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研究生： 吳聲國
Sheng-Guo Wu
論文名稱： 一整合分析架構設計穿戴式醫療裝置
An Integrated Framework for Designing Wearable Medical Devices
指導教授： 高信培
HSIN-PEI KAO
口試委員:
學位類別： 碩士
Master
系所名稱： 管理學院 - 工業管理研究所
Graduate Institute of Industrial Management
論文出版年： 2019
畢業學年度： 107
語文別： 英文
論文頁數： 56
中文關鍵詞： 穿戴式裝置 、專案管理 、QFD 、DSM 、PFMEA
外文關鍵詞： Wearable device, Project management, QFD, DSM, PFMEA
相關次數： 點閱：14  下載：0 
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    • 近年來穿戴式裝置經常出現在我們的生活中，常看見的有眼鏡(Google 眼
    鏡)、手錶(Apple Watch)、手環(小米手環)等等，它儼然變成了一種趨勢。同時
    人們的健康意識也逐漸高漲；目前因科技的進步，使得各式各樣的感測器與無線
    傳輸系統晶片可以裝置在日常的小物裡面。因此我們可以透過這些穿戴裝置的感
    測器，收集身體上的諸多訊息，例如：心跳、血氧等等，並透過傳輸系統的支援，
    隨時隨地的傳輸資料至雲端資料庫儲存；如此、一般民眾可以隨時追蹤與分析個
    人的健康狀況，亦可提供醫師足夠的資訊，協助醫師快速及準確的判斷病徵。因
    此我希望能嘗試藉由本次論文論述的方法，設計一套符合大眾都可負擔的穿戴式
    裝置，一方面成就人們對身體健康的願望，另一方面也期望創造市場上的商機。
    本研究希望找出穿戴式醫療裝置的新產品趨勢，應用品質機能展開(Quality
    Function Deployment, QFD)，確實的將顧客需求轉變成產品設計的概念。再藉
    由流程設計結構矩陣(Design Structure Matrix, DSM)，處理各個動作之前的交
    互作用。並透過製程失效模式與影響分析(Process Failure Mode and Effect
    Analysis, PFMEA)，分析產品的可靠性。透過上述方法得到一個產品基本概念，
    最後設計出一個最符合市場的產品。

    In recent years, wearable devices have shown in our lives, glasses (Google
    glasses), watches (Apple Watch), bracelets (millet bracelets), etc. At the same time,
    rising health awareness is a trend. Because of the advance of technology, a wide
    variety of sensors and wireless transmission system chips can be put in a small object.
    Then, we can collect the information of the body through these sensors of wearable
    devices, also transferring lots of data to the database anytime and anywhere. However,
    the people can use the data from the database at any time; those data can be tracked
    and analyzed for people’s physical condition, providing enough information to doctor
    for diagnosing quickly and accurately. Therefore, I hope that I can design a set of
    wearable devices which a normal guy can afford. There are two wishes in the research,
    people would satisfy on the desire of knowing their health status and the product is
    profitable in the market.
    This study identifies new product trends in wearable medical devices, applying
    Quality Function Deployment (QFD) for clearly transforming customer needs into
    product design development. The interactions between each action are processed by
    the Design Structure Matrix (DSM). Product reliability is analyzed through Process
    Failure Mode and Effect Analysis (PFMEA). Through the above method to get a basic
    concept of a product, and finally design a product that best meets the market.

    Table of Contents 中文摘要......................................................................................................................... i Abstract .......................................................................................................................... ii Table of Contents ......................................................................................................... iii List of Figure................................................................................................................. vi List of Table ................................................................................................................. vii Chapter 1 Introduction ................................................................................................... 1 1-1 Background and Motivation ................................................................................ 1 1-2 Research Objectives ............................................................................................. 2 1-3 Research Process .................................................................................................. 3 Chapter 2 Literature Review .......................................................................................... 4 2-1New Product Development ................................................................................... 4 2-1-1 Introduction ofnew product development ..................................................... 4 2-1-2Process of new product development ............................................................ 4 2-2 Project Management ............................................................................................ 7 2-2-1 Project Management ..................................................................................... 7 2-2-2 Project ........................................................................................................... 7 2-2-3 Process of Project Management .................................................................... 8 2-2-4 Knowledge areas of project management ..................................................... 9 Chapter 3 Research Methodologies ............................................................................. 10 3-1 Methodologies framework ................................................................................. 10 3-2 Quality Function Deployment (QFD) ................................................................ 11 iv 3-2-1 Introduction of QFD ................................................................................... 11 3-2-2 Goals and Functions of QFD ...................................................................... 12 3-3 Design Structure Matrix (DSM) ........................................................................ 15 3-3-1 Introduction of DSM ................................................................................... 15 3-3-2 Process Design Structure Matrix ................................................................ 17 3-4 Failure Mode and Effect Analysis, FMEA ........................................................ 18 3-4-1 Introduction of FMEA ................................................................................ 18 3-3-2Steps of FMEA ............................................................................................ 19 3-3-2 FMEA Worksheet ....................................................................................... 20 Chapter 4 Application .................................................................................................. 24 4-1Wearable device introduction .............................................................................. 24 4-1-1The medical device on the market ................................................................... 24 4-1-2Target groups of customer ............................................................................... 24 4-1-2Types of wearing ............................................................................................. 25 4-1-3Disease and Sensor .......................................................................................... 26 4-1-3Internet of things and Artificial Intelligence ................................................... 27 4-1-4Important Customer Requirements .................................................................. 29 4-2 Quality Function Deploy.................................................................................... 30 4-2-1 First Phase of House of Quality ...................................................................... 30 4-2-2 Second Phase of House of Quality ................................................................. 31 4-2-3 Third Phase of House of Quality .................................................................... 33 4-3 Design Structure Matrix ..................................................................................... 34 v 4-4 Failure Model and Effect Analysis .................................................................... 37 Chapter 5 Conclusion and Future Research ................................................................. 41 5-1 Conclusion ......................................................................................................... 41 5-2 Research limitation ............................................................................................ 42 5-3 Future research ................................................................................................... 42 Reference ..................................................................................................................... 43

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