Within the context of the financial industry, the purpose of this research is to investigate the influence that management of scope, time, cost, and quality has on the performance of projects and business overall performance in the financial sector. Following the collection and examination of the study materials, a total of 331 samples were deemed appropriate for analysis by means of the PLS software. According to the findings, the implementation of scope, time, cost, and quality management has a direct and beneficial impact on the enhancement of project performance in the organization that deals with financial matters. As an additional point of interest, the project scope has a favorable impact on the performance of the project through the implementation of work breakdown structure, project scope definition, and scope change control. The formulation of a timetable, the estimation of the duration of activities, and the critical path analysis are all ways in which project time can have an impact on the performance of the project. Additionally, the cost of a project has an impact on the performance of the project through the processes of cost estimation, budgeting, and cost control. And finally, project quality effects positively on project performance and business overall performance through Based on the findings, it appears that the successful management of these four knowledge domains greatly improves the outcomes of the project. To be more specific, Scope Management ensures that the company's goals are aligned with the expectations of the organization, Time Management assists in meeting deadlines, Cost Management optimizes budgets, and Quality Management guarantees that high standards are maintained. Based on the findings of the study, it is concluded that combining these areas results in higher project performance, highlighting the crucial importance of these areas in projects involving the financial industry.

There are challenges Jordanian Islamic banks face in maintaining and enhancing their competitive advantage in a rapidly evolving and increasingly competitive market. This paper aims to examine the factors that affect Jordanian Islamic banks towards competitive advantage, in addition to examining the roles of strategic intelligence and organizational creativity in enhancing Jordanian Islamic banks' competitiveness. However, this paper relied on the descriptive analytical approach, and the study population included general manager, department manager, branch manager, head of department based on Banks structures and annual reports from 2018 to the end of 2023. A stratified random sample was used, approximately 243 questionnaires were examined. The results indicated that organizational creativity and strategic intelligence play a crucial role in building competitive advantage. Also, organizational creativity contributes to achieving superiority by creating an innovative organizational environment, while strategic intelligence reflects the ability to make smart decisions that enhance competitive effectiveness. This paper also demonstrated the importance of managing and harnessing information effectively in order to enhance strategic intelligence. However, this paper contributes to the understanding of success factors in Islamic banking and provides actionable insights for managers navigating the complexities of the banking sector, emphasizing the importance of innovation, differentiation, and strategic decision-making for sustained growth and competitiveness.

Artificial Intelligence (AI) techs help businesses turn internal and external data into real gold by analyzing customer data, extracting valuable insights, and offering individual solutions. The current study aimed to identify the mediating effect of artificial intelligence and digital experience on the relationship between neuromarketing (emotional appeal and memory encoding) and consumer behavior. The current study was applied to consumers within the MENA region by using an online questionnaire self-administered by (837) individuals. The study hypotheses were all accepted, and results confirmed that there is a mediating effect of AI and digital experience (DX) on the relationship between neuromarketing (emotional appeal and memory encoding) and consumer behavior. The degree to which digital experiences can modulate the association between emotional appeal, memory encoding, and consumer behavior, is not absolute; other factors and external cues that may be integral parts of a seller's marketing campaign remain relevant as well. The marketing strategy, quality of the product, prices, and effect of the enclosing environment influence consumer behavior from the digital dominion. Consequently, the comprehensive study of the digital situation is the premise of comprehending as well as using the mediating influence of digital experience on a consumer's mind. The study supports the idea that it is crucial for digital experience to bring up good feelings and provide opportunities for better information memory. Building visualizations that are appealing, interactive, and immersive to the users is intended to keep them interested and promote remembering. Through this approach, information on the brand can be associated with, recalled, and can become a significant decisive factor in future purchase decision-making.

This study investigates the critical role of IT infrastructure and project flexibility in achieving project success within the financial sector. Based on resource-based theory and the dynamic capabilities perspective, we propose a conceptual model wherein IT infrastructure influences project success both directly and indirectly through its impact on project flexibility. Data collected from 190 financial sector professionals were analyzed using PLS-SEM. Our findings provide strong support for all hypothesized relationships. Specifically, we find that IT infrastructure has a significant positive impact on both project success and project flexibility. Furthermore, project flexibility is found to mediate the relationship between IT infrastructure and project success, indicating that a robust IT infrastructure contributes to project success, in part, by fostering greater project flexibility. These findings indicate the strategic importance of IT infrastructure investments for financial institutions seeking to enhance project outcomes in a rapidly changing and increasingly competitive landscape.

This study investigates the impact of various IT tools on project management efficiency within the public sector, specifically examining the mediating role of team communication quality. The study utilized a quantitative approach, data was collected from 197 public sector organizations across Jordan, Saudi Arabia, and Lebanon. The study employed PLS-SEM to analyze the relationships between project management software, communication platforms, collaboration tools, team communication quality, and project management efficiency. The findings confirm that project management software, communication platforms, and collaboration tools each positively influence project management efficiency. Moreover, the study reveals the crucial mediating role of team communication quality. Specifically, the positive impact of these IT tools on project management efficiency is significantly channeled through their ability to enhance team communication. These findings underscore the importance for public sector organizations to not only invest in diverse IT tools but also to prioritize initiatives that foster effective team communication to maximize project success and overall organizational efficiency.

