產品設計(B2)
主辦單位: 研發部
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針對設計內容之正確性辦理審查
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針對設計內容之完整性辦理審查
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針對設計內容之合理性辦理審查
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資料庫結構:
•Technology Integrity TI:
MRS (Market Requirement)
Model No. Definition
•Product development
process:
GP Request Form
Potential Patent List
•Product design:
Project Team
Technical Feasibility Evaluation
•Database construction:
Time Schedule
Validation Plan
•Teaching: PLM NPI Template
製程整合:
製造導向設計
認知&蕭條
Beck Depression Inventory BDI
BDI為BCI﹑BPI﹑BSI各占權重三分之ㄧ的綜合指數
High
coefficient of alpha, beta and gamma content rattings
High
concurrent validity ratings
High
construct validity ratings
腦機介面Brain Computer Interface BCI
商業流程改善 Business
Process Improvement BPI
商業流程改進的方法:
·
確定組織的戰略目標和意圖 (我們是誰、做什麼、為什麼做?)
·
確定組織的客戶
(或者股東) (我們服務於誰?)
·
協調商業流程以達到企業的目標 (我們如何做地更好?)
演進技術 Brain Heart Infusion Medium or Broth BHI
ISO -
International Organization for Standardization
商業標準 Business Standard International BSI
裝配導向設計
資料流程圖 Data Flow Diagram DFD
1. 薄膜製成(疊->滲)
2. 黃光製程(盾->透)
3. 蝕刻製程(透->疊)
4. 擴散製成(滲->透)
電腦支援的協同工作 Computer Supported Cooperative
Work CSCW
新產品開發:
損失函數
Loss function
田口方法
目標函數
Objective function
PDCA
cycle
Plan:
規劃衡量工具、訂定指標、擬定對策及反向魚骨圖分析
Do:
施行細節
Check: 檢核及解析
關鍵表現指數 (Key Performance Indicators KPI)
Act: 反省原計畫、升級、再衝循環
成本函數
Cost function
DMAIC & QC story
定義Define: 主題確認/選定理由
衡量Measure: 現況把握
分析Analyze: 問題解析
改善Improve: 對策研擬
控制Control: 效果確認和標準化
標準化: 標竿學習 Strength, weakness, opportunities, threats(SWOT)
·
Strengths: characteristics of
the business or project that give it an advantage over others
·
Weaknesses: characteristics of
the business that place the business or project at a disadvantage relative to
others
·
Opportunities: elements in the
environment that the business or project could exploit to its advantage
·
Threats: elements in the
environment that could cause trouble for the business or project
新產品開發 New product development NPD:
平台產品專案 Platform
projects
新產品開發 -> 測試
8D failure report
查證(Verification)
Discipline 1. Form the Team建立解決問題小組
化學原料,礦物與電力 -> D1:建立團隊
Discipline 2. Description the Problem描述問題
農業工程,製藥及食品業 -> D2:定義及描述問題
Discipline 3. Contain the Problem暫時性對策
生物系統網路及區域性管理 -> D3:確認、實施並確認暫行對策
Discipline 4. Identyify the Root Cause找出問題真正原因
電腦,電子與軟體 -> D4:確認、識別及確認根本原因及漏失點(escape points)
確認(Validation)
Discipline 5. Formulate and Verify Corrective
Actions選擇永久對策
通訊及交通動力系統 -> D5:針對問題或不符合規格部份,選擇及確認永久對策
Discipline 6. Correct the Problem and Confirm the
Effects執行及驗證永久對策
生物電機 -> D6:實施永久對策
Discipline 7. Prevent the Problem防止類似問題再發生
一般商品及家庭生活類 -> D7:採取預防措施
Discipline 8. Congratulate the Team感謝團隊
休閒運動與娛樂-> D8:感謝團隊成員
審查(Review)
連絡廠商 Contact試產量測 Product test
資料整合
Database integration
模型建構
Model building
聯絡客戶
Contact client
邏輯推論
Logic inference
客戶要求
Customer require
資料分析
Data analysis
驗證 VerificationSOP 結案
模型建構
Model building
交作品
Collection
資料庫
Databass
資料庫
Databass
交作品
Collection
設計與開發(design and development)之區別ISO9001:2000 Interpretation Guide HKQAA
設計與開發(design and development)在ISO9000:2000所給的定義並不意圖將其分成"design"與"development"二種
衍生產品專案
Derivative projects
新產品策略發展
-> 概念產出(循序式、整體式、重疊式和雜亂式)
Failure
Modes and Effects Analysis FMEA
The Five
why applications:
1.
源料管理(國內生產毛額GDP)
2.
資源利用(國民生產毛額GNP)
3.
投資規劃(每股盈餘EPS)
4.
社會保險(通膨Inflation)
5.
社會救助(期貨Futures)
突破性產品專案
Breakthrough projects
篩選與評估
-> 商業分析
TQM &
Six sigma
1.
高層管理者的承諾 -> 飲食類 & Tool
2.
以顧客為導向 -> 半導體類 & Switch
3.
以流程為導向 -> 天線類 & Bluetooth
4.
完整的教育訓練及組織 -> 電腦類 & Verification
5.
明確的執行步驟 -> 醫療類 & Image
6.
電腦輔助工具運用 -> 工業類 & Imagine
DMADV & DFSS(Design for Six Sigma)
定義Define: DFSS
衡量Measure: DFSS
分析Analyze: DFSS
設計Design: DFSS
驗證Verify: DFSS
研究發展專案 Research
and development(R&D) projects
Teaching Digital Battary(TDB): NPI PLM Sychronization, Uncertainty
principle
ADC is batter
system of Digital battery uncertainty converting principle. Digital translates
to analogy, DAC, in order to build functions in the coordinate bases.
