21 |
台灣筆記型電腦產業流程差異化探討-以服務創新為分析架構賴宗志 Unknown Date (has links)
近年來服務創新風起雲湧,由服務科學在世界研究之進展,可以看出「服務科學」將成為下一個熱門學科的風潮。國內外著名大學或研究中心投入甚多資源於服務科學之研究與人才培育,就算是製造業,對於服務的提供亦是相當重視,希望透過服務增加價值、強化競爭力,以利與同業進行對抗。因此在現今服務相關的學術領域中,如何透過服務創新以強化競爭力就變得是重要的議題。
本研究以服務創新為架構針對流程差異化進行探討,選擇我國筆記型電腦代工產業進行研究,期望能幫產業找到出路,也為服務創新開創新猷。我國筆記型電腦代工產業由於對於國際大廠之忠誠度與服務滿意度均獲肯定,是故世界上有90%的筆記型電腦代工均是由我國廠商進行,本研究以服務創新解析筆記型電腦產業,進而了解其流程差異化對於競爭力之影響。
本研究將使用Rob Bilderbeek與Pim DenHertog等學者於1998年8月發表之論文中指出服務創新的四個構面進行個案撰寫,素材則是深度訪談與次級資料並用,個案的公司是我國筆記型電腦第一大廠-廣達電腦(Quanta),以及由研究者立意選的華宇電腦(Arima)與精英電腦(Elitegroup)。最後將產業分析與個案分析進行比對,做出本研究之結論與建議,並針對流程差異化在筆記型電腦產業所引發的服務創新相關議題進行省思。 / The service innovation in Taiwan has been thriving in recent years. With the development of service science, we can see its future potential to be the next trend of popular study. Many famous colleges and research centers all over the world invest a lot in research of service science and the cultivation of the experts. Even a manufacturing industry will put a high emphasis on its services. They hope to compete with their counterparts by adding the value and strengthening their competiveness through service. Therefore, how to strengthen competitiveness through service innovation has become an
important issue.
This research will use service innovation as a framework to discuss process differentiation, expecting to find much more profound thoughts of innovation services and then open a new gate for industry. Taiwan’s notebook computer fundry industry composes 90 percent in the world market thanks to the acknowledgement from global brand-names in terms of loyalty to the brand and satisfaction of service. This research will analyze the notebook industry from the aspect of service innovation and then the effect of process differentiation has on competitiveness.
Rob Bilderbeek and Pim DenHertog’s essay in August 1998 discussing service innovation in four dimensions are used in my essay, which are: new service concept, new client interface, new service delivery system and technological options.
Interviews in depth and secondary data will be used at the same time. The case studies included are Quanta, Arima and Elitegroup. Quanta have the largest scale in Taiwan notebook industry which may be resulted from their service innovation that enhances their competitiveness. Through their case, I hope to find the edge of those similar companies in Taiwan.
To sum up, this research touches on the innovation services especially of notebook computer industry. Comparing industry analysis and case study can lead us to think about the following issues: whether service innovation is easy to be come up with, whether there are too many similar aspects in this industry, what competitive situation or custom can lead to such a desirable result, and how we can deal with the problem when there are too many people doing the same thing.
|
22 |
客製化塑膠機械產業廠商營運策略探討-以百塑公司為例 / A study on the operation strategies of customized plastic machinery industry manufacturer-a case of the multiplas enginery co.,ltd.解文明 Unknown Date (has links)
隨著高分子材料工業的快速發展,塑膠材料被廣泛地應用在日常生活中各個不同的領域,而提供塑膠材料加工製品所需設備的塑膠機械產業的地位就日益重要。在我國國內的塑膠機械產業的年產值已經超過400億,而且在外銷的比例上更高達八成以上,是僅次於工具機的第二大機械類產業;然而由於經濟全球化的發展,以及中國大陸等新興國家崛起的衝擊,使得國內的塑膠機械產業受到嚴重影響而呈現外移的現象。
在這個動盪劇烈的年代,企業將無法再滿足於現狀的象牙塔之中,而是必須不斷的藉由創新開發增加企業的能量,建立企業產品的差異化,將創意轉化為滿足顧客需求的客製化實體價值,來提升企業自我的競爭優勢;是以在做個案公司策略研究時,依據企業所處的的產業外部環境與企業本身所具有的條件,然後探討其策營運略形成與所產生的策略效果。
本研究最後係以策略六大構面理論作為策略分析的結論,對於採取有別於計畫性量產的塑膠機械產業業者,而以客製化為營運模式的代表性業者,以進行深度訪談的研究方法,來進行個案企業的策略研究;在面臨越來越激烈的國際競爭環境中,對於未來的環境發展動向的掌握,企圖透過對於個案企業的營運策略的研究,匯聚個案公司過往的營運經驗,提供相關產業業者參考方案,共同開創新的市場利基,以真正提升我國國內塑膠機械產業在國際上的競爭優勢,也為產業業者的永續發展奠定穩固的基石。 / As the polymer materials industry's rapid growth, plastic materials are widely used in daily life in many different areas, and provides plastic materials processing products required equipment for plastic machinery industry increasingly important role. The plastic machinery industry's annual output of more than 400 million, and in the export ratio is as high as 80%, is only next to the machine tools - the second largest of the general mechanical engineering industry; However, because of the development of economic globalization, and the Mainland China, and so the impact of the rise of emerging countries, makes plastic machinery industry severely affected and move out.
