NO.01 8D問題分析與解決
NO.02 專案管理
NO.03 流程改善創新
NO.04 活用財務數據提升經營績效
NO.05 甄選面談技巧
NO.06 統整OKR與KPI的有效實務
NO.07 員工關懷與輔導技巧
NO.08 IATF 16949 五大核心工具應用
NO.09 壓力紓解與情緒管理
NO.10 領導統御
NO.11 打造A級人才~部屬培育
NO.12 戰略式時間管理
NO.13 企業成本分析與控制
NO.14 建構執行力
NO.15 問題分析與解決
NO.16 績效管理與面談實務
NO.17 目標設定與管理
NO.18 簡報技巧
NO.19 研發專案管理
NO.20 NUDD產品設計開發與風險管理
新版DFMEA
授課日期:2018年10月
課程效益
◎引導參訓人員更進一步瞭解 FMEA。
◎引導參訓人員瞭解新版FMEA主要的變化點,快速掌握關鍵。
◎學習製作符合標準的 FMEA,以達風險評估/管理、法規/標準 & 客戶要求。
◎透過工具的介紹應用與演練,強化理論與實務應用面的連結,提升效率。
◎引導參訓人員瞭解新版FMEA主要的變化點,快速掌握關鍵。
◎學習製作符合標準的 FMEA,以達風險評估/管理、法規/標準 & 客戶要求。
◎透過工具的介紹應用與演練,強化理論與實務應用面的連結,提升效率。
內容大綱
《企業內部開課》
課程單元 | 單元內容 | 進行方式 |
一、FMEA 的基本思考因果邏輯 | ※Potential Problem Analysis |
►講授法 ►互動問答 ►案例分享 ►小組討論 ►小組發表 ►工具應用 ►實作演練 ►講師回饋 ►Q&A |
二、FMEA |
※FMEA 與 NUDD, IATF 16949, VDA 6.3, ISO 60601, ISO 14971 的關聯性 |
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三、解碼新版 FMEA |
1.Project Planning 5T: Team, Timing (in APQP Phases), Intent, Tool, Task 2.DFMEA Causes and PFMEA Alignment: Product Specifications Variation, Environment, Changes over Time, System Interactions, Customer Use 3.6-Step DFMEA Process: a. Scope Definition b. Structure Analysis, c. Function Analysis, d. Failure Analysis, e. Risk Analysis, and f. Optimization Step 1.範圍定義Scope Definition:Company Name, System/Subsystem/Component/Part, Customer Name, Model Year/Platform, Subject, DFMEA Start Date, Cross-Functional Team, DFMEA Revision Date, DFMEA ID Number, Design Responsibility, Confidentiality Level Step 2.結構分析Structure Analysis:System FMEA, Component FMEA, Block/Boundary Diagrams (physical/logical relationships between components), Structure Trees (System/System Element/Component Element). Step 3.功能分析Function Analysis:Input->Function of System Element->Output and Interface, Requirements, Product Characteristic, P-Diagram Step 4. 失效分析Failure Analysis:Types of Failures, Failure Chain (FE-FM-FC), Failure Effects, Failure Mode (Component Level Failure Modes, System-Level Failure Modes), Failure Cause (Inadequate design, system interactions, changes over time, external environment, user behavior, variation within tolerance, lack of robust design for manufacturing, software issues...), Failure Structure at different levels Step 5.風險分析Risk Analysis:Rating SOD for failure chain and AP with PC/DC, Current Prevention Controls (PC, EMC directives, simulation, published design standard, best practices, lesson learned, Error-Proof, Non-NUDD,..), Current Detection Controls (DC, Function check, Burst test, Environmental test, endurance test, hardware/software, DOE, voltage output lab measurements..), Evaluations: Severity (S), Occurrence (O), Detection (D), Action Priority (AP) Step 6.優化改進Optimization:Assessment of Action Effectiveness: Prevention Action, Detection Action, Responsible Person, Target Completion Date, Status, Action Taken with Prior to Evidence, Completion Date, SOD, AP, Continual Improvement |
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四、Project Assignment | ※Project Assignment | |
五、Case Study & Presentation |
1.EE Group:汽車/醫療 2.ME Group:汽車/醫療 3.Firmware Group:汽車/醫療 |