商業化Corporate
Identity System CIS:
SMART (Specific、Measurable、Attainable、Relevant、Time based)
企業識別 Corporate
Identity & Stupid
Maintenance
0 = Stupid(發行貨幣的總供應量)
Longman:Showing a lack of good sense or good judgment
M0(Specific and Measurable) = RLBs和DTCs的客戶存款 + RLBs和DTCs發出而非銀行持有的NCDs
通貨淨額(社會大眾手中持有的通貨)+ 企業及個人與非營利團體存在銀行與基層金融機構之支票存款及活期存款 = 活期儲蓄存款(目前只有個人及非營利團體可以開立儲蓄存款帳戶)+ 準貨幣
(準貨幣 Quasi-money 是指可無條件立即按等價兌換成狹義貨幣的貨幣性資產,例如定期性存款、外匯存款、郵政儲金等,其流動性較狹義貨幣低,多以價值儲藏為目的;惟受金融自由化與國際化影響,部分準貨幣資產與狹義貨幣間之分際已日趨模糊。)
M1(Attainable and Relevant) = 公眾持有的法定貨幣(紙幣及硬幣)+ 持牌銀行客戶的活期存款
貨幣總計數Monetary Aggregate, M1A
Longman:Having a low level of intelligence, so that you have
difficulty learning or understanding things
M1A = 通貨淨額(社會大眾手中持有的通貨)+ 企業及個人與非營利團體存在銀行與基層金融機構之支票存款及活期存款
貨幣總計數Monetary Aggregate, M1B
Longman:Spoken used when you are talking about something or
someone that makes you annoyed or impatient
M1B = M1A
+ 活期儲蓄存款
(目前只有個人及非營利團體可以開立儲蓄存款帳戶)
Longman:Stupid with cold/sleep/shock etc unable to think
clearly because you are extremely tired, cold etc
M2 = M1 + 持牌銀行的客戶儲蓄及定期存款 + 持牌銀行發出且而銀行持有的可轉讓存款證(NCDs)
貨幣總計數Monetary Aggregate, M2
M2 = M1B + 準貨幣
(準貨幣 Quasi-money 是指可無條件立即按等價兌換成狹義貨幣的貨幣性資產,例如定期性存款、外匯存款、郵政儲金等,其流動性較狹義貨幣低,多以價值儲藏為目的;惟受金融自由化與國際化影響,部分準貨幣資產與狹義貨幣間之分際已日趨模糊。)
企業形象 Corporate Image & Smart
Maintenance 3 = SMART (Specific、Measurable、Attainable、Relevant、Time based)
M3(Time based) = M2 + RLBs和DTCs的客戶存款 + RLBs和DTCs發出而非銀行持有的NCDs
Continuous Integration
(混沌函數 Choas function)
RLBs和DTCs的客戶存款
RLBs和DTCs發出而非銀行持有的NCDs
目標函數 Objective function
公眾持有的法定貨幣(紙幣及硬幣)
持牌銀行客戶的活期存款
持牌銀行的客戶儲蓄及定期存款
持牌銀行發出且而銀行持有的可轉讓存款證(NCDs)
目標管理 Management by objectives MBO
(3) 生物電機:
太空科技 DMADV & DFSS(Design for Six Sigma)
製程改善:
工程驗證測試階段Engineering
Verification Test(EVT)
•Hardware Engineering: Engineering
Spec.
•Mechanical Engineering: Design Review for Everything
•If and Or usages for CAD layout: PCBA Build & DFM Report
•Auto present in CAD model
building: EVT Tests & Sample Deliver
•Software Application follow
Central Standard Time in used: Gate
Meeting
•Teaching: PLM Maintenance
設計驗證測試階段Design Verification
Test(DVT)
•Component Engineered: 1. Design Change & Review 2. Design Review
ADC:VDD(16Bit I2C GPA) and GND:GPS
ADC:GND(16Bit I2C GPA) and TXD:GPS
•DSP & Firewave: BOM w/2nd Sources
ADC:SGL(16Bit I2C GPA) and RXD:GPS
ADC:SDA(16Bit I2C GPA) and VCC:GPS
•Byte Order Mark: PCBA Build & DFM Report
ADC:ADDR(16Bit I2C GPA) and GND:2.4G Zigbee P2P TTL
ADC:ALRT(16Bit I2C GPA) and RXD:2.4G Zigbee P2P TTL
•Skew crosstalk image
prints: DVT Full Validation
ADC:A0(16Bit I2C GPA) and TXD:2.4G Zigbee P2P TTL
ADC:A1(16Bit I2C GPA) and VCC:2.4G Zigbee P2P TTL
ADC:A2(16Bit I2C GPA) and 5V:Ultraviolet radiation
ADC:A3(16Bit I2C GPA) and GND:Ultraviolet radiation
•Surface Mount Technology: Customer Sample Approval
DAC:OUT and TXD:Ultraviolet radiation
DAC:GND and RXD:Ultraviolet radiation
•SCL and SDA grounded
imagine SI:Tx/Rx voltage: Gate Meeting
DAC:SCL(RXD) and SDA(TXD)
•Teaching: PLM Maintenance
生產驗證測試階段Production
Verification Test(PVT)
•Eight folder in each
dimension report: Design Change & Review if any
DAC:VCC and OUT: infrared
•First Bluetooth and secondary
lagger: Product Transfer
DAC:GND and OUT: infrared
•Crosstalk Bridge Carriage: PCBA
Build
•High energy frequence
nature absorption: Production Ability Review(PVT)
•Six sigma standard
renormalization: MTBF Test Report
•RF toward to display boat
port: EMC/ Safety Certifications
•Electronics Engineer and,: Customer Sample Approval
•Quality Engineers: Close
Meeting
•Teaching: PLM Maintenance
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