Science SQC, New Quality Control Principle: The Quality Strategy of Toyota (Hardcover)

Science SQC, New Quality Control Principle.- 1: SQC Renaissance SQC Promotion Cycle Activities: SQC Promotion Activities under the Banner of “SQC Renaissance” in Toyota Motor Corporation.- 2: Scientific SQC Approach Utilizing SQC Technical Methods: A New SQC Concept and Procedure in the Manufacturing Industry.- 3: “Science SQC” Proposal Utilizing Management SQC: A Study on “Science SQC” for Improving the Job Quality.- 4: “Science SQC” Implementation New SQC Internal Education: A Proposal of “Science SQC” for Improving Principle of TQM.- 5: “Science SQC”, A New Quality Control Principle A New Principle Science SQC: Proposal and Implementation of the “Science SQC”, Quality Control Principle.- Human Resource Development and Practical Outcomes of Science SQC in Toyota.- 6: SQC Promotion Cycle Activities Improving Human Resource Development: SQC Development and Effects at Toyota.- 7: Management SQC New SQC Education for Managers’ Performance: A Proposal of the New SQC Internal Education for Management.- 8: TSIS-QR System A Visualized SQC Report for Technical Wealth: A Construction of SQC Intelligence System for Quick Registration and Retrieval Library.- Technological Quality Strategy in Toyota.- 9: Product Plan Design The Validity of the Profile Design Support Tool: Studies on “Design SQC” with the Application of “Science SQC”- Improving of Business Process Method for Automotive Profile Design.- 10: Development Design Verification of SFC Estimation Formula: Analysis of Factors for Specific Fuel Consumption Improvement.- 11 : Reliability Design Understanding the Oil Leakage Mechanism: Reliability of Oil Seal for Transaxle -A Science SQC Approach.- 12: CAE Design Improvement in CAE Analytic Precision: A Study of Estimating Coefficients of Lift at Vehicle -Using Neural Network and Multivariate Analysis Method Together.- 13: Production Engineering Spring Back Control Measures Analysis of Total Curvature Spring Back in Stamped Parts with Large Curvature.- 14: Process Design Improvement of Center-less Ground Surface Roughness: Studies on the Rust Preventive Quality Assurance of Rod Piston Plating Parts.- 15: Production Preparation Improving Equipment Reliability: Improving the Reliability of Body Assembly Line Equipment.- 16: Production Process Integration of “Inline-Online SQC”: Availability and Reliability Information Administration System “ARM ? BL”.- 17: Process Control TPS Manufacturing Fundamentals: Applying Intelligence Control Charts by “TPS-QAS” with “Inline- Online SQC”.- 5. Conclusion.