This paper aims to develop a maintenance optimization model to maintain a high level of efficiency and reliability of the machinery. The methodological approach is based on preventive maintenance through the partial or total replacement of critical components. Although an intermediate intervention control, the focus is on a particular machine that has stopped several times, reducing its operational availability and resulting in a high cost of non-production. This study uses a Weibull model to analyze and optimize the correct maintenance process of the machinery considered. The failure data are then analyzed and scheduled. The final purpose is to standardize the operators' intervention procedures to reduce the time for the same interventions.

This study investigates the impact of internationalization barriers on the export performance of Jordanian small and medium-sized enterprises (SMEs). The aim of this study is to investigate how the export performance of SMEs in the furniture industry is influenced by external and internal barriers and what significance these have for international performance. Based on a quantitative research design, data was collected from 318 small and medium-sized Jordanian companies through a survey. Partial least squares structural equation modeling (PLS-SEM) examined the impact of external barriers, including political, economic, legal and socio-cultural challenges, as well as internal barriers, such as financial, management and market-related barriers, on export performance. However, most barriers - whether internal or external - are domestic and have a greater impact on export performance than barriers from abroad. This study enriches RBV theory in relation to the internationalization of small and medium-sized enterprises by providing evidence that firm-specific resources and capabilities are key factors for SMEs both when they face export barriers and when they achieve better performance in foreign activities. The findings provide practical implications for managers, policy makers and practitioners interested in the internationalization of Jordanian SMEs. An important limitation is the cross-sectional design, one-country context, and self-report in survey research. Future studies are recommended to use a longitudinal design, mediating and moderating mechanisms. This study is innovative as it involves a combined investigation of firm-external and firm-internal export barriers and their effects on the internationalization success of Jordanian SMEs.

One of the major successes in the field of Linear Elastic Fracture Mechanics (LEFM) is the groundwork of the stress intensity factor (SIF) computation. The approaches used to carry out SIF values may be analytical, semi-analytical, experimental or numerical. Each one of the above methods has its own benefits however the use of numerical solutions has become the most frequent and popular. Numerous schemes for the numerical computation of SIF have been developed, the J-integral method being the most popular one. In this article we examine the SIFs of an edge cracked two dimensional (2-D) steel plate subjected to tensile loading. Extended finite element (XFEM) computational scheme has been employed to estimate the values of SIF. The SIF values of cracks with different lengths and inclination angles (different configurations) have been examined by utilizing the domain based interaction integral approach. The effect of crack inclination and crack position on SIFs (KI and KII) has also been studied. The results obtained in this study were compared with those from literature and theoretical values and observed that they are in close agreement.

This study investigates the relationships between Supply Chain Collaboration, Risk Management Strategies, Supplier Development, Trust, and Supply Chain Resilience in the Jordanian retail sector. This research aims to analyze the direct impacts of these Supply chain management practices on resilience, as well as mediating effect Trust in between this relation. The study used quantitative data to collect the data from 291 managers and executives in the Jordanian retail sector. The findings suggest that Supply Chain Collaboration and Risk Management Strategies have positive significant effects on Supply Chain Resilience, while Supplier Development has no direct significant effect. The results show that each of the supply chain management practices has significant positive effects on Trust and, therefore, significantly contribute to increasing Supply Chain Resilience. In addition, Trust is identified to play a mediating role in the relationships between trust on both SCMPs and resilience. This paper extends the existing literature on supply chain resilience and provides empirical insights into significant factors that shape in enhancing resilience within the retail trade industry, notably focusing on Jordan. The implications for managers, practitioners and society suggest that collaborative relationships, effective risk management strategies as well trust building initiatives are vital to increase resilience among supply chains. This research is unique as it thoroughly investigates the collaboration between SCM practices, relational variables and resilience in an understudied context providing a new understanding of the interplay of different antecedents at play on resilient supply chains creation.

The incremental launching method (ILM) is an efficient method of bridge construction primarily suited for environmentally sensitive areas. However, during the bridge launching, there are significant contact stresses between the launching system and the steel bridge girders. These substantial contact stresses can cause damage both on, and just under, the girder surface. Although Hertz contact theory solutions may give an insight into the problem, the accuracy is uncertain due to the presence of complex geometries, loads, and material properties. The complicated structural systems need to rely on numerical modeling such as the finite element analysis which are not always available. The primary objective of this study is to estimate the relationship of the maximum contact stress between an I-girder and a roller using a nomogram. The nomogram is built based on a parametric study with various roller dimensions and loads by numerical modeling. The maximum contact stress from the nomogram can be a useful tool in designing a bridge girder on a support roller.