Importance Of Critical Success Factors Research Articles

Variations in critical success factors of PPP-procured construction projects over lifecycle phases

We explore the variations in importance of critical success factors (CSFs) over project lifecycle stages of construction public–private partnership (PPP) projects. A two-staged study is employed involving a literature search and identification of factors supplemented with a two-staged Delphi exercise. Our findings point to the existence of 24 CSFs with varying levels of importance over the project lifecycle. Three CSF appeared important in three of the four phases. Most CSFs appeared important in two of the four phases while six CSFs appeared in only one phase. Findings suggest project stakeholders emphasized specific endogenous CSFs as being more important during the initial phases of the project. However, these CSFs then gave way to the prominence of more exogenous CSFs emphasizing change and transformation as the project moved towards the ‘Execution’ and ‘Benefits realization’ phases. Theoretical and practical implications of the findings are discussed.

Unraveling the key determinants of successful six sigma implementation: an empirical investigation

This article aims to analyze the importance of critical success factors in effectively implementing Six Sigma. It delves into the determination of key factors and attributes that contribute to successful adoption, considering that not all Six Sigma endeavors have achieved the desired outcomes. According to the research, a significant portion of corporate Six Sigma initiatives (approximately 60%) fail due to incorrect integration of vital factors and misguided assumptions. To conduct the study, a research survey incorporating a Likert scale questionnaire with a simple random sampling method was distributed among 2,325 potential participants, resulting in 573 responses, primarily from Germany, the United Kingdom, and Sweden. Through various structural equation modeling (SEM) approaches, such as exploratory factor analysis (EFA) and confirmatory factor analysis (CFA), the study revealed four essential elements for success: (1) the competency of belt system employees; (2) project management skills; (3) organizational economic capability; and (4) leadership commitment and involvement. These findings hold significant implications for institutions, practitioners, and researchers seeking to incorporate these elements into their Six Sigma deployment strategies for long-term success. The study's originality lies in its contribution to assessing critical success factors in Six Sigma deployment within the European automobile industry, utilizing a mixed-methods research design supplemented by descriptive statistics.

Critical success factors for implementing 3D printing technology in construction projects: academics and construction practitioners’ perspectives

Purpose The application of three-dimensional (3D) printing technology in construction projects is of increasing interest to researchers and construction practitioners. Although the application of 3D printing technology at various stages of the project lifecycle has been explored, few studies have identified the relative importance of critical success factors (CSFs) for implementing 3D printing technology in construction projects. To address this research gap, this study aims to explore the academics (i.e. researchers) and construction practitioners’ perspectives on CSFs for implementing 3D printing technology in construction projects. Design/methodology/approach To do this, a questionnaire was administered to participants (i.e. academics and construction practitioners) with knowledge and expertise in 3D printing technology in construction projects. The collected data were analysed using mean score ranking, normalization and rank agreement analysis to identify CSFs and determine the consistency of the ranking of CSFs between academics and construction practitioners. In addition, exploratory factor analysis was used to identify the relationships and underlying constructs of the measured CSFs. Findings Through a rank agreement analysis of the collected data, 11 CSFs for implementing 3D printing technology were retrieved (i.e. 17% agreement), indicating a diverse agreement in the ranking of the CSFs between academics and construction practitioners. In addition, the results show three key components of CSFs including “production demand enabling CSFs”, “optimize the construction process enabling CSFs” and “optimized design enabling CSFs”. Originality/value This study highlights the feasibility of implementing the identified CSFs for 3D printing technology in construction projects, which not only serves as a reference for other researchers but also increases construction practitioners’ awareness of the practical benefits of implementing 3D printing technology in construction projects. Specifically, it would optimize the construction lifecycle processes, enhance digital transformation and promote sustainable construction projects.

Importance of Critical Success Factors in Retail-banking Domain to Bring Customer Satisfaction and Delight

Importance of Critical Success Factors in Retail-banking Domain to Bring Customer Satisfaction and Delight

A Review on the Critical Success Factors (CSF) Influencing Modular Integrated Construction

By sending some of the work done on-site to fabrication facilities, modularization, a new emerging approach, can improve the construction industry. Yet, there are few uses for it in the sector. To achieve higher degrees of modularization, the Engineering, Procurement and Construction (EPC) business needs new strategies. The goal of this study is to ascertain what modifications to the current EPC procedures are required to establish the ideal conditions for a wider and more efficient application of modularization. The success criteria must be understood in order to create such an atmosphere. The success factors are to be obtained from various reputed journals. With the addition of CSF enablers, a research team with expertise in this area created a comprehensive list of the most important critical success Factors. CSF enablers are extra measures that can help

