| Summary: | 碩士 === 中原大學 === 工業工程研究所 === 99 === European Union (EU) countries announced and developed of the Restriction of Hazardous Substances (RoHS) directive has affected significantly the countries around the world extremely, especially for the Export-Oriented Taiwan's 3C industry. Therefore, the companies usually build a Green Product Management System (GPMS) to assist enterprises in response to the RoHS directive. The companies work urgently to set up the GPMS but their unconsidered how to make GPMS and their legacy system co-exist. Because their build in the GPMS immaturely, further with combines between the procurement and production planning Enterprise Resource Planning (ERP) system and design-related Product Lifecycle Management (PLM), it makes one and each other information can’t be shared and inefficiency of duplicate data input. Therefore, this study is to understand and explore how to build an integrated GPMS or connect with legacy systems, and how they can co-exist and interrelated. Discussed with the company about the legacy system, how make green management planning and GPMS’s position better then the company is able to retain a competitive advantage in the green issue.
Firstly, learned through the literature review and industry interviews to find out how to control activities in the control of the RoHS directive, and then to analyze the impact of the legacy system in accordance with these control activities. It shall be set at a green control processes and legacy system coexistence patterns. Secondly, summarized the Taiwan's 3C company green control practices, to compare the advantages and disadvantages of integration the GPMS with legacy system (the PLM and ERP systems) and then integrate the information transmission of the GPMS with legacy system. Finally, used Unified Modeling Language (UML) had shown the flow of information in tandem scenario. This study can be recommendation to set the GPMS integrate to the legacy system coexistence.
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