In this turbulent rapid, enterprises will no longer be able to meet with the status quo of ivory, Instead, the enterprises must continuously by innovation development increase energy, set up an enterprise product differentiation, creativity to meet customer demand for customized orders entity value, to enhance the competitive advantage of corporate self; In the case of the company policy of doing, according to the enterprise's external environment of industrial and enterprise itself has a condition, and then examine its strategy of trading on the formation and the resulting policy effects.
This last line to policy six dimensions theory as policy analysis of the case, for taking different from planned volume production of the plastic machinery industry firms, and to customized to operating mode of representation firms, by depth interviews of research methods, to conduct research on enterprise policy cases; in the face of increasingly fierce international competition environment, for the future development of the environment, using for cases of operation of the enterprise strategy, will bring together the cases previously operating experience, provide relevant industry operators reference scenario, common around the world to market niche, to really improve the domestic plastic machinery industry in the world of competitive advantage, as well as industrial companies in the sustainable development lay the cornerstone.
|
23 |
企業競爭策略之研究 - 以LED封裝公司為例 / Competitive strategies of firms—the case of a LED company陳樹森, Chen, Su Sen Unknown Date (has links)
Haitz定律是專家根據多年的觀察發現,LED每十年它的流明成本會降至原來的十分之一,但是亮度會提升二十倍。它被視為LED產業的摩爾定律。而環保節能議題,讓高效率、節能與無毒的LED產品成為各方的寵兒,更是各國政府重點扶持的明星產業之一。產業競爭程度亦隨著快速上升,在面對千家爭鳴競爭日益激烈的產業環境下,先行者累積許多資源與能力,或可形成進入障礙。但是,在專業分工、資源與能力可替代或是複製的情況下,有些資源便不再獨特與唯一。甚至,隨著產業的快速進步,先行者所擁有的資源與能力,如果沒有跟上時代的腳步,不僅無法成為企業組織的能耐,相反的,可能成為企業的包袱。
A企業,一個產業先行者,面臨產業成長的絕佳機會,也同時要接受來自各方的競爭與挑戰,包含潛在進入者、原有產業競爭者、上游供應商、下游顧客與替代品等之競爭。不同環境結合企業既有之資源與能力,如何讓企業勝出的策略決策更形重要。本研究針對A企業在不同時期,所面臨不同環境,依據它自有之資源與能力,與其所採取之策略進行對比分析,最後從績效來檢視該時期之競爭策略。
本研究從產業競爭對手中,挑選出X企業,是一家與不同創新模式之後進者,以及Y企業,是規模相當的先行者,來進行分析比較,期待對A企業的競爭策略能有知彼知己之效果。在研究中發現,創新應用為LED產業成長的不二法門,企業唯有善用自我的資源與能力,結合市場方可勝出。 / Haitz's law is an observation over many years in LED, which states that, in every decade, the cost per lumen (unit of useful light emitted) falls by a factor of 10 and the amount of light generated per LED package increases by a factor of 20. This is referred as Moore's law in LED industry. Moreover, environmental protection and energy saving have become global issues. The advantages of LED products, such as power saving, high efficiency and non-toxic, have made LED industry patronage by governments and welcome worldwide. Governments in many developed countries even treat LED industry as one of star industries. However, the competition in this industry has increased rapidly. Facing hundreds of competitors, early entrants have accumulated many resources and capabilities, which also create entry barriers for others. Under the circumstances that professional services, resources and abilities could be substituted and duplicated, some of pioneer’s advantages are no longer unique and advanced. Even worse, because of the quick pace of this industry, the resources and abilities of one pioneer could even become heavy burden, if the pioneer does not catch up the evolution of the industry.
Company A, a pioneer in this field, is enjoying the opportunity of industry growth but, at the same time, it is facing competitions and challenges from different areas, including potential entrants, existing competitors, suppliers, customers and substitutes. It is getting more important to have correct strategic directions to win under different circumstances by consolidating the firm’s resources and capabilities. This research engages in comparative analysis to examine the strategies that this company has taken during different periods of its development cycle and different environments.
|
Page generated in 0.0129 seconds