Measuring the Adaptation Rate of Car - Part Producing Firms with Just in Time System’s Criteria in Tabriz
Subject Areas : Business ManagementHoshang Taghizadeh 1 , Ghaffar Tari 2 , Mahdi Sadegi Hariri 3
1 - Assistant Professor, Department of Management, Tabriz Branch, Islamic Azad University, Tabriz, Iran
2 - Ph.D. Student, Department of Management, Tabriz Branch, Islamic Azad University, Tabriz, Iran
3 - MSc in Management, Tabriz Branch, Islamic Azad University, Tabriz, Iran
Keywords: Adaptation Rate, Paired Comparison Matrix, Weight Mean, Radar Chart, JIT System’s Criteria,
Abstract :
This paper tries to investigate the adaptation rate of car parts producing firms with Just in Time system’s criteria. Two questionnaires have been used for data gathering. The first one has been used to determine the current situation of the firms in terms of JIT system’s characteristics by 97 production managers of the firms. This questionnaire included 42 Five-statement questions that were scored in the range of 0-100. The second questionnaire (paired comparison matrix) was used for determining the importance weight of the sub criteria. Finally the adaptation rate of car part producing firms with JIT system’s criteria was measured using the weight mean formula. After calculations, radar chart showed that there is a relatively great gap between the situation of car part producing firms in Tabriz and the Just in Time systems.
Azar, A., & Momeni, M. (2001). Statistics and its Application in Management. Tehran: Samt Publication, (In Persian).
Bidakhti, B. (2000). Modeling and Simulating a Jit System in One of the Lines of a Large Automobile Manufacturer Unit. Master's Thesis, Tehran: University of Tehran, (In Persian).
Charles, A. (1992). Wasteful Practices, Handicaps to the Jit Process. Industrial Engineering.
Cheng, T. S. E., & Pudalsky, S. (2002). Timely Production System. Translated by: S. H., Eftekharian, & H., Ghiasvand, Tehran: Industrial Management Organization, (In Persian).
Degg, W. (1993). The Role of Quality in Jit. Industrial Engineering.
Delawar, A. (2005). The Method of Research in Psychology and Educational Sciences. Tehran: Virayesh Publication, (In Persian).
Ghodsypour, H. (2006). Analytical Hierarchy Process. Tehran: Amir-Kabir University, (In Persian).
Golshani, M. (1994). Group Technology. Astan Quds Razavi, (In Persian).
Griffin M. (1995). Organizational Behavior. Translated by: M., Alvani, & Gh. R., Memarzadeh, Tehran: Morvarid Publishing, (In Persian).
Hosseini T. (2006). A Method for Determining Preservation of Confidence in Different Stages of JIT Implementation Considering Variable Production Parameters. Master's Thesis, Tehran: Amir Kabir University, (In Persian).
Jafarnejad, A. (2006). New Issues in Production Management and Operations Management. Tehran: Tehran University Publishing, (In Persian).
Kobayashi, Y. (2003). Twenty Keys to Improve the Factory. Translated by: M. Ghazanfari, & F. N., Shahriyati, Tehran: Industrial Management Organization Publishing, (In Persian).
Mahdavi I. (1994). Reducing the Time of Launching and Accumulated Size in the Timely Production System: Providing Multi-Objective Optimization Model. Master's Thesis, Tehran: Iran University of Science and Technology, (In Persian).
Makoei, A. (2004). Introduction to Production Planning. Knowledgebase Publishing, (In Persian).
Miralilyari, A. (2004). Dual-purpose Optimization of JIT Production Systems in the Production Environment: Minimum Inventory Cost During the Process and the Minimum Cost of Source Additive. Master's Thesis, Tehran: University of Tehran, (In Persian).
Mohaghar, A. (2005). Strategic Industrial Management. Sokhan Gostar Publishing.
Nouri, H., Radford, & R. (2005). New Issues in Production and Operations Management. Translated by: H., Valian, Industrial Management Organization, (In Persian).
Regaran, U. (2002). Research Methods in Management. Translated by: M., Saeebi, & M., Shirazi, Tehran: Higher Education and Research Institute of Management and Planning, (In Persian).
Rezaian, A. (2006). Foundations of Organization and Management. Tehran: Samt Publication, (In Persian).
