Andere Kunden interessierten sich auch für
![Practical Manual of Quality Function Deployment]( "Practical Manual of Quality Function Deployment")
Practical Manual of Quality Function Deployment35,99 €![Practical Manual of Quality Function Deployment]( "Practical Manual of Quality Function Deployment")
Practical Manual of Quality Function Deployment49,99 €![Determination of Importance Weights in QFD using Fuzzy AHP]( "Determination of Importance Weights in QFD using Fuzzy AHP")
Determination of Importance Weights in QFD using Fuzzy AHP26,99 €![Methods at Work in Engineering. The weighted matrix, Pugh Matrix and QFD method for decision making in product development]( "Methods at Work in Engineering. The weighted matrix, Pugh Matrix and QFD method for decision making in product development")
Methods at Work in Engineering. The weighted matrix, Pugh Matrix and QFD method for decision making in product development15,95 €![Development of a Web-Based Students' Records Management System]( "Development of a Web-Based Students' Records Management System")
Development of a Web-Based Students' Records Management System40,99 €![Intelligent Quality Function Deployment for Preindustrial Process]( "Intelligent Quality Function Deployment for Preindustrial Process")
Intelligent Quality Function Deployment for Preindustrial Process39,99 €![Study and Development of an Acoustic-Phonetic Feature based LID system]( "Study and Development of an Acoustic-Phonetic Feature based LID system")
Study and Development of an Acoustic-Phonetic Feature based LID system26,99 €
Quality Function Deployment (QFD) is an important tool in product planning and development that is capable of improving customer satisfaction and shortening product development lifecycle. Due to that QFD is a team tool and group process, geographically distributed team members are likely to pose a challenging issue on the common practice and usage of it. In this research, a prototype Web-based QFD system has been proposed and implemented in order to mitigate the aforementioned concern. Based on the potential deficiency in technical correlation matrix, the proposed application adopts a new approach in managing the engineering correlations. Besides, user experience is expected to be improved by including various enhancements, such as visual illustration of results. An example of a software module design has been used to demonstrate and examine the proposed system in a multi-national business software company. Positive results, including improved communication and collaboration among team members and shortened and smoothed product development lifecycle, have been observed during the case study.