DocumentCode
2804392
Title
A methodology for managing multidisciplinary programs with six sigma approach
Author
Anil, R. ; Seshadri, V. ; Chavala, A. ; Vemuri, M.
Author_Institution
Program Manage. Group, Honeywell Technol. Solutions Lab., Bangalore, India
Volume
2
fYear
2004
fDate
18-21 Oct. 2004
Firstpage
785
Abstract
Success in program management hinges on the level of clarity, visibility and predictability of the processes followed in the program. For multidisciplinary programs success depends on how well the issues, risks, and dependencies between the different functional areas are identified and addressed as early as possible. The reliability, performance, competitive price, quality, and on-time delivery of the product vis-a-vis the customers´ implicit and explicit needs would measure the success of the program. Integration of six sigma techniques bring in the rigor, thoroughness, and visibility to program management and thus provide a competitive edge resulting in improved business outcome. Six sigma is a disciplined methodology which goes beyond statistical tools and defect prevention to emphasize on process improvements, resulting in cost/cycle time reduction and increase in customer satisfaction. Six sigma tools continuously align the product feature with the customer needs across all the activities of the program and thus ensure Hi-Fidelity product development in all the life cycle activities. Honeywell has a long tradition of practicing Six Sigma and has institutionalized six sigma across the corporate, through mandatory training/certification and rigorous implementation. This work proposes a six sigma integrated program management approach based on HTSL´s (Honeywell Technology Solution Limited) experience in managing multidisciplinary programs and CMMi level 5 processes.
Keywords
cost reduction; customer satisfaction; performance index; product development; risk management; six sigma (quality); CMMi level 5 process; Hi-Fidelity product development; Honeywell Technology Solution Limited; competitive price; cost-cycle time reduction; customer satisfaction; mandatory certification; mandatory training; multidisciplinary program; performance index; program management; reliability; risk management; six sigma techniques; statistical tool; Customer satisfaction; Fasteners; Performance analysis; Project management; Quality function deployment; Quality management; Risk management; Roads; Six sigma; Technology management;
fLanguage
English
Publisher
ieee
Conference_Titel
Engineering Management Conference, 2004. Proceedings. 2004 IEEE International
Print_ISBN
0-7803-8519-5
Type
conf
DOI
10.1109/IEMC.2004.1407487
Filename
1407487
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