研究生: |
盧正全 Lu, Cheng-Chuan |
---|---|
論文名稱: |
建構企業永續工業4.0系統架構之探討 The Probe of Developing Corporate Sustainable Industry 4.0 System |
指導教授: | 賴香菊 |
學位類別: |
碩士 Master |
系所名稱: |
高階經理人企業管理碩士在職專班(EMBA) Executive Master of Business Administration |
論文出版年: | 2020 |
畢業學年度: | 108 |
語文別: | 中文 |
論文頁數: | 63 |
中文關鍵詞: | 工業4.0 、智慧工廠 、智慧製造 、永續發展 、智慧工程技術 、系統整合 |
英文關鍵詞: | Industry 4.0, Intelligence Factory, Intelligence Manufacturing, Sustainable development, Intelligent Engineering Technology, System Integration |
DOI URL: | http://doi.org/10.6345/NTNU202000518 |
論文種類: | 學術論文 |
相關次數: | 點閱:202 下載:28 |
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資訊科技的蓬勃發展對人類生活型態及互動,以及對產業之生產模式、企業組織及營運模式等影響深遠,進而客戶需求與市場趨勢不斷改變。近年全球經濟與產業環境變化快速,勞動人力成本大幅增加,原物料價格高漲,相關環保法規更趨嚴峻,雖然目前大部分企業及工廠皆已達到自動化及e化程度,企業經營仍面臨很大的困難與挑戰。本研究運用現代化資訊科技工業4.0技術,認為企業必須由自動化及e化朝向智慧化,既有工廠控制系統及MES已不敷實用,必須加入可大量即時感測收集相關數據之物聯網,並運用大數據進行數據整理分析,再由人工智慧學習模擬預測,整合為工廠系統所需之智慧工廠系統架構。進而將企業與各地工廠人力及資源整合,導入企業資源規劃系統,再整合上游供應鏈管理以有效提升原物料資源效用,及整合產品下游之顧客關係管理即時反應客戶及市場需求,進而建構企業系統之智慧製造系統架構。這當中,必須再融入企業永續理念,投入節能環保及公益行動之營運策略,善盡企業社責任,整合為企業永續工業4.0系統架構,以滿足客戶及市場需求,提升企業獲利及競爭力。企業永續工業4.0系統架構的落實,必須在企業建廠初期,就委由有經驗之工程技術顧問公司進行詳盡規劃設計,並適時導入智慧工程技術整合系統,方能落實永續工業4.0系統架構,同時創造企業價值與客戶價值,並達到企業永續經營目標。
The vigorous development of information technology has had a profound impact on the patterns and interactions of human life, as well as on the production patterns of the industry, the organization of corporates and the mode of operation, which has led to changing customer demand and market trends. In recent years, the global economy and industrial environment change rapidly, labor costs and raw material prices increase significantly, and related environmental regulations are more severe, although most corporates and factories have reached the level of automation and e-degree, business operations are still facing great difficulties and challenges. This study uses modern IT industry 4.0 technology, believes that corporates must move from automation and e-degree towards intelligence, both factory control systems and MES are not practical, must introduce the Internet of Things to collect relevant huge data by real-time sensors, and the use of big data for data management and analysis, and learning simulation prediction by artificial intelligence (AI), integrate into intelligent factory system architecture for the factory system. Furthermore, implement the enterprise resource planning system (ERP) to manage the labor and resources of the corporate and factories all over the world, and then integrate upstream supply chain management (SCM) to effectively improve the effectiveness of raw material resources, and integrate the downstream customer relationship management (CRM) of the product real-time response to customers and market demand, and then construct intelligent manufacturing system architecture for the corporate system. Among them, we must merge the concept of corporate sustainability, invest in operation strategy of energy conservation, environmental protection and public welfare action, to do the best of corporate social responsibility, and integrate to be the corporate sustainable industry 4.0 system architecture, in order to meet customer and market demand, enhance corporate profitability and competitiveness. The corporate sustainable industry 4.0 system architecture, must be implemented in the early stage of plant construction by experienced engineering and technical consultants to carry out detailed planning and design, and timely import of intelligent engineering technology integration system so as to create corporate value and customer value, and achieve the sustainable business goals of corporates.