Rezaian, A. (2006). Foundations of Organization and Management. Organization for the Study and Compilation of Humanities Books of Universities, (In Persian).
Saaty, T. L. (1994). Fundamental of Decision Making & Priority Theory with Analytical Hierarchy Process.
Shigeo, Sh. (1990). A Study of the Toyota Production system from Industrial Engineering View Point.
Soleimani Bafghi, A. (2001). Analysis of Simulation of Systems of Timely Production System. Master's Thesis, Isfahan: Isfahan University, (In Persian).
Soltani, M. (1997). Introduction to Timely Production. Astan Quds Razavi Publishing, (In Persian).
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Azar, A., & Momeni, M. (2001). Statistics and its Application in Management. Tehran: Samt Publication, (In Persian).
Bidakhti, B. (2000). Modeling and Simulating a Jit System in One of the Lines of a Large Automobile Manufacturer Unit. Master's Thesis, Tehran: University of Tehran, (In Persian).
Charles, A. (1992). Wasteful Practices, Handicaps to the Jit Process. Industrial Engineering.
Cheng, T. S. E., & Pudalsky, S. (2002). Timely Production System. Translated by: S. H., Eftekharian, & H., Ghiasvand, Tehran: Industrial Management Organization, (In Persian).
Degg, W. (1993). The Role of Quality in Jit. Industrial Engineering.
Delawar, A. (2005). The Method of Research in Psychology and Educational Sciences. Tehran: Virayesh Publication, (In Persian).
Ghodsypour, H. (2006). Analytical Hierarchy Process. Tehran: Amir-Kabir University, (In Persian).
Golshani, M. (1994). Group Technology. Astan Quds Razavi, (In Persian).
Griffin M. (1995). Organizational Behavior. Translated by: M., Alvani, & Gh. R., Memarzadeh, Tehran: Morvarid Publishing, (In Persian).
Hosseini T. (2006). A Method for Determining Preservation of Confidence in Different Stages of JIT Implementation Considering Variable Production Parameters. Master's Thesis, Tehran: Amir Kabir University, (In Persian).
Jafarnejad, A. (2006). New Issues in Production Management and Operations Management. Tehran: Tehran University Publishing, (In Persian).
Kobayashi, Y. (2003). Twenty Keys to Improve the Factory. Translated by: M. Ghazanfari, & F. N., Shahriyati, Tehran: Industrial Management Organization Publishing, (In Persian).
Mahdavi I. (1994). Reducing the Time of Launching and Accumulated Size in the Timely Production System: Providing Multi-Objective Optimization Model. Master's Thesis, Tehran: Iran University of Science and Technology, (In Persian).
Makoei, A. (2004). Introduction to Production Planning. Knowledgebase Publishing, (In Persian).
Miralilyari, A. (2004). Dual-purpose Optimization of JIT Production Systems in the Production Environment: Minimum Inventory Cost During the Process and the Minimum Cost of Source Additive. Master's Thesis, Tehran: University of Tehran, (In Persian).
Mohaghar, A. (2005). Strategic Industrial Management. Sokhan Gostar Publishing.
Nouri, H., Radford, & R. (2005). New Issues in Production and Operations Management. Translated by: H., Valian, Industrial Management Organization, (In Persian).
Regaran, U. (2002). Research Methods in Management. Translated by: M., Saeebi, & M., Shirazi, Tehran: Higher Education and Research Institute of Management and Planning, (In Persian).
Rezaian, A. (2006). Foundations of Organization and Management. Tehran: Samt Publication, (In Persian).
Rezaian, A. (2006). Foundations of Organization and Management. Organization for the Study and Compilation of Humanities Books of Universities, (In Persian).
Saaty, T. L. (1994). Fundamental of Decision Making & Priority Theory with Analytical Hierarchy Process.
Shigeo, Sh. (1990). A Study of the Toyota Production system from Industrial Engineering View Point.
Soleimani Bafghi, A. (2001). Analysis of Simulation of Systems of Timely Production System. Master's Thesis, Isfahan: Isfahan University, (In Persian).
Soltani, M. (1997). Introduction to Timely Production. Astan Quds Razavi Publishing, (In Persian).
