntariness in the Acceptance of
Information Technologies." Decision Sciences, the Decision Sciences
Institute, 28(3), 557-582.
2. Barker, T., and Frolick, M. N. (2003). "ERP Implementation Failure: A
Case Study."Information Systems Management, Auerbach, 20(4), 43-49.
3. Burch, J. G., and Grudnitski, G. (1989