Abstract
The thesis research in estimating and decision analyzing for the green product and technology development management performance of the technology firms in Taiwan, it makes use of SPSS l5.0 and Export Choice 2000 for Windows to compute all real data of questionnaire sampling survey, after analyzing to demonstrate the research framework of 3-Dimension Concurrent engineering with several analysis processes such as description frequency, reliability and validity, Key Success Factor (KSF) and Analytic Hierarchy Process (AHP).The thesis research demonstrating 4 measure models and 20 attributes in of 3-Dimension Concurrent engineering decision-making analyzing framework having high degree reliability (Cronbach’s α) and construct validity, obtaining meritorious and middling KMOs (Kaiser-Meyer-Olkin Measure of Sampling Adequacy), and proceeding description and communality factor analysis for sequencing all key success factor of 20 attributes to compare to each other.Finally, using Analytic Hierarchy Process to analysis, all judgment matrix in AHP are fit to Consistency Ratio (C.R. ? 0.1) requirement, obtaining all eigenvectors (weight) after AHP pairwise comparison between 4 measure models and 20 attributes, successfully to construct performance appraisal model to decision analyzing all green product and technology development projects and to optimize Taiwan technology firms’ performance management.