Quality and Reliability Engineering International · 2012 · 19 citations · 30 references
ManagementProject ManagementPerformance MeasurementQuality ImprovementSix SigmaPerformance MeasuresProject EvaluationProject Performance MeasurementProject ReviewProject SelectionFuzzy NumbersLinguistic VariablesProject Effectiveness MeasurementProject Outcomes MeasurementProject Performance IndicatorsProject Success MeasurementSix Sigma Methodology
Six Sigma methodology for process improvement is being used by industries to improve customer satisfaction, business results or both. The success of Six Sigma implementation can be measured by evaluating the effectiveness of the completed projects. The other objective of project effectiveness measurement scheme is to keep the team focused and motivated. A good measurement system should be able to measure and compare projects of various types and need, including benefits from the projects. The project effectiveness measurement scheme should include success factors like project selection, involvement of management, results achieved, conduct of the project and monitoring and review of the project. A Six Sigma project effectiveness evaluation system is generally based on the perception of people that can result in unreliable measurement. To overcome this deficiency, we used a fuzzy approach based on linguistic variables and fuzzy numbers for measuring the project effectiveness in this study by using the perception of management. Two methods for measuring effectiveness of selected sample projects are suggested. The outcome from this research would be helpful for the practicing industries to use this methodology for an unbiased evaluation of completed projects. Copyright © 2012 John Wiley & Sons, Ltd.
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L. A. Zadeh · Information and Control · 1965 · 66.1K citations
Six Sigma: Definition and underlying theory⋆
Roger G. Schroeder, Kevin Linderman, Charles A. Liedtke et al. · Journal of Operations Management · 2007 · 861 citations
Benefits, obstacles, and future of six sigma approach
Young Hoon Kwak, Frank T. Anbari · Technovation · 2004 · 753 citations