Faktor Keberhasilan Kritis Usaha Kuliner Berbasis Cloud Kitchen Dari Perspektif Pelaku Usaha dan Konsumen

Cloud kitchen is a food service business system that does not serve dine-in orders and only focuses on serving delivery. This study aims to identify the characteristics, challenges, and critical success factors of cloud kitchen-based culinary businesses. Critical success factors will be analyzed from the point of view of cloud kitchen’s tenants as well as from the consumer's point of view. The research method used is the mixed method. The research begins with a qualitative method, employing phenomenology approach. Characteristics found in the study were low cost, simpler operational activities, and unique branding. The challenges are dependency on the aggregator, profit margin, voice of customer, and branding. Meanwhile, the critical success factors identified in the study are sales promotion, food taste, brand reputation, online rating, packaging, and hygiene. Then, the research is continued by distributing questionnaires to determine the critical success factors from the consumer's perspective as the independent variable, repurchase intention as the dependent variable, and customer satisfaction as the intervening variable. The results showed a significant influence on repurchase intention of all critical success factors mediated by customer satisfaction. Critical success factors also affect repurchase intention directly except for the hygiene factor. Meanwhile, the importance of critical success factors according to the consumer's point of view from the most important factors are food taste, sales promotion, brand reputation, rating in applications, food hygiene, and product packaging. Keywords: cloud kitchen, characteristics, challenges, CSF, Mix Method

تحديد عوامل النجاح الحرجة في مشاريع توزيع الطاقة الكهربائية باستخدام عملية التحليل المتسلسل الهرمي المضبب

The aim of this research is to identify and study the most important and effect Critical Success Factors in the management of projects for improving and developing the performance of the Electricity Distribution System in Miasan Province .
 Optimal solutions to improve and develop Electrical Distribution Network projects, especially with high-load Distribution feeders, is a complex task related to the complexity of the networks and the preparation of their enormous components, and to the  changings of loads and other factors related to resolve suffocations, rehabilitation and development projects   In order to improve these projects, the method of Fuzzy Analytical Hierarchical  process  (FAHP) was applied and highlighted a number of key criteria and detailed factors The importance of criteria has been reached with each other and the preference of the Safety criterion over others, this can help decision-makers focus on the factors most influencing the success of projects.

Evaluation of Critical Success Factors for Enterprise Resource Planning Implementation Using Quantitative Methods in Agricultural Processing Companies

This study aims to evaluate critical success factors (CSFs), considering the perspectives of various stakeholders who are involved in enterprise resource planning (ERP) implementation in agricultural processing companies in Central Macedonia (Greece). This evaluation—combined with aspects from the literature—may show how a digital production system can be managed and redesigned to become sustainable for a company. Research was conducted through the use of a specially designed questionnaire that was addressed to various stakeholders in the ERP implementation in agricultural processing companies. Descriptive statistics, Grey Relational Analysis (GRA), and Friedman test methods were used in order for relevant information to be identified and valid conclusions to be drawn. Given the results of the grey relational analysis (GRA), respondents consider 33 out of 37 critical success factors to be “very important”. Friedman test results seem to differ from GRA results in 19 out of 37 factors with regard to their ranking. Based on this, and using two different methods, the most important ERP critical success factors are highlighted. For the objective aim of this paper to be fulfilled, there is a contribution giving insights into stakeholders’ perspectives regarding the management of a digital production system in the field of agricultural processing companies. It also contributes to the literature, as it highlights methods that refer to the evaluation of critical success factors for ERP implementation.

Best practice project management: an analysis of the front end of the innovation process in the medical technology industry

There are strong motivating factors for more effective project management practices at the front end of the innovation (FEI) process. Shrewd management of these pre-development activities has proven to be one of the greatest differentials for success. This study presents findings from an empirical case study analysis of a large organization operating in the medical technology industry in Ireland. We synthesized the literature to identify five critical success factors (CSFs) known to be effective in the successful management of the FEI process. From this analysis an instrument to assess best practices was developed. Data was collected from 66 engineers in the R&D discipline. The findings of the study show that the organization’s FEI phase aligns well with best practice. However, a difference between the level of agreement about the extent to which the critical success factors are in place in the organization and the level of importance placed on these practices emerged. This paper contributes to knowledge by (a) assessing the relative importance of critical success factors for the FEI in the medical technology industry, (b) examining whether these initiatives are implemented in practice and, if so, to what extent, and (c) providing a series of recommendations to help bridge the gap from theory to practice.

