جستجوی مقالات مرتبط با کلیدواژه « تحلیل اهمیت عملکرد » در نشریات گروه « صنایع »

The dynamic of aviation industry services necessitates formulating a strategy to ensure the aviation sector's survival, productivity, and growth. This study examines the               importance-performance of the primary success criteria in the aviation industry's reverse supply chain. The study's statistical population includes university professors and aviation industry members. The current study's goal is to identify and prioritize enablers in the reverse supply chain of the aviation sector using a different strategy than previous studies. This study intends to take an essential step toward successfully creating and implementing aviation industry strategies by identifying practical elements and determining the value of each of those factors. In terms of the research approach, the current study is descriptive, and its objective is to be applied in the aviation sector. In this study, 24 indicators are found in three dimensions from the standpoint of expert members. Using the Danp technique, network relationships and prioritized enablers were determined. Academic experts determined the importance of the primary success variables, and aviation industry specialists determined the performance of the main success factors in the next step. Importance-Performance Analysis (IPA) was then applied to the main success factors identified using the paired t-test. Accordingly, the customers found the "safety and security" aspect to be closer to their expectations than other quality dimensions, and "responsiveness" was found to be far from their expectations compared to other dimensions, requiring more focus from the relevant aviation policymakers and executives.

The purpose of this paper to evaluate the level of antifragility in the supply chain of a Daroopakhsh company. To improve the company's competitive position and confrontation to disruptions and breakdowns, the supply chain must move towards antifragility. Accordingly, the supply chain, in addition to being prepared to deal with and respond to disruptions, has the ability to recover pre-disruption conditions and create even better conditions. To move in this direction, it is necessary for decision makers to properly recognize the current position of their supply chain and make the right decisions to improve its dominance.

To achieve this goal, the present study intends to determine the declining performance of this supply chain system in optimal, current and minimum conditions using Demetel technique, graph theory method and matrix approach. Finally, using the importance-performance analysis method, the components of supply chain are analyzed and prioritize the improvement of each factor.

Based on the results, respectively, supply chain structure, improvement and recovery, learning, flexibility and innovation are in the first to fifth priority to improve the dominance structure of the company's supply chain.

Originality/Value: 

This research supports organizations in assessing the level of sufficiency of their supply chain and facilitates decision making. The following approach can simplify the dynamic nature of the environment for managing supply chain disruptions and even allow managers to compare different supply chains. Continuous assessment and monitoring of the level of chain volatility enables the creation of a competitive advantage to achieve greater market share even during a disruption or ongoing disruptions.

The purpose of this study is to provide a model to explain the functions of the Project Management Office (PMO) of City Knowledge (CK) and prioritize their functions based on the importance-performance status.

The method of this research, In terms of purpose, is functional. In terms of data collection tools, it is descriptive (non-experimental). According to comprehensive literature review regarding to PMO functions, 28 main functions of the CK are identified. Questionnaires are designed and distributed among managers, consultants, facilitators and senior experts of City of Knowledge after content validity and reliability. The data are analyzed using structural equation modeling after measuring the construct validity by exploratory factor analysis. Then the best-worst method is used to prioritize the functions and sub-functions of the model. Then, the performance of each functions is obtained by conducting a survey of experts in the PMO of City of Knowledge. Finally, the functions of the PMO are prioritized using the importance‐performance analysis.

Based on the research findings, 7 functions with 28 sub-functions explain the conceptual model of the research. Also, based on the findings of  the importance‐performance analysis , design and documentation of project management system in the form of process diagrams, procedures and instructions, uniform formats and standard formats, transparency and clarity of information provided in project planning and organization, providing training services in the field of concepts Processes-Methods and tools of project management, design and development and deployment of project management information systems in the organization, participation in evaluating the performance of project managers, and project management teams are the first priority of improvemen.

Originality/Value:

 In this study, a model for assessing the prioritize of functions of the PMO to create an innovation center is presented. The proposed framework could be a good guideline for universities' policymakers to proceed with development projects and be a suitable model for others to benchmark development plans.

organizations to survive and produce new productions in their surrounded environment need new technology. One of the ways to acquisition technology is transfer technology from other organization or countries. One of the most important problems which industries in developing countries are wrestling with is non-effectiveness of transferred technology. The reason for this, is the failure to complete the phases of transfer of technology or lack of improvement in these phases. The technology transfer process has six interactive phases: the selection and acquisition, adaptation, assimilation, utilization, development and diffusion. In this study, field research and studies in the field of technology transfer process is investigated and influential factors in the technology transfer process are identified. With t student model, a significant relationship between these components are reviewed and confirmed. Then through collecting expert opinions, the success of the technology transfer process is evaluated and importance of the phases are specified by extending the classical analytic hierarchy process (AHP) method and They are compared with a success rate, And by IPA, both the importance and performance aspects were evaluated so by determining priorities for improvement and resource allocation, the technology transfer process hasbeen improved. Although this work can be viewed as a case study in Samam co.