A Make or Outsourcing Decision Model In Compound Semiconductors Industry Using a Balanced Scorecard Approach

• Main Authors: YU-HUA LAI, 賴郁華
• Other Authors: 陳振明
• Format: Others
• Language: zh-TW
• Published: 2014
• Online Access: http://ndltd.ncl.edu.tw/handle/88365207161230077476

碩士 === 國立中央大學 === 工業管理研究所在職專班 === 102 === Both the phones, wireless LAN, high-frequency base stations, fiber optic, satellite and other necessary specifications or under a few of the latest generation of wireless RF applications, you need to provide sufficient capacity and technical support to keep the best partner for our customers. GaAs wafer fab production model is very similar with the silicon wafer manufacturer, but cannot achieve economies of scale of production due to the complexity of products and technologies are high. On the GaAs industry, the goal is to provide the global wireless communications solutions to customers, while reducing costs to attract customer orders has been the focus approach. But the stability of the current market demand is gradually disappearing, in order to improve the enterprise's ability to respond to customer needs, supply chain management improvement, the use of flexible supply chain strategy to make vertical integration has become a necessary condition for survival GaAs industry. This study explored the use of make or outsourcing model to increase flexibility and enterprise management to enhance industrial competitiveness, creating flexible production practices, supply in-house wafers, while the demand for timely adjustment of outsourcing, making appropriate adjustments inventory level control and costs, to cope with a variety of production portfolio production process. Through interviews and actual participation, the use of core competencies and five forces analysis, assessment made by the Balanced Scorecard project to explore the factors that the enterprises consider if make or outsourcing to establish strategic decisions, in response to changes in the market for corporate profits caused by the impact.