Correction notice to “Analyzing the importance of critical success factors for the adoption of advanced manufacturing technologies”

Correction notice to “Analyzing the importance of critical success factors for the adoption of advanced manufacturing technologies”

Analysis of critical success factors to mitigate privacy risks in IoT Devices

This research aims to ascertain how to effectively mitigate privacy risks in IoT devices. A user-centric approach is employed to increase user control and flexibility. After a detailed analysis of the extant literature, critical success factors that are lauded to alleviate risks in IoT devices were synthesised and collated. These include anonymity, transparency, simplicity, explicit consent and GDPR. An instrument was developed based on these factors to ascertain which of these aspects are considered to be the most effective. Data were collected and analysed from 341 IoT device users, data protection/IT professionals, and IoT device manufacturers in the industry. Findings from this analysis reveal that transparency is the most important critical success factor, followed byGDPR, anonymity, explicit consent, and simplicity, respectively. Based on these findings, a self-assessment scorecard was developed to enable analysts and decision-makers to assess their current performance against best practices and to effectively mitigate privacy risks in IoT devices.

Fuzzy Multi Criteria Group Decision for Determining the Relative Importance of Critical Success Factors in Accounting Information Systems

An effective Accounting Information System (AIS) will support the effectiveness of management functions in an enterprise. So, the aim of this research is to construct a prioritization-based taxonomy of critical success factors using fuzzy multi criteria group decision method: Fuzzy Group Analytical Hierarchy Process (FGAHP). In order to identify critical success factors of AIS, firstly, a deep literature survey was done. Then, a group of academic experts has been chosen from the accounting branch for pairwise comparison of critical success factors of AIS. After then, these chosen accounting experts evaluate the relative significance of critical success factors of the AIS which were defined from the literature. The results of the FGAHP analysis show that the most important success criteria of an AIS is the technological factors with weight 54%, and the external factors are the least important main success criteria for an AIS with weight 9%. Also, FGAHP evaluation of accounting experts decisions about sub criteria indicate that "security of knowledge” is the most important sub criteria with the weight 19%, “software supporting systems” with weight 14% is the second important one, and. “R&D activities and improvement” criteria with weight 8% is the third important sub criteria.

The effect of critical success factors in the application of six sigma methodology on the quality of construction projects' output

Purpose: This study aims at determining and understanding the critical success factors in order to apply the six sigma methodology in construction organizations to ensure reaching a higher level of construction organizations' output. The main purpose is divided into the following secondary objectives:-          Determining the effect of each of the critical success factors (management support, project selection and execution of six-sigma) in the success of the application of six-sigma methodology in construction organizations.-          Determining the effect of critical success factors altogether (support management, project selection and execution of six-sigma) on the quality of construction organizations' output.Research Methodology:This study used the quantitative (descriptive analytical)  method through using practical method for the purpose of collecting and analyzing information, and testing hypotheses.Research limitation: Human limit: It is represented by workers in Jordanian construction organizations.-          Place limit: Jordanian construction organizations in the capital city of Amman.-          Time limit: The period of time it took to accomplish the study (7-9/2020).-          literature limit: To determine the variables of critical success factors, the researcher referred to previous studies (Bhaji & Antony, 2001), (Goldstein, 2001), (Kwak & Anbari, 2006), (Hakeem Khan, 2005), (Urdhwareshe, 2004), (Buch & Tolentins, 2006), (Martins et al., 2006), (Coronel et al., 2009), (Johnson & Cale twohill, 2008), (Shahin, 2010), (Brun, 2010), (Gosnik & Vujicaherzog, 2010), (Zailani & Sasthriya, 2011), (Padhy & Sahu, 2011), (Kanjanpanykom & Kungvol, 2011).Originality/ value of the study:This study helps in finding out the factors of success in the application of six-sigma methodology, and how much they affect the quality of construction organizations' output. This will help find out the level of quality of construction project's output in terms of speed, cost and precision in results, which will help the improvement mechanism. This in turn will help the construction organization produce high-quality output, which will help the construction organization achieve competitive advantage, and lead to its continuity to work, thus the continuity of organizations, which have vertical association with the construction organization in work too, and this will lead to turning the wheels of the national economyFindings:        Results of Statistical Analysis indicate that the relative importance of critical success factors in applying the approach of six sigma in a middle level of importance. Whereas, the arithmetic averages have ranged between (2.77-3.58). Moreover, Results of Statistical Analysis of this study indicate a positive impact on the outcomes of construction organizations for combined critical success factors which are; Senior Management support Factor, Project Selection, Implementation factor of six sigma. Furthermore, Results of Statistical Analysis indicate a positive impact of applying six sigma approach on the quality of the outcomes of construction organizations.    Key Words: critical success factors, six sigma approach, management in quality assurance in construction projects

