The Development ofanAssessment Tool forSuccessful Product Development Based On DFMA andAHP Approach: Automotive Industry Case Study

Successful product development is critical in the automotive industry, offering benefits such as optimisedmanufacturing, reduced costs, and faster market entry. Despite available tools, the complexity of design resources makes the process challenging. This study aimed to develop an assessment tool for evaluating successful product design in the automotive sector, starting with identifying success criteria from reputable research. Expert Choice software was employed to analysethe significance and weightage of the identified criteria. As a result, there are 19 criteria were prioritisedacross four key categories. The requirements such as product design, cost-effectiveness, safety, and environment. Notably, the most crucial criteria identified were recyclable materials (0.139), end-of-lifecycle considerations (0.118), and sustainable manufacturing (0.108984), while the least important were standardisation(0.0155), cabin ergonomics (0.022), and fire safety (0.0158). The resulting assessment tool, validated by four industry and academic experts, showed promise in helping practitioners self-evaluate successful product design within the automotive industry.

Authors

Publication Details

Journal
Journal of Sustainable Manufacturing in Transportation
Published
2024-10-13
DOI
https://doi.org/10.30880/jsmt.2024.04.01.006
Citations
1
Primary Topic
Technology Assessment and Management
Type
article
Field-Weighted Citation Impact
0.36
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article

The Development ofanAssessment Tool forSuccessful Product Development Based On DFMA andAHP Approach: Automotive Industry Case Study

Ho Fu Haw, A. B. Maity
1 citations
Journal of Sustainable Manufacturing in Transportation
Technology Assessment and Management
0.36
article

The Development ofanAssessment Tool forSuccessful Product Development Based On DFMA andAHP Approach: Automotive Industry Case Study

Ho Fu Haw, A. B. Maity
article en
1 citations

Abstract

Successful product development is critical in the automotive industry, offering benefits such as optimisedmanufacturing, reduced costs, and faster market entry. Despite available tools, the complexity of design resources makes the process challenging. This study aimed to develop an assessment tool for evaluating successful product design in the automotive sector, starting with identifying success criteria from reputable research. Expert Choice software was employed to analysethe significance and weightage of the identified criteria. As a result, there are 19 criteria were prioritisedacross four key categories. The requirements such as product design, cost-effectiveness, safety, and environment. Notably, the most crucial criteria identified were recyclable materials (0.139), end-of-lifecycle considerations (0.118), and sustainable manufacturing (0.108984), while the least important were standardisation(0.0155), cabin ergonomics (0.022), and fire safety (0.0158). The resulting assessment tool, validated by four industry and academic experts, showed promise in helping practitioners self-evaluate successful product design within the automotive industry.

Journal of Sustainable Manufacturing in TransportationVol. 4(1)
Industry, innovation and infrastructure
Openalex Percentile: Top 39%
Technology Assessment and Management
0.36
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