參考文獻-中文部分
Money DJ理財網,2020。 AI人工智慧。資料來源: http://newjust.masterlink.com.tw/HotProduct/HTML/Basic.xdjhtm?A=PA298-1.HTML.(最後瀏覽日期2020/4/2)。
SAP,2020。什麼是物聯網 (IoT)?資料來源:https://www.sap.com/taiwan/trends/internet-of-things.html. (最後瀏覽日期: 2020.04.03)。
SEMI Taiwan,2020。工業4.0大全,從淺到深一篇搞懂它! 資料來源: https://blog.semi.org/zh/%E5%B7%A5%E6%A5%AD4.0%E6%A6%82%E5%85%A8. (最後瀏覽日期: 2020.04.03)。
中鼎工程,2019。iEPC統包工程之新思維。中鼎集團電子報 No.451。
正航資訊,2020。ERP系統對於企業的重要性。資料來源: https://www.chi.com.tw/erp-to-enterprise/. (最後瀏覽日期2020/4/2)。
朱竹元,2019。公司治理與企業社會責任-企業社會責任的現況及趨勢。資料來源:https://www.un.org/sustainabledevelopment/sustainable-development-goals/
台肥公司,2002。顧客第一顧客關係管理CRM。職場專欄,第43卷第5期,8月15日。
江郁姈、羅芳怡,2018。企業永續:揭開企業長生不老之秘訣。管理資訊計算, 2018年第7 卷特刊1 第115-125 頁。
李連生、翁仲銘、彭永新,2012。物聯網核心技術、原理與應用。台灣:前程文化事業。
李麗華,2019。以精實物聯網平台架構實現中小企業達成工業4.0-以製造生產流程為例。中華民國資訊管理學報,第26卷第2期,第209-240頁。
林忠明,2008。國際企業導入顧客關係管理之研究。建國科大學報,第27卷第3期。
吳韻萱,2015。智慧工廠讓生產流程變智慧了。數位時代,第249期。
洪哲倫,2018)。智慧製造的關鍵角色:工業大數據分析。工具機與控制器技術專輯,機械工業 444期 第40-44 頁。
馬士華,2002。供應鏈運作管理的框架模型。計算機集成製造系統CIMS,第8卷第8期 2002年8月。
黃士嘉、劉祐賓、周聖凱,2016。7天學會大數據資料處理NoSQL:MongoDB入門與活用。台灣:博碩出版社。
陳坤成、李昊餘,2018。工業 4.0、科技創新對企業永續發展影響之研究。 2018第20屆科際整合管理研討會。 6月9日,台北。
郭重顯,2019。工業4.0導論。Youtube。資料來源:https://www.youtube.com/watch?v=HWrY5w0egR0. (最後瀏覽日期2020/6/23)
管郁君、高隆樺,2004。顧客關係管理應用類別與認知成效之探討。電子商務研究,第2卷第2期,第137-160頁。
資通電腦,2020。什麼是 ERP系統。資料來源: https://oracle.ares.com.tw/about/whats-erp/. (最後瀏覽日期2020/4/2)。
葉瑜,2003。供應鏈管理。專題論述,華北航天工業學院。
維基百科,2020。自由的百科全書。 資料來源: https://zh.wikipedia.org/wiki/%E9%9B%B2%E7%AB%AF%E9%81%8B%E7%AE%97(最後瀏覽日期2020/4/17)。
蔡政倫、楊銘賢,2009。協同顧客關係管理模式之研究—以電子商務環境下建立顧客關係為例。資訊管理學報,第16卷第1期。
劉益宏、柯開維、郭忠義、王正豪、林顯易、陳凱瀛、蕭俊祥、汪家昌,2019。 工業4.0理論與實務。台北: 全華圖書股份有限公司。
賴佩萱,2019。工業4.0的體現 智慧工廠為傳統製造提出解方。智慧工廠專題,資料來源: https://vmaker.tw/archives/39560. (最後瀏覽日期: 2020.04.03)。
賴香菊,2019。企業資訊系統講義。
薛義誠、林培堅、黃耀文、 李明章,2106。協同供應鏈和銷售鏈之電子商業的策略架構。中原企管評論,第十四卷第二期第19-44 頁。
參考文獻-外文部分
Laney, D. 2001. 3D Data Management: Controlling Data Volume, Velocity and Variety. META Group Research Note, 6.
Lee, E. 2008. Cyber Physical Systems: Design Challenges, University of California, Berkeley Technical Report No. UCB /EFCS-2008-8.
Savitz, E. 2012. l0 Critical Tech Trends for the Next Five Years, Gartner , Oct 22, 2012. https://www.forbes.com/sites/ericsavitz/2012/10/22/gartner-10-critical-tech-trends-for-the-next-five-years/#57da0ebc41b4, The browsed date: June 13, 2020.
Fisher, M. L. 1997. What is the Right Supply Chain for Your Product?, Harvard Business Review, 75(2): 105-116.
Friedman, M. 1970. The social responsibility of business is to increase its profits, New York Times Magazine, September, 13.
Harrison, A., & Now, C. 2002. The Role of Coherent Supply Chain Strategy and Performance Management in Achieving Competitive Advantage: An International Survey, Journal of the Operational Research Society, 53(3): 263-271.
Hart, S., & Milstein, M. 2003. Creating sustainable value, Academy of Management Executive, 17 (2), 57.
Horvath, L. 2001. Collaboration: The Key to Value Creation in Supply Chain Management, Supply Chain Management: An International Journal, 6(5): 205-207.
Lee, J., Vogel-Heuser, B., & Leitao, P. 2015. Agents enabling cyber-physical production systems, https://www.researchgate.net/publication/283245115_Agents_enabling_cyber-physical_production_systems, The browsed date: June 13, 2020.
Han, J., Pei, J., & Yin, Y. 2000. Mining frequent patterns without candidate generation, Proc. of ACM SIGMOD Int. Conf. on Management of Data, Dallas, Texas, USA, pp.1-12, May 2000.
Kalakota, R., & Robinson, M. 1999. e-Business : Roadmap for Success, Massachusetts, Addison-Wesley.
Kracklauer, A., Passenheim, O., & Seifert, D. 2001. Mutual Customer Approach: How Industry and Trade Are Executing Collaborative Customer Relationship Management, International Journal of Retail & Distribution, 29 (12), 2001, pp.515-519.
NSF. 2008. Cyber-Physical Systems Summit. https://www.researchgate.net/profile/Jeannette_Wing/publication/266286301_Cyber-Physical_Systems_Research_Charge/links/5505a7bd0cf231de07778301.pdf, , The browsed date: June 23, 2020
Porter, M. 1985.“ Competitive Advantage” New York: Free Press.
Villanova University. 2020. What is big data?, Last Updated January 16, 2020, https://www.villanovau.com/resources/bi/what-is-big-data/, The browsed date: June 13, 2020.