Critical Implementation Factors for Cloud-Based Enterprise Resources planning in the Nigerian Maritime Transport and Supply Chain

Technology has deeply impacted the practice of shipping in the maritime industry worldwide, this explains the way and manner big organizations have engaged modern technology like Cloud-based Enterprise Resources Planning, to manage the key parts of their businesses. Recent research and practices have shown that cloud-based ERP systems if implemented correctly could be a great beneficial advantage to the logistics and supply chain process of a large organization. Unfortunately, the implementation has been slow in the Nigerian Maritime Administration and Safety Agency (NIMASA). Reports have shown that there is a need to re-engineer linkages between service systems within the growing organizations. From the perspective of an enterprise like NIMASA, only limited research has been conducted that has played an important role in intimating the organization towards the adoption of a cloud-based ERP system as well as the post-implementation measures. Most recent studies have been conducted only in the context of generic information system adoption. Information system research is not strong enough without considering the articulating system speed and performance of CERP. This study investigates the critical factors influencing the adoption of Cloud-based Enterprise Resource Planning (CERP) in the Nigerian Maritime Administration and Safety Agency with a focus on Maritime logistics and supply chain. A structured based questionnaire was administered to 130 senior maritime workers in the Nigerian Maritime industry to extract factors that hinder the adoption of information systems like cloud-based ERP. The quantitative data were analyzed based on the impact ranking to inform a proposed implementation model for a Cloud-based ERP in the organization. The research also highlights some important Critical Success Factors like technology-related factors, funding for technology innovation (Economic and financial factors), Policy related barriers, and how they influence development in the Maritime industry.

Analyzing the importance of critical success factors for the adoption of advanced manufacturing technologies

The adoption of new technologies is the most important phase for integrating new technologies into the traditional processes of an organization. This study aims to assess the importance of critical success factors by developing a critical success factor framework, relationship, and subfactors that influence the adoption of advanced manufacturing technologies (AMTs) in small- and medium-sized enterprises (SMEs). The framework was developed based on previous studies that were grouped into five critical success factors, namely, strategy, organization, top management, environment, and technology. We then applied structural equation modeling (SEM). A total of 212 samples were gathered and grouped. The results indicate that strategy is the most important critical success factor, followed by organization, top management, technology, and environment.

Proposed model of analysis of the perception of the relative importance of Critical Success Factors (CSF) in the civil construction industry (CCI) using Artificial Neural Networks (ANNs): application in the academic universe

Abstract: Critical Success Factors (CSF) identify key areas for a company to succeed. This study creates a model to analyze CSF in civil construction project management, using Artificial Neural Networks (ANNs). For that, a literature review was performed to identify CSF emphasizing project management. Once the CSF were identified, a questionnaire was sent to educational institutions to evaluate the effect of each factor. Response analysis was made by the Relative Importance Index, using ANN coupled with the resilient propagation algorithm to evaluate the CSF. A total of 37,822 articles were found in 2,328 journals. Of 874 e-mails sent, 191 were answered. The respondents were distributed in 26 Brazilian states, with 70% of them being professors/researchers, 26% coordinators, 2% Rector, and 1% Director/Manager. Weights were determined using the Garson algorithm. The most critical factor in project management was ‘Unrealistic inspection and test methods in the contract’. Artificial Neural Networks produce subsidies to know the relevance of the input variables adopted and constitute an effective means for modeling nonlinear variables.

Identifying critical success factors in designing effective and efficient supply chain structures: A literature review

The present research mainly focuses on the review of existing literature on the topic of critical success factors (CSF) in supply chain structures. The main aim of this study is to identify the major critical success factors (CSF) that have been identified previously by academics and researchers during their research on the topics related to the discipline of supply chain management. The literature survey technique has been applied for the present research. This research is based on a critical review of seventy-three published studies on supply chain structures obtained from most important research databases by using the keywords related to supply chain structures such as barriers in the supply chain, critical success factors in supply chain structures. This study will not only contribute towards the existing literature on supply chain structures but will also help researchers to acknowledge the importance of critical success factors in supply chain structures. One of the major aspects of research regarding the supply chain is to reduce cost and that can only be done via effectiveness and efficiency in the processes, which depend on different variables at every level. The researchers have identified many critical success (CSF) factors in designing effective and efficient supply chain structures are a mutual partnership, executing communication and information expertise, support from senior management, human resource management, environmental uncertainty, value-addition process, business management, generating business culture, developing relationships between customer and supplier, logistics. The present research will also highlight the importance of different factors in achieving the effective and efficient in supply chain structures which enable organizations to not only reduce cost but also help them to achieve higher levels of customer satisfaction. This study will also be beneficial for managers as it will enable them to identify the critical success factors for their supply chain structures, keeping in view the nature and business environment of their organization.

