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量產性設計( DFM)之評估與應用 - Evaluation and application of DFM
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量產性設計( DFM)之評估與應用 - Evaluation and application of DFM

華魁影音系列課程04
Last updated 5/2026
Chinese (Traditional)
EnglishChinese (Simplified)

What you'll learn

  • 1.認知製程能力,用以評估和辨識製程是否穩定或異常 Cognitive process capability to evaluate and identify whether the process is stable or abnormal。
  • 2.認知管制界限/規格界限/機能界限,用以提升管理效益 Recognize control Limit / Specification limits / Function limits to improve management efficiency。
  • 3.從多元應用面舉例,啟發如何運用和使用於職場領域 From various applications to inspire how to use and use in the workplace。
  • 4.從易製化設計案例,啟發能活用於設計到生產領域 Examples from multiple applications to inspire how to use and use in the workplace。

Course content

30 sections38 lectures2h 10m total length
  • 1.0基本統計概念,1.1生活化數據資訊特質-上部。2:57

    1.1.1自然界數據分佈,指數據來源過程,未經扭曲或篩選而來,例如下列舉例數據型式:

    1.人的身高和壽命                                                                 2.班級的考試成績數據

    3.動物和植物成長後的大小                                              4.某地區氣候穩定的年雨量統計

    5.產品特性的量測值變化                                                   6.機器設備於穩定設定後的變化差異

    綜合以上結論有三項特質: A.集中趨勢,以平均値為中心 B.兩端漸減少特質 C.左右近似對稱 。 因此自然界數據分佈是「可推論和可預知」的。

    1.1.2人類行為數據分佈,指數據來源,經人為轉換或處理後而來,例如下列舉例:

    1.上班缺席率或出席率                                                        2.作業流程所需時間

    3.全體員工薪資分佈                                                            4.開發票之錯誤率

    5.同料號不同生產條件混合的數據                                 6.選別後之產品特性分佈

    以上綜合結論有三項特質: A.集中趨勢不明顯。 B.沒有特定形狀之分佈。 C.沒有對稱性的關係 。 因此經人為轉換、處理後的數據是「不可推論」的。

  • 1.0基本統計概念,1.1生活化數據資訊特質-下部。3:15

Requirements

  • 目從事製造業有關 電子和機構類 之 設計 / 品保 / 製造工程 / 產品工程 的工作者 Staffs who are engaged in the design / Quality Assurance /Manufacturing Engineering/Product Engineering related to electronics and institutions in the manufacturing industry

Description

This class is specifically designed for R&D designers, due to designers usually solve problem by physical、technology approach,but do not understand how easy to produce,this class can make up for their innate negligence and blind spots. However,when faced with technical bottlenecks, there is almost no focus,such as: how to evaluate mass production、Probability problems、 problems arising between extreme values、matching problems between subsystems、 calculation of compound tolerances、part characteristic distribution recognized by parts、 mechanism reliability problems etc., All these areas require statistical knowledge to be able to interact with technology,So that can solve the problems。     The class related to「Process Capability」in the knowledge market are based on production / Quality perspectives and examples, usually are not for R&D designers, Therefore, this is a special redesigned「Design for Manufacturing (DFM) Evaluation and Application」for R&D designers, To make up for the designer blind spots in the knowledge of the technology, this is a very good and professional class !

本課程專門針對研發設計者而規劃,因研發設計者通常非統計背景專長,對問題的分析皆用技術角度思考,但當面臨技術瓶頸時,幾乎沒有著力點,例如:如何評估量產性、機率性問題、極值間產生的問題、子系統之間匹配問題、複合公差計算、零件承認的零件特性分佈、機構可靠度問題等,這些領域皆需要備統計知識,方能和技術相互為用解決問題。     知識市場之「製程能力」相關課程,皆以生產/品質角度思維和舉例,通常極少傳達到研發設計者,因此特別為研發設計者重新設計「量產性設計(DFM)之評估與應用」,用以補足設計者對統技知識之盲點,這是很好且專業性的課程!

Who this course is for:

  • 製造業有關 電子和機構類 之所有工程師和其主管 All engineers and their supervisors related to electronics and institutions in the manufacturing industry