신제품 개발 프로젝트에서의 요소기술 중요도 결정 방안 : QFD와 다구치 방법의 적용
Prioritizing Technology Elements in New Product Development Using QFD and Taguchi Method
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Abstract
Current technology innovation or new product development project is composed of various process elements that conduct researches on fundamental technologies. However, with the effects of PERT and CPM, the greater part of the existing project management researches have only focused on the resource allocation and scheduling. But in the multi-project environment, priorities between technology elements need to be considered. Furthermore, a disagreement of opinion between project managers and researchers should be considered. In this study, technology element priority was determined using modified QFD and Taguchi method. Outcome of each method was compared to analyze the difference between project managers and researchers. As a result, QFD method showed relatively high level of consistency between project managers and researchers.
참고문헌 (25)
- 노부호, "현대경영과학" (1995), 무역경영사.
- 양영순, "새로운 개념에 의한 설계지원 기술: QFD 방법을 이용한 변경 설계", 35(3), pp.59~65 (1998)
- 최창성, "QFD 기법을 이용한 무선호출기의 감성공학적 설계에 관한 연구", pp.289~294 (1995)
- Componation, P. J, "Prioritizing Components of Concurrent Engineering Programs to Support New Product Development", 2(3), pp.168~176 (1999)
- Cooper, R. G, "New Product Portfolio Management: Practices and Performances", 16(4), pp.333~351 (1999)
- Endo, E, "Resource Allocation Model for Planning R&D on Solar Cells", 67, pp.655~661 (2001)
- Eskerod, P, "Meaning and Action in a Multi-Project Environment: Understanding a Multi-Project Environment by Means of Metaphors and Basic Assumptions", 14(2), pp.61~65 (1996)
- Fortanbary, M.W, "Supporting Acquisition Decision through Effective Experimental Design", 23(1-2), pp.81~90 (1996)
- Gallstedt,M, "Working Conditions in Projects: Perceptions of Stress and Motivation among Project Team Members and Project Managers", 21, pp.449~455 (2003)
- Ghomi, F, "A Simulation Model for Multi-project Resource Allocation", 20, pp.127~130 (2002)
- Gurler U, "On Closed-Form Solutions of a Resource Allocation Problem in Parallel Funding of R&D Projects", 27, pp.229~234 (2000)
- Han, C, "Determination of Information System Development Priority Using Quality Function Development", 35(1-2), pp.241~244 (1998)
- Hauser, J. R, "The House of Quality", 66(3), pp.62~73 (1998)
- Hendriks, H. A, "Human Resource Allocation in a Multi-Project R&D Environment: Resource Capacity Allocation and Project Portfolio Planning in Practice", 17(3), pp.181~188 (1999)
- Jaafari,A, "Time and Priority Allocation Scheduling Technique for Projects", 14(5), pp.289~299 (1996)
- Khattab, M, "Limited Resource Allocation in Construction Projects", 31(1, pp.2) (1996), 229~232
- Kim, K, "A Matrix Approach for Telecommunications Technology Selection", 33(3-4), pp.833~836 (1997)
- Kima, K. W, "Hybrid Genetic Algorithm with Fuzzy Logic for Resource-Constrained Project Scheduling", pp.174~188 (2003)
- Koturiak, J, "FMS Simulation:Some Experience and Recommendations", 6(5), pp.423~442 (1998)
- Lova, A, "A Multicriteria Heuristic Method to Improve Resource Allocation in Multiproject Scheduling", 127, pp.408~424 (2000)
- Lowe, A, "QFD in New Production Technology Evaluation", 67, pp.103~112 (2000)
- Otto, K, "Product Design" (2001), Prentice Hall.
- Park,S.H, "Robust Design and Analysis for Quality Engineering" (1996), Chapman & Hall.
- Segelod,E, "Resource Allocation in a Few Industries:Determinants and Trends", 77, pp.63~70 (2002)
- Ulrich, K. T, "Product Design and Development (3", E), 2003, ~[DOI]