A Framework Analysis for Lean Transformation: A Case Study of a Public Utility in Greece

Purpose: Nowadays, the worldwide economic recession has created numerous challenges in the Public Sector of Greece, which in turn affect the sustainability of public enterprises. Overall, there is a high pressure to increase productivity and reduce operating costs. The need to adapt to the new environment is pushing public organizations to implement Lean Management strategies in accordance with Private Sector standards. However, the limited budget, public deficits and debts, bureaucratic culture, political dependence and lack of transparency present several issues. These pose a serious threat to successful implementation of Lean practices in the long-run. Lack of relevant research and dichotomous role of public service organizations make this study very interesting. This research paper is aiming at exploring and highlighting the impact of the most important Critical Success Factors (CSFs) for the effective integration of Lean Management principles in Public Utility organizations in Greece by combining bibliographic research and empirical—with the quantitative method-research through case studies. Research Methodology: The research method combines bibliographic research and empirical—with the quantitative method. Quantitative method was employed on a sufficient sample of public employees from two of the largest public companies of Greece: Public Power Corporation (PPC S.A.) and Athens Water Supply and Sewerage Company (EYDAP S.A.) in order to investigate the impact of the most important CSFs on successful Lean Transformation of them. Findings: Quantitative findings from this research illustrated that the most important CSFs that have a positive impact on successful Lean Transformation on Greek public organizations/utilities are: Effective Communication, flexible Organizational Infrastructure, Customer Focus, Linking Lean to Suppliers, Business Plan and Vision, competent Change Management, Top Management Support and Commitment, Training and Education, as well as Selection of Staff. On the contrary, the existence of a bureaucratic Organizational Culture has a negative effect on successful integration of Lean Management. Limitations: Important limitations of this study are the utilization of a convenience sample and the strict focus on Greek public organizations operating in a competitive environment.

Critical success factors associated with time performance in prefabricated construction

Prefabricated construction becomes an increasingly important construction mode especially for buildings that require a short construction time. The construction of Huoshenshan Hospital shows how efficient prefabricated construction could be. In order to provide a clearer blueprint for how to improve time performance in prefabricated construction, this paper identifies 13 important critical success factors associated with time performance and groups them into five categories—project planning and design, supply chain, techniques, teamwork, and external influences. The findings of this paper provide a better understanding of time management in prefabricated construction, which can help to develop appropriate strategies to improve productivity.

Critical Success Factors of High Performance Work System (HPWS) Practices: Findings from Malaysian SMEs

Innovation plays a major role and is a crucial component of the organization’s growth. Creativity and innovation have become increasingly popular as key contributors to firm success in the last few decades or so. The incoming technology of Industrial Revolution 4.0 forced many companies to be innovative to compete in technological era. However, many SMEs are not ready and less innovative. Furthermore, there is lack of research focus on HPWS implementation amongst SMEs indicates that further research must be conducted along these lines. Therefore, this study aim to investigate the effect of high performance work system (HPWS) towards innovative work behaviour of employees in small and medium enterprises. This study used quantitative approach to identify the critical success factor of high performance work systems (HPWS) in Malaysian small and medium enterprises (SME) manufacturing industry. This study used descriptive analysis to analyze the data. Five-point Likert scales items ranging from (1-strongly disagree, 5 – strongly agree) employed for measuring the HPWS. Therefore, the total of 81 items survey questions were adapted to obtain the respondents for SME manufacturing industry. Reliability analysis shows that all the HPWS dimensions have very good reliability with Cronbach’s alpha value range from 0.884 to 0.976. According to Tang et al (2014), Cronbach’s alpha range between 0.70 and 0.80 considered as good reliability whereby 0.80 and 0.90 considered as very good reliability. Result also showed that selective staffing has the highest mean score followed by employee participation, which are 3.951 and 3.833 respectively. This proved that selective staffing is most important critical success factor in the HPWS implementation for Malaysian SME manufacturing industry. Keywords: high performance work system, work engagement, innovative work behaviour, small and medium enterprise.